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Reverse Phone Number Lookup Services: A Guide to Protecting Your Privacy

In today’s world, it is quite easy to stay in touch with friends, family members, and colleagues. We can instantaneously speak with any person from any part of the world through calls, text messages, or through social media sites. But while technology brought many conveniences, it also created some new problems. One major issue that people face nowadays is how to deal with unknown phone calls, especially spammers and telemarketers. According to the National Emergency Number Association, reverse phone number lookup tools can be a great resource for identifying unknown callers and protecting yourself from unwanted disruptions.

We have all been there: an incoming call from an unknown number, and you are left second-guessing whether it is an important person, like your neighbor or a doctor, or some scammer who aims to dupe you into releasing personal information or money. With the increase in robocalling and fraudulent activities, it is a prudent idea to be very careful in receiving telephone calls from unknown numbers. Answering a call from an unknown number could lead to being scammed, but ignoring it might mean missing an important call.

In this article, we walk you through some of the best reverse phone number lookup sites to help protect your privacy and make smarter decisions about which calls to answer. We will explain how these tools work, what information they can provide, and how one can use them to stay safe in a world full of unknown numbers.

Stay tuned as we will now review the top 5 free reverse phone number lookup platforms to help you screen calls and avoid scams!

Safety & Legal Disclaimer: Responsible Use of Reverse Phone Lookup Tools

Where reverse phone number lookup services are concerned, there are certain legal and ethical implications that should be understood by the accessed parties. While these tools often prove helpful, appropriate care must be taken to ensure that your privacy is adequately protected and that you are not infringing on the law in any particular way.

Legal Requirements

First and foremost, it has to be stated that all these services of looking up by phone number follow the principles of privacy legislation. The TCPA in the United States lays down the law on how companies can contact consumers using the phone for robocalls and telemarketing. Most countries have such laws which protect the information including personal numbers. The services for reverse phone lookup usually gather publicly available information: the person’s name, address, and phone carrier. They cannot share any private details without consent.

Before accessing any of these tools, be informed that there are privacy laws in your country that control how such information should be used. Use it only for legitimate reasons, such as knowing who is calling you or identifying a scam caller. These services cannot be used to compile personal information for illegitimate purposes, including but not limited to stalking and harassment, which may lead to serious legal consequences.

Warning About Unauthorized Surveillance

Another important point that should be in one’s mind is that unauthorized surveillance, or tracking of somebody’s phone number without their knowledge or consent, is unethical and illegal. Because these tools have become so pervasive, they are never to be used to spy on others or gather information without permission. For example, it is not legal to use reverse phone lookup tools to track someone’s movement or to check on their personal life without their consent. Remember that the information you reveal can be used for legitimate purposes within the bounds of law.

Consent Requirements

Lastly, in the process of using reverse phone lookup tools, one important thing is consent. While it is absolutely okay to look up information on unknown callers so you can protect yourself from some scamming, you should never use these tools to search for personal information about people without their consent, especially if the information is not already publicly available. Consent is important in the gathering and sharing of information; and you are responsible to take care of remaining within the legal and ethical limits of these services.

In other words, reverse phone lookup tools can definitely help in identifying some anonymous callers and can help you in saving yourself from scams, but not at the expense of breaking privacy boundaries and disobeying the law. Always use these tools responsibly and be considerate of how you use the information you obtain.

Best Reverse Phone Number Lookup Services

Currently, there are many reverse phone number lookup services that can assist you in finding out who called and how to avoid being a scam victim. From free to premium, these services will try to help one find whatever it is they need to know in the shortest time possible. Below, we take a closer look into five of the best reverse phone number lookup services and what they have in store for everyone.

Instant CheckMate

Website: InstantCheckMate.com

Instant CheckMate is one of the biggest and well-known reverse phone lookup services available. It offers a comprehensive database that can help you find details about any given phone number, including the name, address, and even background information of the caller. Instant CheckMate is most helpful when someone needs to compile detailed reports on a phone number.

Free Features:

Instant CheckMate provides a limited amount of information for free, which includes the carrier and a general location of the phone. Anything that requires detailed analysis-like caller’s name and full background report-you need to use the paid version.

Premium Features:

Premium features offer a lot more detailed background reports, not limited to just the name and address associated with the phone number, but also some possible criminal records, social media profiles, and even court records, if applicable. Therefore, Instant CheckMate can be considered among the most awesome tools for those who need more advanced information on a caller.

Information Provided:

Caller ID, location, carrier, and sometimes background checks that include criminal records and public records.

Search Limitations:

While Instant CheckMate has a vast database, it also depends on the type of information available in public records. This implies that certain data may not be available if the phone number is unlisted or the caller uses privacy features.

Registration Requirements:

Instant CheckMate requires you to create an account to access the full features. The service offers a free trial, but for ongoing use, you’ll need a paid subscription.

Spokeo

Website: Spokeo.com

Next, Spokeo is one of the popular reverse phone lookup services, considered very accurate and user-friendly. It searches through billions of records to help you identify unknown callers and check their background.

Free Features:

Spokeo provides limited information for free, such as the general location of the phone number. However, to access more detailed data, including the person’s full name and address, a paid subscription is necessary.

Premium Features:

The premium features include full comprehensive report viewing, including caller full name, their address, social media profiles, and other relevant background information.

Information Provided:

Caller ID, address, social media profiles, and possible criminal records.

Search Limitations:

Spokeo is highly accurate but may not always return results for newer numbers or those that are unlisted. Also, since it relies on public records, one needs to know that not all the data might be updated.

Registration Requirements:

To access the complete reports, you have to create an account with a paid subscription. A very basic free search is possible, but again, the information will be pretty limited.

GreatPeopleSearch

Website: GreatPeopleSearch.com

GreatPeopleSearch is another free phone lookup service that gives you a pretty user-friendly platform. In fact, it is a very good option to carry out fast searches when you only need to see some very basic information and do not want to subscribe to anything.

Free Features:

This facility provides totally free searches, which give very minimum information about the phone carrier and the location of the number. It is good if one just wants to see from where the call is coming.

Premium Features:

While GreatPeopleSearch is mostly free, it does offer some additional premium features for more detailed reports, like full name, address, and background information.

Information Provided:

Carrier information, location, and sometimes public records, like address and background data.

Search Limitations:

GreatPeopleSearch is effective to basic phone lookups but doesn’t provide as much detail as other premium services. Limited by their results to just publicly available data, they can be less comprehensive compared to other paid services.

Registration Requirements:

Basic searches require no registration. For full reports, you may need to sign up and take advantage of the paid features.

Intelius

Website: Intelius.com

Intelius is one of the most well-known brands in the world of reverse phone lookup. The platform is renowned for its ability to provide detailed reports about any phone number, including background information and public records.

Free Features:

Intelius provides some basic information for free, such as the general location and carrier of the phone number. For more detailed reports, such as the caller’s full name, address, and background checks, you’ll need to use the premium features.

Premium Features:

Premium services offer in-depth background reports, including criminal history, education, social media accounts, and even possible court records associated with the phone number.

Information Provided:

Caller ID, name, address, criminal records, social media links, and so on.

Limitations of Search:

As is often the case with services, accuracy depends on public records, so some information may not be up to date or missing altogether.

Registration Requirements:

Full report access requires a subscription. Intelius offers a trial version of their service, but to keep using them, one will have to sign up for a paid plan.

BeenVerified

Website: BeenVerified.com

BeenVerified is one of the most popular services offering a wide variety of options for searching by phone, address, and more. At the same time, there is a handy mobile application for iOS and Android devices.

Free Features:

As in many other services, BeenVerified has some limited free information, like the general location and carrier of the phone. To get the more detailed report, one needs to subscribe.

Premium Features:

Premium features of BeenVerified include comprehensive reports with the caller’s name, address, social media profiles, and possible criminal records. BeenVerified also has a very user-friendly mobile app, where you can conduct searches away from home.

Info Provided:

Caller ID, name, address, social media profiles, criminal records, and more.

Search Limitations:

It depends on public records. Sometimes information may be outdated, especially for new or unlisted numbers.

Registration Requirements:

Full reports are only accessible with a paid subscription to the service, although it does offer a free trial.

These five services are considered among the best tools for looking up an unknown phone number. Each has its strengths and weaknesses depending on the level of detail needed, and whether you seek a free or paid service. In the next section, we’ll walk through using these services effectively for the best results from identifying unknown callers.

Practical Use Section

Now that you have come across the best reverse phone number lookup services, let’s dive deep into how to use them to get the best results. Be it finding out who made that spam call or simply knowing who gets in touch with you, there are a few simple steps that you can follow to make the most out of these services.

Step-by-Step Use Instructions

Select a Lookup Service

First, determine which reverse phone lookup service you want to work with. Most offer free and paid services, so it depends on how deep your lookup needs to go. If you are in need of only basic information like the location or carrier of the phone, you might be fine with a free service such as GreatPeopleSearch. For more detailed information like background checks or social media profiles, use a paid service instead, such as Instant CheckMate or BeenVerified.

Enter the Phone Number

Once you’ve chosen your service, you’ll typically find a search bar on the homepage. Simply enter the phone number (including the area code) into the search field. Make sure the number is correct to avoid inaccurate results.

Review the Results

After you have entered the number, the service will process your request and show you the available information. The free services normally give scattered results, such as the carrier in which the phone is registered or some general geographical location. Premium services will give out more detailed information, including the person’s name with whom the number is registered, address, and even any criminal records or social media accounts associated with the number.

Sign Up for Full Access (if needed)

Detailed access may require subscription to a paid plan, so take note that you can try a free trial version or pay by report. If you end up buying a premium report, simply follow the site’s instructions to complete the transaction and receive the full details.

Information Analysis

Once you get the full report, go through it keenly for any information provided. Check to see any indications that the number would be of a valid contact – such as a name that seems to match the owner of the phone. If the report includes social media profiles, or any other background data, you can likely confirm if the caller is someone you know.

Tips for Best Results

Double-check the Phone Number

Make sure the phone number you entered correctly, including the country and area codes. A little mistake might result in incorrect results.

Use Several Services

If you don’t get enough information using just one service, try looking up the same number through another different platform. Since the databases these services have access to are different, one might give better results compared to the other.

Consider the Source

Always keep in mind that the information provided by these services originates from public records, and it might not be entirely correct or updated at all times. Take the results as starting points and never the last word.

Avail Free Trials

Many paid services offer free trials for a period of time, so avail this opportunity to see the details without subscribing fully.

Common Issues and Solutions

Record Not Found:

Sometimes, no results at all may be returned for a given phone number. This can be because a number is new, unlisted, or the person it identifies has subscribed to some sort of privacy service. If this is the case, try using another service; alternatively, try searching the number on a different day, as this may reflect periodic database updates.

Inaccurate or Outdated Information:

Public records can be outdated or incomplete. If there are discrepancies in the information, check it against other sources or use it with caution. This report may contain inaccuracies that only the service provider can clarify; if you’re in doubt, you may want to contact them directly.

Subscription Issues:

If you go for any premium plan, keep in mind to read the terms and pricing of the same before making a payment. Some services have hidden fees or auto-renewal policies, so it is always recommended to read between the lines.

Alternative Means if Primary Service Doesn’t Work

Google Search

Just type the phone number into Google to see if any public listings or forum posts pop up that can help identify the caller.

Social Media Search

Search for the number directly on social media platforms like Facebook, Twitter, or LinkedIn. Many people link their phone numbers to their profiles, and this may lead to direct identification.

Ask Your Contacts

If the number looks familiar but you’re unsure who it belongs to, try asking friends or family if they recognize the number. They might have received calls from the same number and can help you identify it.

By following these steps and tips, one would be able to make substantial use of reverse phone number lookup services to identify unknown callers and protect themselves from possible scams. Whether one wants to confirm the identity of a legitimate contact or avoid a telemarketer, the tools are important for anyone wanting to manage their phone calls more safely.

Privacy And Safety Section: How to Protect Your Information and Keep Safe

While reverse phone number lookup services can be very helpful, certain precautions should be taken to avoid the risks. In this section, we talk about how these services use your data, how you can ensure your privacy yourself, and what is important to know about accuracy and risks associated with finding information using these utilities.

Data Protection Measures

When you use reverse phone lookup services, the information you input—like a phone number—is processed and stored by the service provider. Trusted services take various measures to protect your data and ensure it is used responsibly.

Secure Websites

The reputable ones indeed make use of secure websites where encryption of your personal information is concerned. This entails that whatever information you release in the course of searching for this facility, it would be kept from the prying eyes of hackers and any unauthorized access. You’ll find “HTTPS” at the beginning of such website URLs as a sure fire indicator of encrypted encryption.

Privacy Policies

Always review the privacy policy of the service you’re using. A trustworthy service will outline how your data is stored, who has access to it, and how it’s used. If a website does not provide a clear privacy policy, consider using another service.

Data Sharing

Some lookup services may share your data with third parties, such as advertisers. Make sure you’re aware of these practices before entering any personal information. If you’re concerned about privacy, use a service that explicitly states it does not sell or share your data.

User Privacy Considerations

Using a reverse phone number lookup service also puts at risk your own phone number and personal details being leaked. If you’re worried about privacy, here are a number of things you can do to reduce what others can find about you.

Opt-Out Options

Many sites have an option to request removal from their database. This means that your number will not show up in their search results. Determine first whether the service you are using has this capability, and if they do, follow their procedure to take your information out of their system.

Limit Your Online Presence

Be very conscious of how much personal information you give out on the web. Many people post their phone numbers in their social media profiles; that can be an easy way for anyone to look them up. Consider setting privacy settings that limit the visibility of your number from these sites, or better still, do not publish it publicly.

Anonymity

If you are concerned about a reverse lookup service giving out your identity, it is a good idea to use a secondary number when taking part in activities online. Apps like Google Voice will let you create a disposable phone number that one can use for verification purposes or business communications, keeping your personal number private.

Disclaimer: Information Accuracy

Using reverse phone lookup services requires remembering one important thing—that the information provided may not be 100% accurate. Here’s why:

Public Records

Most often, these services rely on public databases and records, which might be outdated or incomplete. For instance, if a person has moved to a new address without updating the public record or changes his number for some reason, that fact may not appear in the records.

Limited Database Access

Some services may have access to all telephone records, while some may be restricted to geographic regions. Results may then come in incomplete or partial depending on the database that the service has.

Inaccurate Information

This service occasionally associates the wrong person with the provided phone number or provides erroneous data. If this situation presents itself, it might be wise to cross-reference this information using other sources or contacting the service provider for further clarification.

Possible Dangers of Reverse Phone Lookup Sites

Though very helpful in certain instances, there are a few possible dangers with the use of reverse phone number lookup services:

Privacy Violations

If not being watchful, using these services might expose your own private information. Check the privacy policy of the used service, and take care of personal data protection.

Scams and Phishing

Not all reverse phone lookup services are real. Scammers may make fake lookup websites and try to steal your personal information or charge you for bad services. Only use known, reputable services and do not go on suspicious sites that do not provide a very clear privacy policy.

Legal Considerations

While legally permissible to search for information about phone numbers in many places, using reverse lookup services to track someone’s location without their consent might bring legal complications. Always be sure you use the service for legitimate and ethical purposes, such as confirming who called you or avoiding spam.

Safety Tips When Using a Lookup Service

  • Use Only Verified Services: Stick to well-known, reputable phone lookup services such as Instant CheckMate or Spokeo, which have solid privacy protections in place.
  • Avoid Sharing Sensitive Information: When signing up for premium services, avoid sharing unnecessary sensitive information (such as your Social Security number or credit card details) unless you’re certain the website is secure.
  • Be Aware of Scams: Be wary of any service that asks for more personal information than is required to conduct the lookup. If something seems too good to be true, such as a free service offering premium results, the deal might be a scam.

By observing these various privacy and security tips, you can help protect your own personal information as you use reverse phone number lookup services. It’s important to stay informed about how your data is used, and to ensure use of these services responsibly and safely.

Conclusion

Now that you have a fairly good idea of reverse phone number lookup services, let’s consider when these tools are most useful and how to make the best use of them. Of course, they are powerful tools in terms of protecting your privacy, verifying callers, and avoiding scams, but like any tool, they work best when applied in the appropriate situation.

Avail Free Services for General Information: If you simply want an idea about who might be calling or would like to know what carrier a number is and where it is located, free services are great. These services, like GreatPeopleSearch, will give you the general information necessary for a quick check without requiring you to create an account or pay for anything.

  • Paid Services for Detailed Reports: If you want more specific details, like background checks, criminal records, or detailed personal information, then you might want to try a paid service. Websites such as Instant CheckMate and BeenVerified will be able to give you extensive reports that could provide more accurate and complete data about a number.
  • Keep Safe and Secure: Always consider one’s privacy when using any reverse phone lookup service. Use a site that is trusted and from which it may ask or request the least of your personal information. Use services with clear privacy policies and secure encryption to protect your information.
  • Legal and Ethical Use: Remember that while using reverse phone lookup services is legal, it’s important to use them responsibly. Don’t use these services to track people without their consent, and always respect others’ privacy.

In summary, reverse phone number lookup services are valuable in deciphering unidentified callers, fending off scams, and verifying contact information. Knowing what to expect from these services will show you exactly how to make those important choices in regard to handling your calls and keeping your privacy intact. Be it blocking unwanted spam calls or checking the authenticity of a caller, these tools are one of the best resources available when utilized aptly.

The UrHeatingDevice Review: A Reliable Solution for Drug Tests

The UrHeatingDevice is a device intended for people who could face tests for drugs and would be worried about failing those tests due to substances, such as marijuana or cannabis, which may be inside their system. If you are an employee, an athlete, or even an applicant for a job, then drug tests can be stressful. For those who smoke marijuana, passing such a test can be quite impossible. This is where the UrHeatingDevice comes into play. For more information about drug testing and its implications, you can visit the Patmoore Foundation.

The UrHeatingDevice’s work is to keep synthetic urine at the right temperature and mimic real human urine. Why does temperature matter? During a drug test, for instance, the sample should be at body temperature, which is about 98.6°F or 37°C. If it is too cold or too hot, the test will be flagged—in other words, the administrators will know something is not right. This makes the control of temperature an indispensable determinant for passing the test, and the UrHeatingDevice serves just this purpose.

Consequently, the need for one is because of the many professional settings that conduct these drug tests: first and foremost, in professions where the value of life is highest, such as transportation, medical treatment, and sports. These tests can be tricky for a person who uses cannabis either recreationally or medicinally to pass, even if they have not recently used it. THC is a potent ingredient in marijuana that can take quite a while to get completely cleansed out of the body and may show up on a test days, even weeks, later.

This idea may sound weird to people that never thought about passing drug tests this way, but it is actually cool. Artificial urine is laboratory-made with the designation to imitate the composition of human urine, which means containing all those ingredients that are contained in real urine, including urea, creatinine, and other natural chemicals. This artificial urine is kept at the right temperature by the device, which is known as the UrHeatingDevice, so that it can easily be used in the test without showing any suspicion.

The UrHeatingDevice is an assistant to keep synthetic urine at the right temperature and may be a good option for the ones who want to pass the drug test. This is a vital device because it offers practical and subtle solutions to many people’s problems in the modern world, especially in workplaces that often conduct random drug screenings. First, one has to know how it works and why it’s used in order to decide if it is good for him or her.

Product Description

The UrHeatingDevice is a synthetic urine test kit. It is designed to make an individual’s drug test pass whose urine may contain traces of substances like THC—the chemical contained in marijuana. It’s not a flat-out imitation of urine, but an entire system—the UrHeatingDevice—that takes care that the synthetic urine one uses is at the correct temperature and thus as close to real human urine as possible.

The company behind UrHeatingDevice had developed this device to serve the needs of people in a quick and efficient way when they are caught off guard with the requirement to take a random drug test. Whether you are an athlete, employee, or job applicant, random drug testing is increasingly common today, and not everyone can afford to wait for their system to cleanse itself of drugs like THC. The UrHeatingDevice is just that helping hand one might need at one point in life.

What really sets the UrHeatingDevice apart from the pack, however, is the advanced technology. It’s not a bottle of phony pee per se, but the device itself contains an incredible heating element regulating synthetic urine at body temperature, or roughly 98.6°F or 37°C. One reason that is done when taking a drug test is for one of the numerous things that will be tested is the temperature of the urine to ensure it is fresh. A sample that is either too cold or too hot might raise suspicion and make one fail to pass a test. The right temperature, which would get through testing, is indeed eliminated with the use of the UrHeatingDevice.

Another unique thing with this device is that it is reusable in contrast to similar one-time-use products. In other words, even if you are put under a few drug tests, you can continue reusing the UrHeatingDevice over and over again; hence, it becomes a good long-term investment. It also comes with a digital controller, which will enable you to keep the temperature of your sample within an accepted range.

Speaking of reliability, for users, the UrHeatingDevice has been praised as discreet, effective, and easy to handle. It’s small enough that you could hide it under your clothes for convenience, especially if you have to take this device to a test. However, while the device gives great features, attention is necessary for its users to follow instructions closely to avoid any mistake on the test.

In a nutshell, the UrHeatingDevice is way more than a sample of mock urine; it’s an advanced device that is going to help one with passing a drug test with confidence, at the same time ruling out the risk of temperature complications or other mishaps. It is surefire, reusable, and intended for all those who might be coerced into random or mandatory testing, hence the gaining popularity in today’s job market.

Ingredients and Features

The UrHeatingDevice kit consists of key components that come together to make sure this synthetic urine resembles real human urine at every aspect whenever it faces a drug test. Although some of these parts seem so technical, they do have their own purpose; understanding them each is how you apply this kit into more practical usage.

First, let’s talk about the powdered urine that’s in the kit. This isn’t like those other fake urine products; this is actually real, clean urine that’s been dehydrated into powder form. Mix it with water, and it will revert to normal urine, almost no different from what your body would produce naturally. This is important because the drug test can check for the same chemicals that are in real urine, and powdered urine provides the best match.

The kit is provided with a 60ml syringe, which is used in transferring the mixed urine into the device’s 100ml dual-port IV bag. Such a bag has the particularity of possessing two ports or openings for easy filling and drainage. This IV bag is also provided with a liquid crystal thermometer, serving to monitor the temperature of the urine. Since temperature is one of the major factors for passing a drug test, this thermometer will help you ensure that the urine you are about to submit is at body temperature.

One of the most critical components in the UrHeatingDevice kit involves the self-regulating silicone heater. Usually, this heater works on an automatic principle to keep the urine at the right temperature, usually at 98.6°F or 37°C. It’s a battery-powered heater that is connected to a digital controller for easy tracking of the temperature. This heater will keep your urine warm during the whole test process, which is pretty important because real urine would cool down rather fast once it leaves the body.

The vinyl tubing with a clamp attached to the IV bag will enable you to control the flow of urine during the test. The kit also includes a thermal insulating blanket that can be wrapped around the collection bag to maintain the temperature of the urine in cold environments. It keeps the urine from cooling too fast and maintains it at the right temperature for testing.

The other significant element is the stainless steel rod covered with the temperature sensor. This continuously senses the temperature of the urine and keeps it within the right range. The user manual instructs how all these elements should be used in the right way in order to successfully beat the results of a drug test.

In general, effectiveness is demonstrated by this UrHeatingDevice kit, considering the advanced features related to materials. Each of the parts mentioned plays an important role in helping you maintain the temperature and authenticity of the urine, so as not to raise any form of suspicion as you go for a drug test. Knowing how all these parts interact will make you feel more confident and will support you in using the UrHeatingDevice correctly.

How to Use the UrHeatingDevice: A Step-by-Step Guide

Using the UrHeatingDevice appropriately is very crucial to beating a drug test. It may be the thin line between success and failure, depending on how the instructions are followed. It may be somewhat complicated initially until you get the hang of it by practicing at home. Here’s how you can use the UrHeatingDevice device effectively.

Open the UrHeatingDevice Kit

Start by opening the package. It will contain the following components: powdered urine, a syringe, an IV bag, a silicone heater, a battery connector, a digital temperature controller, tubing, an insulating blanket, and temperature sensors. Ensure that all these parts are present before you proceed. These combine to keep the temperature of the urine and to keep it fresh during the test.

Prepare the Synthetic Urine

Mix the powdered urine with 75-85 ml of warm water. Yes, warm, not boiling; room temperature won’t cut it here. It has to be warm in the first place for the heater to take over. Once the powder has fully dissolved and the color and appearance are just like normal human urine, pour the liquid into the full UrHeatingDevice device.

Extract the Air from the Bag

Once you fill the gadget with artificial urine, you need to let out as much air as possible from the IV bag. Much air impacts the heating process, and you need to push down on the bag so that the air can be pushed out. After doing that, seal the bag and close the tubing by placing the cap on it.

Power On the Heater

The next move is to fire up the heating element. Grab a 9-volt Duracell battery—the most stable one you can find—and place it into the silicone heater. Once powered on, the heater will bring the pee up to body temperature, so this thing’s got its work cut out for it. To support the heater in carrying out its task, wrap the thermal-insulating blanket around the device and hold it firmly in place with the help of the Velcro strap included in the package.

Heat the Urine to the Right Temperature

This could be the most important step for using the UrHeatingDevice. You must let the heating device raise the temperature of the urine up to the ideal that is between 36-38°C or 97-100°F. This, of course, is the average temperature that human urine naturally has when excreted. Having a sample that is too cold or too hot can spark suspicion from the drug test administrators that it might not be real urine. You may fail the test if you don’t proceed with caution. Make sure that the heater is in good working condition. Wait until the temperature of the urine reaches the right level.

Check the Temperature

Once you have heated the urine, take its temperature with the stainless steel rods fitted with temperature sensors. These rods will provide an actual reading, wherein you must ensure it ranges between 36-38°C before proceeding.

Deliver the Sample

When the urine reaches the right temperature, you are good to go. Open the IV bag or pouch by removing the lid from it and pour the urine into a sample container as provided by the drug test center. Really do this carefully, for you would not want to spill over or have any messy situation that might raise suspicion.

Well, in that case, if you continue following all those steps precisely, then you will be just fine using the UrHeatingDevice and passing your drug test. Remember, as I said, temperature is the most critical part in this whole process. If the urine isn’t within the right temperature range, then your chances of getting by with the test are slim to nothing at best, even when the chemical components in the urine are correct. This will help you feel more confident and prepared when the time to take the test actually arrives.

Advantages and Disadvantages

Like with any product, there are pros and cons associated with the UrHeatingDevice. Getting to know the pros and cons will enable you to get the right decision as to whether this tool will be ideal for passing the test. We will break it down for you to give you a clear vision of what you could expect when using the UrHeatingDevice.

Pros

One of the biggest benefits connected with the UrHeatingDevice is that it has a long shelf life. The product can last up to 12 months if it’s not opened. That means you can buy the UrHeatingDevice way in advance before any potential drug test and safely keep it back home. Once there is a sudden need for a drug test, you will not have to struggle or freak out because you will already have the UrHeatingDevice ready. This being in your mind can be a huge reliever from stress, especially knowing that a random test or one of surprise might be around the corner anytime. Another big advantage is the automated temperature regulation. Unlike other fake urine kits that require heating with hand warmers or heating pads to keep the urine at body temperature, the UrHeatingDevice does this for you. It features a digitally controlled heating element that will maintain the temperature of the urine for up to four hours. That’s well beyond what you might need to take your test and not have to worry about the temperature getting too low. Heating is easy, and the device itself will always make sure your urine reaches just the right temperature-just like real urine, straight from the body.

The UrHeatingDevice is also portable and concealable. While there are a lot of components to the rig in the IV bag, the thermometer, heater-the entire kit is small enough to be easily concealed under one’s clothing. That’s important if you face a supervised test where someone might be watching closely. Being in a position to keep the UrHeatingDevice hidden while still delivering the urine sample really gives you the upper hand in passing the test.

Moreover, there have been many reviews of how great the UrHeatingDevice has been for people passing drug tests. Many users have claimed it works great, it keeps the right temperature, and once you practice a couple of times, it becomes easy to work with. This puts your mind at rest knowing indeed the UrHeatingDevice is one of the reliable ways of passing a drug test.

Another positive is the elaborate usage guidelines for this product. The UrHeatingDevice manual is well written and contains step-by-step usage direction one might go through with this device. This will make it easier for a first-time user to understand how the system works and avoid any mistakes during the test. Instructions are clear enough that any person can follow them with little practice.

Cons

As with any product, there is a downside with the UrHeatingDevice. One of the major disadvantages with using the UrHeatingDevice is in the accurate measurement of water. The UrHeatingDevice contains a mix of powdered urine that needs to be rehydrated with water. The proportions of water and powder should be right on target. If too much water is used, the urine will result in being too diluted, hence making it weak for the test. This does require a little attention to detail, and you will need to measure as carefully as possible to avoid mistakes.

Another major flaw in this kit is the expense of the UrHeatingDevice, which can be very highly priced. For its cheapest setting, it sells at around $169.95, somewhat high compared to many other synthetic urine kits out there in the market. It has advanced features, including temperature control, but such a high price can thus be one of the discouraging points, especially for those people who opt for more economically friendly alternatives.

Moreover, using the UrHeatingDevice requires practice. The procedure of mixing the urine down to managing the temperature is not something you will want to try on the test day. You will have to practice how it is used so that on the day of the test, you should be comfortable with it. This can be time-consuming for some users, as most of them are always in a rush to pass the test.

The benefits of the UrHeatingDevice are long shelf life, automated temperature control, and portability. On the other hand, some of its disadvantages include precise water measurement and a relatively higher price tag. Settle on whether or not this will be an appropriate product for your needs by weighing some pros and cons.

Commonly Asked Questions

If you think of purchasing any product like The UrHeatingDevice, then several questions must come to your mind regarding how it works, its reliability, and other need-to-know information. In this section, we answer some of the most frequently asked questions to help you understand this synthetic urine device and make an informed choice for yourself.

What exactly is The UrHeatingDevice?

The UrHeatingDevice consists of an appliance that assists individuals in passing their drug tests with the use of synthetic urine at the right body temperature. It consists of a pouch for holding the urine, a digital heating element to maintain the urine at a warm temperature, and various other elements to ensure that synthetic urine can easily and surreptitiously be utilized during a test. It is often utilized by athletes, employees, or job applicants because they have to pass such drug screenings and are afraid that their actual urine will contain traces of substances such as THC.

Is The UrHeatingDevice legal to use?

Technically, the device itself is legal to purchase and own. However, resorting to urinating artificially to pass a drug test can be illegal in some circumstances or areas, depending on the local policy and laws erected by the organization that will conduct the test. Understand the rules in your location before using The UrHeatingDevice. As an example, some states in the United States have passed legislation that forbids selling or using synthetic urine for purposes of drug testing. Using it may result in losing your job or some kind of legal penalty if you are caught.

Does The UrHeatingDevice work for all kinds of drug tests?

Its purpose is mainly aimed at assisting with urine drug tests, that are the commonest types of such tests; it will not help with blood, hair, or saliva tests. It is also important to note that this device will work much easier in case of an unsupervised or semi-supervised urine test. Should the test be closely monitored and someone is present to witness your sample collection, using it will definitely be much riskier.

How long does the heater last?

The heater in The UrHeatingDevice can keep this synthetic urine at body temperature for as long as four hours. This is usually longer than the time it takes to get through an average drug test. The digital controller assists in maintaining the temperature within the natural range of human urine, approximately 36-38°C. You wouldn’t need to bother about the temperature of the urine cooling down or overheating, provided one has followed the instructions correctly.

Is The UrHeatingDevice Reusable?

Yes, The UrHeatingDevice is reusable. After a drug test, the parts clean up and then can be stored away so that, at any other test thereafter, the device can be reused. This makes it a rather reasonably priced equipment for those individuals who intend to go through various tests over time as you will only need to replace the synthetic urine, not the whole kit itself.

What are the major ingredients that make up the synthetic urine accompanying The UrHeatingDevice?

The synthetic urine on The UrHeatingDevice is scientifically designed to be as close to real human urine as possible, and it even includes creatinine, urea, and uric acid, all three being naturally occurring ingredients found in natural urine, which would be picked up by a drug test. These ingredients give the sample the look and characteristics of a human sample urine, lessening the chances of detection. This synthetic urine also has the correct pH balance and specific gravity as that of the natural urine.

How do I prepare for a test using The UrHeatingDevice?

It is highly recommended you practice at home with the aid of The UrHeatingDevice before the actual test. This will get you used to the device, learn how to mix the synthetic urine, and understand that you will be able to handle the heating element. This can help reduce anxiety and cause one to be successful with the device when it is actually time to use it on a test. Remember, you want to be very careful in terms of the temperature and not bring undue attention to the device.

What are some of the risks with taking The UrHeatingDevice?

One of the major risks is that of being detected during the test. In case the test is a supervised one, it might be difficult to use the device. And if the temperature of the sample isn’t right, it may get discarded by the facility designated for testing. Moreover, in case the test conductors believe there has been foul play or trace synthetic urine, serious ramifications might include losing your job or failing to get into the job.

Is the UrHeatingDevice worth its price?

The UrHeatingDevice, as such, is still a bit costly when compared to many different types of synthetic urine kits. Yet, with its enlarged and improved features, for instance, the digital heating system, reusable parts make this product worth trying out for many customers. In real life, the price at which you will buy it is about $169.95, but you have to remember that the device is going to be reused, probably saving your cash on more drug tests in the future.

If anything doesn’t go according to plan during the test, what does one do?

First, if something goes wrong-meaning the temperature is not correct or the device malfunctioned-you should not panic. The likelihood is that you won’t be able to mend it during the test itself, so preparation in advance is very important. You should check that the device works at home, that the battery will not run out during testing, and just generally that everything works properly well in advance of your test day.

Summary

The UrHeatingDevice is a one-of-a-kind, ultra-modern device designed to assist individuals in cheating on tests for drugs by providing synthesized urine at the correct temperature. It offers workers, professional athletes, or candidates applying for a particular job a discreet and effective means of presenting their clean sample-as long as it is used correctly. Now, let’s summarize the main points of this article and provide some closing comments as to whether The UrHeatingDevice might just be what you are looking for.

What makes the UrHeatingDevice Unique?

Primarily, the UrHeatingDevice differs from the many synthetic urine kits available today because of its unique digital heating system. This is what maintains the urine at a perfect body temperature for four hours, which minimizes chances of getting caught for the wrong temperature. This device is pretty friendly and effective, coming with an accompanying set of components, including a thermal insulating blanket, a syringe for the transfer of the synthetic urine, and a self-regulating silicone heater. It’s a complete package for most of the common problems that people face during a drug test using synthetic urine.

Why Should You Consider It?

If you find yourself in a situation where passing a drug test is very important-for instance, a looming job application or some random workplace testing-you can rely on The UrHeatingDevice. It’s considered one of the most reliable devices in the market due to the capability of keeping synthetic urine at the right temperature for longer. This of course makes the device very reusable for those people who may have to take tests time after time, since the only things that need replacement are new synthetic urine, which saves money in the process.

Pros and Cons

Like with any product, there are some real advantages and disadvantages to The UrHeatingDevice. On the plus side, the temperature is controlled automatically, which eliminates the need to rely on heating pads or hot packs that are notoriously unreliable. It’s compact, easy to conceal, and the instructions for its use are reasonably well-detailed. On the negative side, it’s a fairly expensive piece of equipment to purchase, starting at $169.95. Another drawback could be that you have to get a little practice in to do it right-which might be stressful for the user.

Is The UrHeatingDevice right for you?

In general, it is if you are serious about passing a drug test and willing to invest time and money in a high-quality, reusable product. Especially if you happen to have an unsupervised or semi-supervised test, whereby you might have a little private time to execute the collection process. However, for supervised tests or people who are on a very tight budget, this may not be the best choice. If you want something more reliable and can pay more to be sure you don’t risk your well-being with dubious synthetic urine kits, then The UrHeatingDevice is it.

Final Recommendation

Overall, The UrHeatingDevice is a sophisticated solution for individuals undergoing a urine drug test. Its electronic heating system, ease of use, and good customer feedback make it the best for those people looking for an effective reusable synthetic urine device. Provided that one is patient enough to practice with it and follow instructions to the letter, one can easily increase their chances of passing a drug test using The UrHeatingDevice. But weigh up all your pros and cons including the cost and learning curve before making your decision.

18 Best Non Toxic Laundry Detergent

As we progress towards a more sustainable lifestyle, we shouldn’t overlook the impact of our household products, specifically our laundry detergents. Did you know that traditional detergents contain potentially harmful chemicals that can harm our skin, respiratory system, and the environment around us?

Don’t fret, because the non-toxic laundry detergent market is on the rise. According to Persistence Market Research, it is expected to grow at a CAGR of 4.6% from 2021 to 2031! In this article, we’ve got you covered with the best non-toxic laundry detergents available on the market that will not only leave your clothes fresh and clean but also promote a healthier lifestyle and planet. Curious to know more? Read on!

18 Best Non Toxic Laundry Detergent

  1. Loni Bio Laundry Detergent
  2. SWASH by Whirlpool, Liquid Laundry Detergent
  3. Molly’s Suds Original Laundry Detergent Powder
  4. ECOS® Hypoallergenic Laundry Detergent
  5. Nellie’s Non-Toxic Vegan Powdered Laundry Detergent
  6. Seventh Generation EasyDose Laundry Detergent
  7. Earth Breeze Laundry Detergent Sheets
  8. All Liquid Laundry Detergent
  9. Biokleen Natural Cold Water Laundry Detergent
  10. Puracy Liquid Laundry Detergent
  11. Bubby’s Bubbles Powder Laundry Detergent
  12. ARM & HAMMER Sensitive Skin Laundry Detergent
  13. Ecowise Clean, Laundry Detergent Sheets
  14. Grab Green 3-in-1 Laundry Detergent Pods
  15. Rebel Green USDA Organic HE Liquid Fresh Laundry Detergent
  16. YOGINGO Laundry Detergent Sheets
  17. YEALIR Laundry Detergent Sheets
  18. Blue Water, Laundry Detergent Sheets

Loni Bio Laundry Detergent

Loni Laundry Detergent

Get ready to say goodbye to toxic detergents! Loni Bio Laundry Detergent has become the best nontoxic laundry detergent on the market. Not only is it formulated with biodegradable and eco-friendly ingredients, but it also contains natural fragrances for a pleasant experience. Plus, its nonirritating, hypoallergenic formula makes it great for those with sensitive skin.

It can be used in both cold and hot water, making it usable for washing machines as well as handwashing delicate items. With its powerful cleaning action, you’ll never have to worry about dull colors ever again! As an added bonus, Loni Bio requires less dosage in comparison to regular detergent – so you get more bang for your buck! Say hello to safe laundry days with Loni Bio!

SWASH by Whirlpool, Liquid Laundry Detergent

Swash Liquid Laundry Detergent

SWASH by Whirlpool is the best nontoxic laundry detergent out there. This detergent helps unlock tough dirt, stains, and odors while being gentle on fabrics without leaving any residue behind. It comes in an easy-to-use liquid form, making it suitable for use in any washing machine with its convenient packaging design.

SWASH also works on a variety of water temperatures and fabric qualities so you can easily get your laundry clean without any harm to your clothes or the environment. All in all, SWASH by Whirlpool is a great choice when it comes to the best nontoxic laundry detergents!

Molly’s Suds Original Laundry Detergent Powder

Molly’s Suds Laundry Detergent Powder

Are you looking for the best non-toxic laundry detergent on the market? Molly’s Suds Original Laundry Detergent Powder is a high-quality detergent specifically designed to meet your needs. It uses natural ingredients like baking soda and super washing soda to energize your laundry water, suds up quickly, and removes stubborn dirt and stains without harming fabrics or the environment.

Plus, it’s free of fragrances, dyes, or optical brighteners – so you can be sure your clothes are always safe with no lingering irritants or chemicals. With Molly’s Suds Original Laundry Detergent Powder in your home, you know you have the best non-toxic laundry detergent at an affordable price!

ECOS® Hypoallergenic Laundry Detergent

Ecos Laundry Detergent

ECOS® Hypoallergenic Laundry Detergent is the best choice for anyone looking for a non-toxic laundry detergent. This detergent is packed with safe, plant-based ingredients and is specifically formulated for those who have sensitive skin or suffer from allergies.

Not only does it rid clothes of dirt and stains, but is also free from optical brighteners and chlorine to ensure that the colors in your fabrics are kept true. Furthermore, since its ultra-concentrated formula uses fewer resources such as energy, water, and materials throughout its lifecycle, ECOS® Hypoallergenic Laundry Detergent is an easy way to be kind to both you and the environment.

Nellie’s Non-Toxic Vegan Powdered Laundry Detergent

Nellie’s Vegan Powdered Laundry Detergent

Nellie’s Non-Toxic Vegan Powdered Laundry Detergent is a best-in-class choice for those looking for a highly effective product to clean their clothes without using harmful chemicals. This detergent not only cleans effectively but ensures that your skin isn’t irritated or exposed to harsh toxins, as it’s made with natural, vegan ingredients.

Unlike many more widely available products on the market, this best nontoxic laundry detergent uses no artificial fragrances, dyes, or brighteners, leaving you and nature safe. No matter how tough the dirt might be, Nellie’s Non-Toxic Vegan Powdered Laundry Detergent will ensure you don’t have to sacrifice safety while getting your best clean yet!

Seventh Generation EasyDose Laundry Detergent

Seventh Generation Laundry Detergent

Seventh Generation EasyDose Laundry Detergent is the best non-toxic choice when it comes to laundry detergent. Not only does this detergent effectively clean clothes, but its natural plant-based ingredients are also safer for you, your family, and the environment than conventional detergents.

The best part about EasyDose is that there are no unnecessary plastic bottles or jugs – simply put a pre-measured dose of detergent in the liquid dispenser, and let the washing machine do the rest! With no residue left behind and no strong odors, you can feel confident that Seventh Generation EasyDose Laundry Detergent will be a simple and eco-friendly addition to your laundry routine.

Earth Breeze Laundry Detergent Sheets

Earth Breeze Laundry Detergent Sheets

Earth Breeze Laundry Detergent Sheets are the best way to clean your clothes without having to worry about any harsh toxins or chemicals. These laundry sheets are made from natural ingredients that are gentle on even the most sensitive skin! This is truly an excellent option for those looking for a non-toxic laundry detergent that still offers powerful cleaning power.

Convenience is also offered, as you can simply put these sheets directly into the washing machine or dissolve them in water before adding clothes. Not only do these sheets work great on normal settings, but can also be used in hot and cold water settings with no further adjustment needed. Ultimately, Earth Breeze Laundry Detergent Sheets are the best choice for non-toxic laundry detergents out there and will provide excellent results without any harmful side effects.

All Liquid Laundry Detergent

All Liquid Laundry Detergent

If you’re looking for the best non-toxic laundry detergent, look no further than All Liquid Laundry Detergent! This product is formulated with plant-based ingredients to deliver powerful cleaning results that don’t harm the environment or your clothes.

The advanced cleaning formulation ensures deep penetration of dirt and grime with minimal agitation. Plus, the dye and scent-free formula is safe for even the most sensitive skin types. With All Liquid Laundry Detergent, you can enjoy worry-free cleanliness without any harsh chemicals or odors.

Biokleen Natural Cold Water Laundry Detergent

Biokleen Natural Laundry Detergent

Biokleen Natural Cold Water Laundry Detergent is the best choice for a nontoxic laundry detergent for your family. This detergent is gentle on fabrics, yet tough enough to do the job and get your clothes looking their best. It has plant-derived ingredients, natural essential oils, and GMO-free enzymes that are both sustainable and biodegradable.

It does not include harsh ingredients like optical brighteners, petrochemicals, or chlorine so it won’t irritate or cause sensitivities in the skin. Additionally, Biokleen Natural Cold Water Laundry Detergent is capable of brightening whites without the use of anything toxic or artificial. It’s suitable for washing baby clothing as well as cloth diapers too!

Puracy Liquid Laundry Detergent

Puracy Liquid Laundry Detergent

If you are looking for the best non-toxic laundry detergent, look no further than Puracy Liquid Laundry Detergent. This cleaning solution is made with natural, plant-based ingredients, so you can rest assured it is less harsh on the environment and your clothes.

It also works effectively to fight tough stains while being gentle on fabrics like wool and cashmere. Plus, a combination of powerful cleaning agents ensures full coverage of all washables. With Puracy, getting a thorough and eco-friendly clean doesn’t have to be a challenge – let this natural detergent work its magic in your next load!

Bubby’s Bubbles Powder Laundry Detergent

Bubby’s Bubbles Powder Laundry Detergent

If you’re looking for the best nontoxic laundry detergent that can keep your clothes lasting longer without the guilt of potentially causing environmental harm, look no further than Bubby’s Bubbles Powder Laundry Detergent. This special combination of plant-based cleansers and enzymes is extra tough on stains but still gentle enough to maintain the quality of fabrics.

It also has no artificial fragrances or dyes so it’s safe for both people and the planet. Plus, you get all this cleaning power with zero residues left behind – giving you impeccably clean clothes every time. Try Bubby’s Bubbles today to see why it holds its reputation as one of the best nontoxic laundry detergents around!

ARM & HAMMER Sensitive Skin Laundry Detergent

Arm & Hammer Laundry Detergent

ARM & HAMMER Sensitive Skin Laundry Detergent is an excellent choice for those in search of the best nontoxic laundry detergent. With its ultra-concentrated formula, a small amount will go a long way! It is gentle on the skin and tough on clothes while removing dirt and odors giving your clothes a just-washed freshness.

An added bonus: it’s Hypoallergenic, Free of Dyes, Fragrance-Free, and Compatible with HE Washers, so you don’t need to worry about sensitivities or how it will affect your or your family’s delicate fabrics. Try ARM & HAMMER Sensitive Skin Laundry Detergent for the best results!

Ecowise Clean, Laundry Detergent Sheets

Ecowise Laundry Detergent Sheets

Ecowise Clean Laundry Detergent Sheets offer a unique approach for the best nontoxic laundry detergent – no spills and splashes, and no heavy liquid containers to lug around. This all-in-one sheet offers both convenience and sustainability for those looking for an environmentally friendly way to do the laundry.

Each sheet works best in cold water with any washer, and just one sheet can cover a full load of laundry from top to bottom. Unlike most laundry detergents, these sheets contain absolutely no phthalates, dyes, or enzymes helping you keep your family safe and your clothing looking like new with every wash. Experience nontoxic cleaning power in an easy-to-use format using Ecowise Clean Laundry Detergent Sheets today!

Grab Green 3-in-1 Laundry Detergent Pods

Grab Green Laundry Detergent Pods

Get that clean laundry feeling with Grab Green’s 3-in-1 Laundry Detergent Pods! Known to be the best nontoxic laundry detergent, these pods are easy to use and gentle on your skin and clothes. Not only does it get rid of tough dirt, grime, and odors but it’s also completely dye-free and made with renewable plant-derived cleaning ingredients. Make doing laundry easier and safer for yourself and the environment – give Grab Green a try today!

Rebel Green USDA Organic HE Liquid Fresh Laundry Detergent

Rebel Green Liquid Fresh Laundry Detergent

If you’re looking for the best nontoxic laundry detergent, Rebel Green USDA Organic HE Liquid Fresh Laundry Detergent should be your top choice. With natural ingredients blended in perfect harmony, this detergent will keep your clothes clean and soft without exposing you to harsh chemicals.

Its built-in fabric conditioner provides a deep-down freshness that can leave your clothes smelling incredible for days, and its advanced biodegradable formula makes it ideal for use in all High-Efficiency washing machines. Put simply – as one of the best laundry detergents offered today, Rebel Green USDA Organic HE Liquid Fresh Laundry Detergent is a great choice!

YOGINGO Laundry Detergent Sheets

Yogingo Laundry Detergent Sheets

Introducing YOGINGO Laundry Detergent Sheets – the best nontoxic laundry detergent on the market! It’s small, convenient, and simple to use: just one sheet per load is enough to keep everything from delicates to heavily soiled items clean. It’s a zero-waste solution that eliminates heavy plastic packaging and has no environmental impact.

Not only that but each sheet is formulated with natural ingredients including jojoba oil and lavender oil for a fragrant scent, making it perfect for both synthetic and delicate fabrics. Plus, it’s chlorine-free so you don’t have to worry about any harsh chemicals slipping into your clothes. Trust us – you won’t be disappointed with YOGINGO Laundry Detergent Sheets!

YEALIR Laundry Detergent Sheets

Yealir Laundry Detergent Sheets

YEALIR Laundry Detergent Sheets are the best nontoxic laundry detergent alternative available. They are a convenient, hassle-free solution for cleaning your clothes. Simply drop one sheet into a load of laundry to get up to 15 loads of clean, fresh detergent.

The sheets contain all-natural ingredients, so you can feel good about using them without worrying about harsh chemicals. Perfect for traveling or people with sensitive skin, YEALIR Laundry Detergent Sheets are the best way to keep your clothes looking and smelling great without worrying about toxins.

Blue Water, Laundry Detergent Sheets

Blue Water Laundry Detergent Sheets

If you are looking for the best nontoxic laundry detergent, Blue Water laundry detergent sheets may be the answer. These convenient 1-sheet tablets are composed of several naturally derived ingredients which together create a powerful yet gentle cleaning agent, making it ideal for those who have sensitivities.

Unlike liquid and powder detergents that can be unnecessarily harsh on our skin, Blue Water laundry sheets are formulated to provide both effective cleaning and gentleness. Plus, their unique sheet form means fewer spills and less waste too! Give this eco-friendly alternative a try and you may find your search for the best nontoxic laundry detergent has finally ended.

Conclusion

Step towards a healthier lifestyle and planet by choosing the best non-toxic laundry detergent. The world is waking up to the need for safer and more environmentally friendly products, with a projected 4.6% increase in the global non-toxic laundry detergent market from 2021 to 2031. Traditional laundry detergents can contain harmful chemicals that lead to skin irritation, respiratory problems, and environmental pollution. But fear not! You can make an informed decision and reduce your exposure to these harmful chemicals by considering plant-based ingredients, biodegradable formulas, and certifications. Let’s take a step towards a cleaner future with non-toxic laundry detergents.

Collagen for Weight Loss: 4 Best Products

This natural protein in our bodies, called collagen is a crucial element in weight loss goals. Not only will collagen help with weight loss, but it helps with weight management. When you start to understand the connection of collagen and weight loss, you’ll learn quickly how to improve your fitness goals and achieve them more efficiently.  Today, we are featuring the 4 best products, including collagen for weight loss. Each of the options have been hand chosen by our team to ensure they have the best ingredients, favorable customer reviews, and easy shipment options.

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Collagen for Weight Loss: 4 Best Products

  • Elm & Rye Collagen
  • Penguin CBD Collagen
  • mindbodygreen beauty & gut collagen+ powder
  • Ancient Nutrition Multi Collagen Protein Powder Pure

What is collagen for weight loss?

Collagen can help you feel full and provide a decrease in appetite. This supplement helps regulate your hunger hormones known has ghrelin and lpetin. These two natural hormones are there to control human cravings and satiety levels. When you use collagen products regularly, or as directed on the container, you’ll find that your muscle growth and muscle maintenance is supported.

This helps your metabolism burn calories more efficiently from the boost that collagen provides your metabolism. Not only that, but collagen products have been known to provide the right nutrients to develop a healthy gut my improving the intestinal barrier for better gut health. When your digestive system is healthy, you’re more apt to live with a balanced weight.

This means you can lose weight easier and keep it off for longer when you use collagen supplements for weight loss.  Last but not least, collagen helps reduce inflammation in the body. This supplement is good for improved joint health so that you can feel better doing your workout routine regularly.

Elm & Rye Collagen

Elm & Rye Collagen

Elm & Rye’s collagen supplement has Hydrolyzed Bovine Collagen and is most known for helping with healthy skin, hair, and nails. This supplement contains the right dosage of collagen to promote weight loss. You can order Elm & Rye’s collagen via auto-shipment to save 25% off your order plus have it delivered every month so you never run out.

Penguin CBD Collagen

Penguin CBD Collagen

These discreet collagen gummies pack both collagen and broad-spectrum CBD suspended in MCT oil. Penguin’s CBD Collagen is available in capsule or gummy form. Each container is a 30-day supply. Each serving has 25m of collagen with 10mg of CBD. There are studies that show CBD can help decrease weight while collagen helps you lose weight but maintain a healthy body.

Mindbodygreen Beauty & Gut Collagen+ Powder

Mindbodygreen Beauty & Gut Collagen

This beauty & gut collagen+ powder from mindbodygreen provides gut health support, and well-being ingredients along with collagen for weight loss. This powder can be incorporated into your daily life with ease simply by adding it to smoothies or your favorite beverage. There are two flavor options; unflavored or chocolate.

Ancient Nutrition Multi Collagen Protein Powder Pure

Nutrition Multi Collagen Protein Powder

This multi collagen protein powder from Ancient Nutrition contains a blend collagen from bovine, chicken, fish, and eggshell membranes. This is formulated to improve digestion, skin, and joints. Not to mention, your weight will start to decrease as you use this collagen supplement daily.

If you have some dietary restrictions or common food allergies, you may not be able to take this collagen protein powder. Be sure to read the ingredients before choosing this option of the best collagen for weight loss.

Criteria for Choosing Collagen for Weight Loss

  • Ingredient Quality: While reviewing the best collagen products for weight loss we made to sure evaluate the ingredients in the 4 best products. We made sure that the collagen was sourced from high-quality reputable options. This ensures that the collagen supplement for weight loss was ethically sourced and free from harmful additives or artificial substances.
  • Effectiveness: The next factor we considered when choosing the 4 best products for collagen for weight loss was the customer reviews and scientific research on the ingredients included in the supplement. We felt these two factors helped us understand the full picture of whether a collagen option was healthy and safe for you.
  • Customer Reviews: The next step we took was to dive deep into the customer reviews section of each brand’s collagen supplement for weight loss. We considered all reviews to make sure that the 4 best products we included had an overall positive review status from customers.
  • Brand Transparency: This is a crucial step for any supplement company that wants to succeed in this industry. We made sure the best collagen for weight loss products had information about their ingredients, sourcing options, manufacturing process, and whenever applicable, third party testing results.
  • Certifications: Whenever possible we took the NSF Internationally Certification or FDA Registration on a brand to rank the brand as a best product to include in our list of collagen for weight loss. This usually means the supplement company is dedicated to the commitment of quality and safety for their customers.

FAQs

Can I take collagen while pregnant or nursing?

When considering the option to take collagen for weight loss while pregnant or nursing, it’s best to discuss this with your doctor. Most people who are pregnant, aren’t on a weight loss program for fear of harming the unborn child. Some weight loss diets have been shown to lower birth rate in babies.

How long does it take before you see results from taking collagen for weight loss?

While results will vary from person to person, the average customer saw results within 8 weeks of taking a collagen supplement as directed. The results that you will gain heavily depend on lifestyle choices, type of supplement, and whether or not you’re taking the collagen for weight loss supplement as directed.

Can I take collagen for weight loss if I am vegan or vegetarian?

Most collagen for weight loss products include collagen that was derived from an animal source. Typically bones and skin of animals contains the best collagen for collagen supplements. With that being said, there are some plant-based collagen supplements on the market that you can buy if you’re vegan or vegetarian.

High Voltage Detox Folli-Cleanse Shampoo Review

High Voltage Detox Folli-Cleanse Shampoo is a specialized product designed to help people remove toxins from their hair. This shampoo is particularly useful for individuals who need a deep cleanse to eliminate toxin residues, which can be important for various reasons, such as drug testing or improving hair health. For those seeking information on similar products, Zydot Ultra Clean Detox Shampoo offers a comparable solution. The product is priced at $34.95 and promises effective results if used properly.

In today’s world, many people are exposed to various toxins through their environment, including pollution, smoke, and even certain foods. These toxins can build up in our hair, making it challenging to cleanse completely with regular shampoos. High Voltage Detox Folli-Cleanse Shampoo aims to address this issue by providing a powerful detoxifying effect that helps remove these residues from the hair shaft.

The shampoo is formulated to work efficiently within a short period. Users are advised to apply it the night before or the morning of their scheduled time to ensure their hair is clean. The effects of the shampoo can last up to 36 hours, which makes it a convenient option for those who need a temporary yet thorough cleanse. This can be particularly beneficial for people who have to prepare for drug tests or other situations where hair cleanliness is crucial.

To achieve the best results, it is essential to follow the directions carefully. The shampoo requires a specific application process: first washing the hair with a portion of the product, then applying the remaining amount and leaving it to set under a shower cap. This method ensures that the detoxification process is effective, as the shampoo needs time to interact with the hair and remove impurities.

It is important to note that while the shampoo is effective, it is not a permanent solution. The toxins that are removed from the hair may still be present in the body and could potentially be reintroduced through perspiration. Therefore, users are advised to avoid exposure to toxins and stay in cool environments to minimize re-contamination.

In summary, High Voltage Detox Folli-Cleanse Shampoo is a powerful tool for those needing to remove toxins from their hair quickly and effectively. Its formulation and application process make it a valuable product for anyone looking to achieve a deep cleanse before a significant event or test.

Product Description

High Voltage Detox Folli-Cleanse Shampoo is a detoxifying hair treatment produced by High Voltage, a brand known for its specialized cleansing products. This shampoo is designed to target and eliminate toxin residues that can accumulate in the hair shaft, offering a thorough cleanse that goes beyond what regular shampoos can achieve.

Manufacturer: High Voltage

Product Name: Folli-Cleanse Shampoo

Description and Features:

High Voltage Detox Folli-Cleanse Shampoo is formulated to address the need for deep detoxification of the hair. It is ideal for individuals who require a high level of cleanliness, whether for personal reasons or to meet specific requirements such as passing drug tests. The shampoo’s formulation is geared towards removing toxin-related metabolites that may linger in the hair, which regular shampoos might not fully cleanse.

One of the key features of this shampoo is its ability to provide a lasting effect. Once applied, the cleansing effect can persist for up to 36 hours, making it a reliable choice for individuals who need a temporary yet effective solution. The shampoo’s effectiveness is attributed to its specialized ingredients and the detailed application process that ensures a deep cleanse.

Unique Selling Points:

  • Effective Toxin Removal: High Voltage Detox Folli-Cleanse Shampoo is specifically designed to remove toxins from the hair shaft. This targeted approach sets it apart from regular shampoos, which may not be as effective in eliminating deep-seated residues.
  • Long-Lasting Results: The shampoo offers a cleanse that can last up to 36 hours. This duration provides a significant window of effectiveness, which is particularly useful for situations where temporary cleanliness is required.
  • Detailed Application Process: The shampoo comes with a clear set of instructions to ensure maximum effectiveness. The process involves washing the hair with a portion of the product, applying the remainder, and letting it set under a shower cap. This method ensures that the shampoo has enough time to interact with the hair and remove toxins thoroughly.
  • Convenient for Various Uses: Whether preparing for a drug test, cleansing after exposure to toxins, or simply seeking a deep clean, this shampoo offers a convenient and effective solution. Its formulation caters to the needs of individuals looking for a specialized cleansing product.

Target Audience:

The shampoo is suitable for anyone who needs to ensure their hair is free of toxins, especially in situations where hair cleanliness is crucial. This includes individuals preparing for drug tests, those who have been exposed to environmental toxins, or anyone seeking a deep detoxification of their hair.

Overall, High Voltage Detox Folli-Cleanse Shampoo stands out for its ability to provide a thorough and long-lasting cleanse. Its targeted approach and detailed application process make it a valuable product for those requiring effective toxin removal from their hair.

Ingredients and Their Functions

High Voltage Detox Folli-Cleanse Shampoo contains a specific blend of ingredients designed to cleanse the hair deeply and remove toxins effectively. Understanding these ingredients and their roles helps explain how the shampoo achieves its detoxifying effects. Here’s a breakdown of the key components:

Deionized Water

Role: Acts as the base for the shampoo and ensures that other ingredients are evenly distributed throughout the product. Deionized water is free from impurities and minerals, which helps in making the shampoo more effective and gentle on the hair.

Ammonium Lauryl Sulfate

Role: A surfactant that helps to create foam and lather. This ingredient effectively cleanses the hair by lifting and removing dirt, oil, and other residues. It is known for its strong cleaning properties but can be drying if used frequently.

TEA – Lauryl Sulfate

Role: Another type of surfactant similar to ammonium lauryl sulfate. It contributes to the foaming action and enhances the shampoo’s ability to remove impurities from the hair. It also helps in creating a rich lather.

Cocamidopropyl Betaine

Role: A mild surfactant derived from coconut oil. It helps to balance the cleansing action of the shampoo, reducing irritation and making the formula gentler on the scalp. It also contributes to the shampoo’s foaming properties.

Cocamide DEA

Role: An emulsifier that helps to blend the oil and water-based ingredients in the shampoo. It also enhances the thickening of the shampoo, making it easier to apply and work into the hair.

Sodium Thiosulfate

Role: A reducing agent that helps to neutralize chlorine and other chemicals that may be present in the hair. This ingredient is crucial in the detoxification process as it helps to remove chemical residues.

Tetrasodium EDTA

Role: A chelating agent that binds to metal ions, preventing them from interfering with the effectiveness of the shampoo. It helps to remove minerals and heavy metals from the hair, contributing to a more thorough cleansing.

Glycerin

Role: A moisturizing agent that helps to retain moisture in the hair and scalp. It counteracts the drying effects of other ingredients, ensuring that the hair does not become overly dry or brittle.

Citric Acid

Role: Used to adjust the pH level of the shampoo, ensuring it is balanced and compatible with the hair and scalp. It also helps to remove residue and restore the natural pH of the hair.

DMDM Hydantoin

Role: A preservative that helps to prevent the growth of bacteria and mold in the shampoo. It ensures the product remains safe and effective over time.

Iodopropynyl Butylcarbamate

Role: Another preservative that provides antimicrobial protection, helping to extend the shelf life of the shampoo.

Fragrance

Role: Adds a pleasant scent to the shampoo, enhancing the overall user experience. The fragrance is included to make the hair smell fresh after use.

Each ingredient in High Voltage Detox Folli-Cleanse Shampoo plays a specific role in the detoxification process. The combination of strong cleansing agents, mild surfactants, and moisturizing components ensures that the shampoo effectively removes toxins while maintaining the health and moisture of the hair. This well-balanced formula is essential for achieving a thorough and effective cleanse.

Usage Instructions

To achieve the best results with High Voltage Detox Folli-Cleanse Shampoo, it’s crucial to follow the usage instructions carefully. Proper application ensures that the shampoo effectively cleanses your hair of toxins and residues. Here’s a step-by-step guide on how to use the product:

Preparation

  • Shake Well: Before use, make sure to shake the bottle well. This ensures that all ingredients are properly mixed and ready to provide the most effective cleansing action.

Initial Wash

  • Apply a Quarter of the Bottle: Start by using approximately one-quarter of the bottle, which is about 0.5 ounces (15 milliliters) of shampoo. Apply this amount to your damp hair.
  • Wash Thoroughly: Work the shampoo into a lather by massaging it into your scalp and hair. Make sure to cover all areas of your hair and scalp.
  • Rinse Completely: After washing, rinse your hair thoroughly with water. This step removes the initial layer of dirt and impurities from your hair.

Deep Cleansing

  • Apply the Remaining Shampoo: After rinsing, use the remaining three-quarters of the bottle, which is about 1.5 ounces (45 milliliters) of shampoo. Apply this generously to your damp hair.
  • Massage Thoroughly: Use your fingers to massage the shampoo deeply into your hair and scalp. Avoid using combs or brushes, as this could interfere with the detoxification process.

Setting Time

  • Cover with a Shower Cap: To enhance the effectiveness of the shampoo, cover your hair with a shower cap. This helps to retain heat and allows the shampoo to work more effectively.
  • Wait 20 to 30 Minutes: Let the shampoo sit in your hair for 20 to 30 minutes. This waiting period allows the detoxifying ingredients to interact with your hair and remove toxins. Do not exceed 30 minutes to avoid any potential irritation.

Final Rinse

  • Rinse Thoroughly: After the waiting period, rinse your hair thoroughly with water. Make sure to remove all traces of the shampoo.

Post-Wash Care

  • Drying: Towel dry your hair or style it as usual. Avoid using combs, brushes, or hair products that might be contaminated with old toxins. This helps prevent re-contamination of your freshly cleansed hair.

Success Tips:

  • Avoid Toxins Prior to Use: For the best results, avoid exposure to unwanted toxins for 24 to 48 hours before using the shampoo. The longer you avoid toxins, the more effective the detox will be.
  • Control Perspiration: The toxins removed from your hair can still be present in your body and may be released through perspiration. To avoid re-contamination, stay in a cool, air-conditioned environment if possible.

Warnings:

  • Skin Irritation: If you experience any skin irritation or flaking, discontinue use immediately. You may use a conditioner to treat dryness, but only after testing it on a small area first.
  • Keep Out of Reach of Children: Store the shampoo in a private place and keep it out of reach of children to prevent accidental ingestion or misuse.

By following these instructions carefully, you can maximize the effectiveness of High Voltage Detox Folli-Cleanse Shampoo and ensure a thorough detoxification of your hair.

Pros and Cons

Pros:

  • Effective Detoxification: High Voltage Detox Folli-Cleanse Shampoo is specifically designed to remove toxins from the hair shaft. Many users appreciate its targeted approach to detoxification, which helps to eliminate residues that regular shampoos might miss. This makes it a valuable tool for those who need a deep cleanse before important events or drug tests.
  • Long-Lasting Results: The shampoo’s effects can last up to 36 hours. This extended duration of cleanliness is particularly useful for individuals who need to ensure their hair is free of toxins for a significant period. The long-lasting results are often highlighted as a major benefit by users.
  • Detailed Instructions for Optimal Use: The product comes with clear and detailed instructions that help users achieve the best possible results. The step-by-step guide ensures that users follow the correct procedure, maximizing the effectiveness of the shampoo.
  • Suitable for Temporary Cleansing: Whether you need to prepare for a drug test or simply want to remove environmental toxins, this shampoo provides a temporary but thorough cleanse. Its formulation is designed to meet the needs of various cleansing situations.
  • Moisturizing Ingredients: The inclusion of glycerin and other moisturizing agents helps to prevent excessive dryness of the hair and scalp. This added benefit ensures that your hair remains hydrated and healthy despite the intense cleansing process.

Cons:

  • Potential for Dryness: Some users report that the shampoo can cause dryness or flaking of the scalp after use. While this is not uncommon with detox shampoos, it can be a drawback for individuals with already dry or sensitive scalps. Users experiencing dryness may need to use a conditioner afterward to restore moisture.
  • Complex Application Process: The application process for High Voltage Detox Folli-Cleanse Shampoo can be somewhat cumbersome. The need to cover the hair with a shower cap and wait for 20 to 30 minutes might be inconvenient for some users, especially those seeking a quicker solution.
  • Limited Effectiveness for Certain Hair Types: Individuals with very tight cornrows, French braids, dreadlocks, heavy afros, or oily hair may find that the shampoo does not work as effectively. The density and texture of these hair types can make it challenging for the shampoo to penetrate and cleanse thoroughly. These users may need to wash their hair with a non-conditioning shampoo multiple times before using Folli-Cleanse.
  • Price Point: At $34.95, High Voltage Detox Folli-Cleanse Shampoo may be considered pricey compared to other hair cleansing products. The cost might be a concern for those looking for a more budget-friendly option.
  • Risk of Re-Contamination: The shampoo’s effectiveness can be diminished if users are exposed to toxins shortly after use. Perspiration can potentially reintroduce toxins into the hair, which may affect the results. Users need to take precautions to avoid exposure to toxins and stay cool after using the shampoo.

In summary, High Voltage Detox Folli-Cleanse Shampoo offers a powerful and effective solution for detoxifying hair, with long-lasting results and detailed instructions. However, its potential for causing dryness, complex application process, and higher price point are important factors to consider. Understanding these pros and cons can help users make an informed decision about whether this shampoo meets their needs.

Q&A – Frequently Asked Questions

How does High Voltage Detox Folli-Cleanse Shampoo compare to other detox shampoos?

High Voltage Detox Folli-Cleanse Shampoo is known for its specific formulation designed to remove toxins from the hair shaft effectively. Compared to other detox shampoos, it offers a comprehensive approach with a detailed application process that includes a setting time under a shower cap. This extended contact time and the product’s formulation are tailored to achieve a thorough cleanse, which may not be as detailed in other detox products. Users often choose it for its effectiveness and long-lasting results, but the complex application process and higher price point might be drawbacks compared to some alternatives.

Can this shampoo be used on all hair types?

While High Voltage Detox Folli-Cleanse Shampoo is designed to work on most hair types, it may be less effective for individuals with very tight cornrows, French braids, dreadlocks, heavy afros, or oily hair. The density and texture of these hair types can make it challenging for the shampoo to penetrate and cleanse thoroughly. It is recommended that individuals with these hair types wash their hair with a non-conditioning shampoo multiple times before using the Folli-Cleanse Shampoo to improve its effectiveness.

What should I do if I experience irritation after using the shampoo?

If you experience any skin irritation, flaking, or dryness after using High Voltage Detox Folli-Cleanse Shampoo, discontinue use immediately. To address dryness, you may apply a conditioner, but it is advisable to test the conditioner on a small area first to ensure it does not cause additional irritation. If irritation persists, consult a healthcare professional for further advice.

How should I prepare my hair before using the shampoo?

For the best results, it is recommended to avoid exposure to unwanted toxins for 24 to 48 hours before using the shampoo. This preparation helps to maximize the effectiveness of the detoxification process. Additionally, if you have oily hair or a dense hairstyle, washing your hair with a non-conditioning shampoo multiple times before applying Folli-Cleanse can help improve the product’s performance.

Is it necessary to follow the detailed application process for the shampoo to work?

Yes, following the detailed application process is crucial for achieving the best results with High Voltage Detox Folli-Cleanse Shampoo. The process involves washing the hair with a portion of the shampoo, applying the remainder, and letting it set under a shower cap for 20 to 30 minutes. This method ensures that the shampoo has enough time to interact with the hair and remove toxins effectively. Skipping steps or not adhering to the recommended time may reduce the effectiveness of the product.

Can I use other hair products after applying the shampoo?

After using High Voltage Detox Folli-Cleanse Shampoo, it is advisable to avoid using combs, brushes, or hair products that may be contaminated with old toxins. This helps to prevent re-contamination of your freshly cleaned hair. If you need to use hair products, make sure they are clean and free from any contaminants.

How should I store the shampoo?

Store High Voltage Detox Folli-Cleanse Shampoo in a private place, out of reach of children. Keeping the product in a cool, dry place helps maintain its effectiveness and ensures it remains safe for use.

In summary, High Voltage Detox Folli-Cleanse Shampoo is effective for many users, but understanding its application, potential limitations, and proper use is important for achieving the best results. If you have specific concerns or experience any issues, consulting with a healthcare professional or reviewing the detailed instructions can provide additional guidance.

Summary

High Voltage Detox Folli-Cleanse Shampoo is a specialized product designed to offer a deep and effective cleanse by removing toxins from the hair shaft. This shampoo is particularly useful for individuals who need to ensure their hair is free from contaminants, whether for drug testing, environmental exposure, or other reasons requiring a thorough detox.

Key Takeaways:

  • Product Overview: High Voltage Detox Folli-Cleanse Shampoo is formulated to detoxify the hair by targeting and removing toxin-related metabolites. It provides a thorough cleanse that can last up to 36 hours. The product is known for its detailed application process, which involves an initial wash, a deep cleansing phase, and a setting period under a shower cap.
  • Ingredients and Their Functions: The shampoo contains a blend of cleansing agents, moisturizing components, and preservatives. Ingredients like ammonium lauryl sulfate and TEA-lauryl sulfate help create foam and cleanse, while glycerin and citric acid maintain moisture and balance pH levels. Sodium thiosulfate and tetrasodium EDTA play crucial roles in removing toxins and impurities.
  • Usage Instructions: For optimal results, users should follow a specific application process. This includes using a portion of the shampoo for an initial wash, applying the remaining product, covering the hair with a shower cap, and allowing it to sit for 20 to 30 minutes before rinsing. Proper preparation and post-wash care are also important to maximize effectiveness.
  • Pros and Cons: The shampoo’s advantages include effective detoxification, long-lasting results, and a well-defined application process. However, potential drawbacks include the risk of dryness, a complex application procedure, and a higher price point. Users with certain hair types may also face challenges with effectiveness.
  • Q&A Insights: Common questions about the product address its comparison to other detox shampoos, suitability for different hair types, handling irritation, and preparation steps. The detailed instructions and precautions are essential for achieving the best results.

Final Recommendation:

High Voltage Detox Folli-Cleanse Shampoo is a powerful tool for those needing a thorough hair detox. Its effectiveness and detailed process make it a reliable choice for temporary cleansing. However, users should be aware of the potential for dryness and the need for proper application to ensure the best outcome. By following the instructions and considering individual hair types and needs, users can make an informed decision about incorporating this shampoo into their detox routine.

History of the Declaration

In the current era, we are producing data in far greater quantities than ever before.

Harnessing the data deluge has been recognised as having the potential to help find solutions for some of society’s biggest challenges, such as climate change, health and demographic change, depleting natural resources, and globalisation.

Whilst the benefits of access to data and the use of techniques such as Text and Data Mining (TDM) to analyse data have been widely acknowledged, the reality is that there are major barriers preventing access to and exploitation of data. These issues include a lack of legal certainty, restrictive licences provided by publishers, a skills gap and a lack of infrastructure.

This situation has created a need to foster agreement across disciplines and sectors about the real benefits of TDM. We need a strategy for the way forward in terms of creating the conditions for realising these benefits in a way that ensures a positive societal impact.

For this reason, 25 global experts from many different areas of specialisation — researchers, publishers, lawyers, lecturers — gathered in The Hague on 9-10 December 2014 to write the Hague Declaration. Their belief is that this Declaration will help shape ethical research practice, legislative reform and the development of open access policies and infrastructure. Below are profiles of each original participant.

Miguel Andrade

Miguel Andrade received his Ph.D. in Biochemistry at the Universidad Complutense de Ma­drid in 1994. He trained at the post-doctoral level at the European Molecular Biology Labora­tory in Heidelberg and Cambridge with Chris Sander and Peer Bork. His post-doctoral studies involved the development and application of computational methods for the analysis of gene and protein function and structure.

From 2003 to 2007, he was Assistant Professor in the De­partment of Medicine of the University of Ottawa and Scientist and Head of the Bioinformatics Group of the Ottawa Health Research Institute in Ottawa, Canada, where he was promoted to Senior Scientist in 2006.

In 2007 Miguel started the Computational Biology and Data Mining group, first at the Max Delbrück Center for Molecular Medicine in Berlin and since September 2014 at the Institute of Molecular Biology in Mainz. The group focuses on the development and application of computational methods that are used to research the molecular and genetic components of human disease.



Paul Ayris

Paul Ayris has been director of Library Services at University College London since 1997. He is also the UCL Copyright Officer, and Chair of the LERU (League of European Research Libraries) Community of Chief Information Officers. He chairs the OAI Organising Committee for the Cern Workshops on ‘Innovations in Scholarly Communication’ and JISC Collections’ Electronic Information Resources Working Group. He served as President of LIBER for four years. On 1 August 2013, he became Chief Executive of UCL Press. He has a PhD in Eccesiastial History and publishes on English Reformation Studies.



Lars Bjørnshauge

Lars Bjørnshauge is director of European Library relations at SPARC Europe. He is responsible for developing state-of-the art digital library services and for establishing the first transnational library consortia. His work contributed to the success of the first electronic-only library. Lars founded the Directory of Open Access Journals which is a comprehensive list of Open Access journals that use quality control systems for their content. Currently he is Vice-President of the Swedish Library Association. He was a past President of the Association of Danish Research Libraries and Senior Adviser to the National Library of Sweden. Lars is also a past member of the Open Access Working group of EUA (European University Association), Co-Chair of the LERU Working Group on Open Access, and co-author of the LERU Road Map on Open Access. He is also Chair of IFLA’s Open Access Taskforce and co-author of IFLA’s statement on Open Access.



Benjamin Bober

Benjamin Bober has an MA in History from the University of Paris I Panthéon-Sorbonne and also graduated from École Nationale des Chartes and from École Nationale Supérieure des Sciences de l’Information et des Bibliothèques. He is currently a licensing manager and a metadata librarian at ABES, the French national bibliographical agency for higher education. He is involved in the ISTEX project, a €60 million e-content national licensing initiative aimed at creating a platform that will host content bought from academic publishers and let all members of the French academic community content mine. From this perspective, he is particularly interested in the quality of data and metadata provided by the publishers, and the impact it may have on content mining. He is also a member of SavoirsCom1, an association that focuses on knowledge commons policy.



Maja Bogataj Jančič

Maja Bogataj Jančič is CEO and founder of Intellectual Property Institute (IPI) in Ljubljana, Slovenia, specialising in copyright, internet law, and intellectual property. The primary focus of IPI’s activities is to explore the challenges that digitisation has brought to intellectual property law and the importance of these for the progress of an information-based society. The Institute works in close cooperation with Slovenian universities, research institutions, industry, art centres and civil society groups. Its aim is to create a strong network of partnership with researchers and research institutions at home and abroad. Since its recent founding, the Institute has participated in many discussions regarding various intellectual property issues, and managed to mark the landscape of the debate with its perspective. Maja also heads up Creative Commons Slovenia.



Christoph Bruch

Christoph Bruch is senior advisor for Strategy at Helmholtz Open Science Coordination Office. His focus is on legal aspects of concerning research publications and research data. He is a member of the Working Group on Legal Aspect of the German Priority Initiative “Digital Information” and chairs the Science Europe Task Force on Legal Aspects a subcommittee of the Science Europe Working Groups on Research Data and Open Access to Scientific Publications. He studied political sciences at Johan Wolfgang Goethe University in Frankfurt am Main and Free University Berlin. Before joining Helmholtz Association he held professional positions at the Free University Berlin, the German Institute for Urban Studies, and Max Planck Society. In an honorary capacity he is advocating access to knowledge via his engagement with Coalition for Action “Copyright for Education in Research”, European Network for Copyright in support of Education and Science.



Chris Ferguson

Chris Ferguson is Joint Chief Editor of PLOS Biology. Chris has a science background in Microbiology and Immunology and was awarded a PhD in Developmental Biology from the University of Cape Town. After 6 years of postdoctoral research at Kings College London, Chris entered the publishing world and trained as an editor on the Trends Review Journal series at Cell Press. Having run the journal Trends in Immunology as Editor for two and half years, she resigned to join PLOS in 2007, as an editor on the flagship journal, PLOS Biology. As Chief Editor, she oversees the activities of the journal and its editorial staff, and serves on the senior editorial and the publication ethics teams at PLOS.

At PLOS we believe that TDM is an important research methodology that must be supported by the keepers of the scholarly literature. By making our content open access, PLOS is facilitating TDM. We hope to offer better access for TDM researchers moving forward. PLOS participates in industry efforts to further facilitate TDM and encourages all publishers to open their content stores to TDM efforts with minimal barriers or obstacles.




Will Greenacre

Will Greenacre is a Policy Officer at the Wellcome Trust, a global charitable foundation dedicated to achieving extraordinary improvements in human and animal health, where his areas of responsibility include research regulation and governance, European advocacy, data sharing and copyright.  He has a background in biological sciences and science communication, with degrees from the Universities of Leicester and Bath, UK. The Wellcome Trust supports the brightest minds in biomedical research and the medical humanities. Our breadth of support includes public engagement, education and the application of research to improve health. We are independent of both political and commercial interests. The Wellcome Trust supports unrestricted access to the published outputs of research, and supports measures to enable text and data mining for non-commercial research purposes; we believe that enabling the use of text and data mining is a critical element in realising the value of content and data for economic and societal benefit, and to derive the maximum benefit from research literature and datasets generated through investment in publicly-funded research.



Lucie Guibault

Lucie Guibault is associate professor at the Institute for Information Law (IViR) of the University of Amsterdam (UvA). She is specialized in international and comparative copyright and intellectual property law. Lucie Guibault has been carrying out research for the European Commission, Dutch ministries, UNESCO and the Council of Europe. Her main areas of interest include copyright and related rights in the information society, open content licensing, collective rights management, limitations and exceptions in copyright, and author’s contract law. She has done extensive research on open content copyright licensing issues and open access in science, and is one of the co-authors of the report commissioned by DG Research and Innovation on the Standardisation in the area of innovation and technological development, notably in the field of Text and Data Mining (April 2014)



Melissa Hagemann

Melissa Hagemann is a Senior Program Manager at the Open Society Information Program where she heads the Open Access to Research and Open Educational Resources initiatives.  She has been involved in the development of the Open Access and Open Education movements, having co-organised the meetings which led to the Budapest Open Access Initiative (BOAI), the BOAI 10 Recommendations and the meeting which led to the Cape Town Open Education Declaration.  Melissa has held several positions within the Open Society Foundations, including managing the Foundations’ Regional Library Program in Budapest, as well as the Science Journals Donation Program. She currently sits on the Advisory Board of the Wikimedia Foundation.

This meeting is at the heart of the Open Society Information Program’s Access to Knowledge field and we are supporting it through a partnership between our Copyright Reform and Open Access Initiatives. Personally I am interested in participating in it, as I have worked in the Open Access movement for over a decade and one of the promises of OA is facilitating TDM. Thus I want to do all we can to ensure that strong recommendations are developed which will thwart any mechanisms created by the toll-access publishers or regulators to prohibit TDM.



Kristiina Hormia-Poutanen

Kristiina Hormia-Poutanen is the director of Library Network Services at the National Library of Finland. The department is responsible for the coordination of national library infrastructure services for the Finnish libraries. The services include coordination of consortia activities, library systems management and development, national licensing and development of the digital library for the libraries, archives and museums in Finland. All Finnish universities, universities of applied sciences, tens of research institutes, all public libraries, Finnish museums and archives are the customers of National library.

In the Finnish research infrastructure evaluations in 2008 and 2013, two of the services today in production were selected to the research infrastructure roadmap. The services were National Electronic Library, FinELib and the National Digital Library user interface Finna (finna.fi). The term of the updated research infrastructure roadmap is 2014-2020.

Hormia-Poutanen is the president of LIBER foundation since 2014, having served as Vice President from 2010-2014. She is a member of the Steering Committee on Scholarly Communication and Research Infrastructures under LIBER. She is a member of Europeana’s Board and Executive Committee. Hormia-Poutanen is a member of the Open Science Finland strategy group, the National Digital Library steering group and the ICT Management Steering Group for the field of activity of the Ministry of Education and Culture (OpIT), which the Ministry of Education and Culture nominates. She is also member of the Public Interface consortium group and the National Ontology (finto.fi) steering group nominated by the board of National Library.



Puneet Kishor

Puneet Kishor is an independent practitioner and consultant on open science and data, and a senior researcher at the University of Wisconsin-Madison. Puneet’s current projects are focused on text and data mining, the role of social contracts in sharing beyond copyright, ethical and quality considerations of citizen-sourced information, and open science in the global south. Previously, Puneet was the manager of science and data policy at Creative Commons (CC) where he worked on all aspects of the scientific information lifecycle to make it systemically open and collaborative. It was in this context that he worked on The Hague Declaration. Puneet arrived at CC via a rural development NGO in New Delhi, the World Bank in Washington DC, and data research at the University of Wisconsin-Madison. Puneet is a data wrangler, environmental scientist, geospatial developer and Charter Member of the Open Source GeoSpatial Foundation.



Martin Krallinger

Martin Krallinger works at the Spanish National Cancer Research Center (CNIO). He is an expert in the field of biomedical text mining and has authored over 50 research articles on topics such as protein-protein interaction extraction, text mining for model organisms and mutation extraction and chemical text mining from the literature. He is one of the main organizers of the BioCreAtIvE Challenge, a key event in natural language processing and text mining of life sciences and biomedical literature.

There is a pressing need to advance in the systematic access to information in full text articles by the biomedical and life sciences community. This is key to improve the experimental settings used in research, facilitate the interpretation of large-scale experiments and patient data well as to generate new hypotheses. Several studies have shown that using abstracts, as opposed to full text articles can recover only up to 20-30%, of relevant entities and relationships described in published articles.



Ignasi Labastida

Ignasi Labastida, PhD in Physics. Currently Head of the Office for Knowledge Dissemination and the Research Unit at the CRAI (Library) of the University of Barcelona. Public leader of Creative Commons in Spain. Member of the Copyright Working Group of LIBER and member of the Steering Committee of the CIO Community of LERU.

I am interested in TDM because part of my work is to assist researchers from my institution to do their work. They need clear policies, examples and best practices. They ask for guidelines to do their work and they want to avoid any legal trouble. At the same time I also work with the research vice-rectors drafting some policies and it could be a good chance to establish a position regarding this issue.



Natalia Manola

Natalia Manola is a Senior Software Engineer holding a B.Sc. in Physics from the University of Athens, Greece, and an M.Sc. in Electrical and Computer Engineering from the University of Wisconsin at Madison, USA. Her professional experience consists of several years of employment as a Software Engineer, Software Architect, and Project Manager by companies in various Information Technology sectors. She has participated and technically managed several R&D projects funded by the EC (DIAS, DRIVER, DRIVER-II, CHESS, ESPAS) or by the national government. Since Dec 2008 she is the director of the OpenAIRE infrastructure.

OpenAIRE operations extensively use text mining techniques on publicly funded research   results that are harvested systematically from a wide range of sources (repositories, OA journals, publishers dbs, scholarly societies, funder dbs) to identify entities such as project IDs, people, organizations, citations and references to publications and data; classify and cluster publications and other project documents (e.g., abstracts, possibly deliverables, progress reports, etc.) for research analytics purposes, and to annotate and link entities/objects.

Repositories have not yet established clear policies and licenses for text mining, as this is an emerging trend, especially as an infrastructural servic; OA Journals and Scholarly societies have not adopted uniform solutions (licenses, policies, APIs). OpenAIRE plans to extend its mining processes to patents, PSI data and any other source that may be related to research and scholarly communication.



Jo McEntyre

Jo McEntyre is Team Leader for Literature Services at the European Bioinformatics Institute (EMBL-EBI), which runs Europe PubMed Central, the European database for life science research articles. Before joining the EMBL-EBI, Dr McEntyre was a scientist at the NCBI, NIH, USA where she worked on various literature-related resources, and before that, was the Editor of the journal: Trends in Biochemical Sciences.

My primary interest in text and data mining is from the perspective of integrating the life sciences literature with related data, being based at the European Bioinformatics Institute (EMBL-EBI). As the service provider for Europe PMC, we seek to develop Europe PMC as a platform for text-mining groups to run cloud-based applications that deliver added-value content enrichment, cross-linking and information retrieval on the core literature content. Our group at the EMBL-EBI also undertakes TDM activities directly. The aspiration is that applications developed either by ourselves or others contribute to the workflows and discovery processes of data curators and end-users of bioinformatics resources (including the literature).



Eva Méndez Rodriguez

Eva Méndez Rodriguez has been a lecturer at Universidad Carlos III de Madrid since March 1997 and Tenured Professor since May 2008. She has also taught and carried out research at other Spanish and foreign universities and educational institutions. She has been an active member of several  international working groups and research teams on  various standards for the Web and description of electronic resources. She is member of the US Academy  Louis Round Wilson-Knowledge Trust and the Advisory Committee of the DCMI (Dublin Core Metadata Initiative), where she is also co -chair of the DCMI Social Tagging community. During the 2005-06 academic course she was awarded a Fulbright Research Scholarship, as part of the European Union programme, at the Metadata Research Center at Chapel Hill University North Carolina (USA).

She has taken part in and led several research projects and acted as advisor to many more in the fields of normalisation, metadata, semantic web, open data, digital repositories  and libraries, in addition to information policies for development in several countries such as the Dominican Republic. Since 2006 she has participated as an independent European Commission expert on the assessment and monitoring of various projects for a number of programmes such as 7PM,  ICT-PST, eContentPlus, in the fields of the Europeana digital library, Technologies applied to education (TEL) and Open Science. From 2009 to 2012 she was Director of the University Master’s degree in Digital Information Libraries and Services, and since September 2011 she has been Deputy Vice Chancellor of Infrastructures and Environment.



Peter Murray-Rust

Peter Murray-Rust is a chemist currently working at the University of Cambridge. As well as his work in chemistry Murray-Rust is also known for his support of open access and open data. He was educated at Bootham School and Balliol College, Oxford. After obtaining a Doctor of Philosophy he became lecturer in chemistry at the (new) University of Stirling and was first warden of Andrew Stewart Hall of Residence. In 1982 he moved to Glaxo Group Research at Greenford to head Molecular Graphics,[2]Computational Chemistry and later protein structure determination. He was Professor of Pharmacy in the University of Nottingham from 1996-2000, setting up the Virtual School of Molecular Sciences. He is now Reader in Molecular Informatics at the University of Cambridge and Senior Research Fellow of Churchill College, Cambridge. Peter is also known for his work on making scientific knowledge from literature freely available, and in such taking a stance against publishers that are not fully compliant with the Berlin Declaration on Open Access. In 2014 he actively raised awareness of glitches in the publishing system of Elsevier, where restrictions were imposed by Elsevier on the reuse of papers after the authors had paid Elsevier to make the paper freely available.

$500,000,000,000 of public funding goes into STEM research but most (perhaps 85%) is wasted to the world through poor or non-publication, duplication and flawed design. Machines can, in principle, liberate a significant part of this but we are prevented by apathy, 19thC attitudes and technology, and active opposition from vested interests. This makes me angry. In a blogpost in 2012, I asserted the mantra: “The right to read is the right to mine.” We have now, with the help of the Shuttleworth Foundation, built a universal, technical and social infrastructure, http://contentmine.org. This is Free/Open to anyone and is customisable to allow facile and massive extraction of the factual content of the STEM literature. We have fought for this right in the UK, and won it, so our activities are fully legal. We and others have also been fighting for this in Europe. We have a wide range of Free/Open resources: code, training, community, political and legal.



Pinar Öztürk

Pinar Öztürk is associate professor in the Department of Computer and Information Science at Norwegian University of Science and Technology, NTNU, Trondheim. She has been a project manager and participant in several national-level and European Union projects  dealing with decision support systems.

Her main research area is artificial intelligence and she does multidisciplinary research linking AI with other parts of cognitive science. Her research activities lie in knowledge representation and modelling, case-based reasoning, multiagent systems, and recently text mining/information extraction areas. The last one is particularly in the context of literature-based scientific discovery related to an EU project in FP7 framework, Ocean Certain, focusing on understanding the impacts of climate change on the marine species and carbon  sequestration.

Her group aims to develop text mining tools that can help to speed up the knowledge discovery through linking scientific knowledge across various disciplines.



Susan Reilly

Susan Reilly is executive director of LIBER, The Association of European Research Libraries. She has led LIBER’s advocacy activities in the areas of TDM, open access and copyright.  She has also worked across a range of EU projects relating to open access, e-science, and digital libraries. She has recently contributed to the LERU Roadmap for Open Access to Research Data and has co-authored a study, for the European Commission, to identify recommendations for a single pan-European authorisation, authentication and accounting (AAA) infrastructure for research information resources. She holds an MSc in Information Management from the University of Sheffield, and has several years’ experience in library management.

Supporting TDM will become a core part of what research libraries do. The mission of libraries is to ensure access to information and support the generation of knowledge. In the digital age this means ensuring that digital content is available in a way that researchers can read and exploit it using current and innovative tools and practices.



Neil Richards

Neil Richards is an internationally-recognized expert in the fields of privacy, First Amendment, and information law. His recent work explores the complex relationships between free speech and privacy in cyberspace.

Professor Richards’ articles have appeared or are forthcoming in the Harvard Law ReviewColumbia Law ReviewCalifornia Law ReviewVirginia Law Review, and Georgetown Law Journal. His book, Intellectual Privacy, will be published by Oxford University Press in 2014. Professor Richards also co-directs both the Washington University-Cambridge University International Privacy Law Conference and the Washington University Free Speech Conference. Professor Richards is a recipient of the Washington University student body’s David M. Becker Professor of the Year Award.

Prior to joining the law faculty in 2003, he practiced law in Washington, D.C. with Wilmer, Cutler, and Pickering, where he specialized in appellate litigation and privacy law. He is also a former law clerk to Chief Justice William H. Rehnquist, and Judge Paul V. Niemeyer of the United States Court of Appeals for the Fourth Circuit. More recently, he successfully represented a St. Louis fantasy sports company in high-profile litigation against Major League Baseball. He was the inaugural Hugo Black Fellow at the University of Alabama Law School and a Temple Bar Fellow with the Inns of Court in London.




Nilu Satharasinghe

Nilu Satharasinghe is CTO of Sparrho, a recommendation engine for scientific content. We focus on connecting our users to the latest scientific content they need to see. People have the ability to make non-linear connections. When combined with others and amplified by technology they become exponentially more valuable. We do this by processing free-to-read information such as RSS feeds and HTML. We analyse this publicly available content in order to draw connections between it and our users.

Our interest in TDM is pragmatic, we are concerned about the added complexity that increased licensing brings. Restrictions hinder our ability to analyse sufficient data to be useful. Furthermore requesting license permission can be a difficult and time consuming process, let alone trying to determine who the license holders are. We believe the right-to-read is the right-to-mine. Our machines are simply reading content and making notes. This could be done by hand, though doing so for a reasonable dataset would take decades. Providing purely non-commercial exceptions is insufficient as in science the two are not mutually exclusive. Commercial resources aid in funding academic efforts which in turn can often lead to further commercialisation. This increase in business risk can force SMEs to consider relocation in order to survive.



Alek Tarkowski

Alek Tarkowski is Director of Centrum Cyfrowe Projekt: Polska, a think-and-do-tank building a digital civic society in Poland. Public Lead of Creative Commons Poland, the Polish branch of the global organization promoting flexible copyright models for creators, for which he also works in the individual capacity of a European Policy Advisor. Member of the Polish Board of Digitisation, an advisory body to the Polish Ministry of Administration and Digitisation. Member of the Administrative Council of Communia, a European association supporting the digital public domain. Vice-Chairman of the Polish Coalition for Open Education (KOED).In 2007-2011 member of the Board of Strategic Advisors to the Prime Minister of Poland, responsible for issues related to the development of digital society. Co-author of the report “Poland 2030” and the Polish official long-term strategy for growth. Centrum Cyfrowe is in Poland one of the key organisations advocating for copyright reform and open policies. Our particular focus is on reforms that support public interest goals, for education, libraries or research.

I have been involved for the last several years in policy debates on open education, open science, and copyright reform, both in Poland and in Europe (through Communia and the Copyright for Creativity coalition). My particular focus is on open policies for education, science and culture – and on policy approaches that seek general solutions to the issue of availability of content. I was involved, on behalf of Communia, in the TDM Working Group during the Licenses for Europe process. I am interested in policy approaches that combine support for open policies with copyright reform efforts (as demonstrated in the Creative Commons statement on copyright reform, which I co-authored). I consider TDM important as it is an issue that can be approached from both of the abovementioned perspectives; in light of a strong case for new exceptions and limitations for TDM; and as an argument for the need of strong, free licensing of content in face of a lack of such exceptions.



Staffan Truvé

Staffan Truvé has helped launch more than a dozen software companies, including Spotfire (now part of Tibco), Appgate (now part of CryptZone), Axiomatics (secure, role based access control), and Recorded Future (threat intelligence). In 2009, he co-founded Recorded Future, a pioneer in web intelligence. The company currently employs 45 persons in the US and Sweden and is funded by Google Ventures, Atlas Venture, Balderton, IA Ventures and IQT. The company’s goal is to organize the web for analysis, by doing linguistic analysis and allowing for quantitative and trend oriented studied of web content, as well as enabling predictive analytics. From 2005-2009, he was CEO of the Swedish Institute of Computer Science (SICS), and Interactive Institute, managing an organization of about 200 researchers. From 1994 to 2003, he worked as CEO of CR&T, a Swedish research-oriented consulting company and technology incubator. Prior to that (1992-1994), he was Chief Architect at Carlstedt Elektronik, developing a novel computer system for distributed real time systems. He holds a PhD in computer science from Chalmers University of Technology. He has been a visiting Fulbright Scholar at MIT and holds an MBA from Göteborg University. His research interests include parallel and distributed computing, computer architecture, compilers, computer vision, natural language processing, information visualization, and open source intelligence.



Benjamin White

Benjamin White, IFLA. The International Federation of Library Associations and Institutions (IFLA) is the leading international body representing the interests of library and information services and their users, with over 1500 members in 150 countries. It is the global voice of the library and information profession, and is dedicated to promote the highest standards of library and information provision. As part of this mission, and in particular through the workings of its Copyright and Legal and Other Legal Matters Committee IFLA understands the importance of ensuring that copyright and related laws reflect how information can be used as technology changes. As the building blocks of knowledge and freedom of expression it is vital that facts and data can be freely reused by the many differing societal and economic groups who use the services of libraries.



ALL INDIVIDUAL SIGNATORIES

Below you will find the names of all individuals who have signed The Hague Declaration on Knowledge Discovery in the Digital Age.


Aanya Roennfeldt, University Of Technology, Sydney, Library

Aaron Vazquez, Académica

Achintya Rao

Adrienne Reid, University of Technology, Sydney

Agustín Labaronnie

Ahmed Maher Refaey

Akash, National Law University Delhi

Akiko Nakagaki

Alain Marois

Alan Cox, Free Software Developer, Linux Project

Aldo Benhumea Peña

Alen Vodopijevec, Ruđer Bošković Institute

Alessandra Ensoli, ISPRA (Istituto Superiore per la Protezione e la Ricerca Ambientale)

Alessandro Pierno, Marketing Manager at Firenze University Press, Università di Firenze

Alex Petrie

Alice Winn

Alicia F. Gómez

Alicia Ocaso, Asociación de Bibliotecólogos del Uruguay, ABU

Amadeu Pons

Amanda Wakaruk

Aming Shi

Amy Buckland, Institutional Repository Manager, The University of Chicago

Ana Sanllorenti, Facultad de Ciencias Exactas y Naturales, Universidad de Buenos Aires

Anči Leburić, University of Split, Faculty of Philosophy

Andras Holl, Deputy Director-General (IT), Library and Information Centre, Hungarian Academy of Sciences (MTA)

Andreas Antic

Andreas Degkwitz, Director, University Library of Humboldt University of Berlin

Andreas Drakos

Andreas Ferus, Academy of Fine Arts, Vienna

Andreas Leimbach

Andrius Utka

Andy Byers, Ubiquity Press

Andy Mabbett, Pigsonthewing

Angelo Pugliese, BRC Library

Anil Mathew, Founder, Project SMART

Ann L. Starkey

Anna Fragkou

Anna Maria Arcangeli, Università di Verona

Anna Maria Tammaro

Anna Mazgal, Centrum Cyfrowe

Anna O’Neill, University of Chichester

Anna-Liisa Holmström, Lahti University of Applied Sciences

Anne Lehto

Anriette Esterhuysen, Executive Director, Association for Progressive Communications

Anthi Katsirikou

Anton Adrian Zion

Antonella Costanzo, Librarian, Genoa

Antonin Benoit Diouf, Head Librarian, African Institute for Economic Development and Planning

Antonio Gregorio Montes, IES de Ribadeo Dionisio Gamallo

Antonio Scolari, Università degli Studi di Genova

Antti Poikola, Open Knowledge Finland

Anup Kumar Das, Information and Communication Society of India (ICSI)

Anuradha Rai Chowdhury

Aodhán Rilke Floyd, University College Cork

Arianna Becerril

Ariela Netiv

Arthit Suriyawongkul, Foundation for Internet and Civic Culture (Thai Netizen Network)

Arul George Scaria, National Law University Delhi

Ashley M. Richter, Open Access Antiquarianism

Attaluri Srinivasacharyulu, Center for Knowledge Management, Hyderabad

Babette van Alphen

Baden Appleyard, Australian Governments’ Open Access and Licensing Programme (AusGOAL)

Barbara Lison

Bartosz Paszcza

Bastian Greshake, openSNP

Beatriz Benitez, Campus del Baix Llobregat Library, Castelldefels, UPC.

Begoña Cayuela

ben mitchell

Ben Shaw, Technology Training Specialist, Markham Public Library

Benjamin Bober, ABES

Bernard Landry

Bernarda Korez

Bethany Nowviskie

Björn Brembs

Bobana E.G. Badisang, Institute of Development Management, Botswana

Bogusława Lewandowska-Gruszka, Head of Library, Library of the Institute of Fundamental Technological Research of the Polish Academy of Sciences

Bongisa Mlisana

Bozena Michalska, EBIB Association

Bram Zandbelt

Brent Nelson, University of Saskatchewan

Brian Hole, CEO, Ubiquity Press

Bruce Becker, CSIR Meraka Institute

Caio Werneck

Cameron Neylon

Candida D’Avanzo

Carla Colombati, University of Teramo

CarlosLombas

Carme Besson Ribas, Universitat Autònoma de Barcelona

Carmen Aguilar de la Vega, Library Manager, Public Library “Ricardo Palma”

Caterina Sganga, Assistant Professor of Law, Central European University

Cédric Schnyder

Charles Oppenheim, Visiting Professor

Charles Surrano

Cheng Soon Ong, NICTA (National ICT Australia)

Chiara Zara, Università del Piemonte Orientale

CHJ Hartgerink, MSc., Tilburg University

Chris Noone, PHD Student, NUI Galway

Christian Jädicke

Christian Lacroix, Bibliothèque – Université Laval

Christiane Engler

Christoph Hilkerbäumer

Christophe Perales, ADBU

Christopher Barich

Christopher Sampson

Cintia Moreno

Clara Ginther

Clara Rul·lan

Claudia Holland

Claudio Laferla

Connie

Consol Garcia, UPC-BarcelonaTech

Constanze Andel

Cornel Dora, Director, Abbey Library St.Gallen

Dagmar Lasić, National and University Library in Zagreb

Dan North, Project Officer, LIBER Europe

Danae Isis Morales García

Daniel Cherubin, Hunter College, City University of New York

Daniel Huerlimann

Danielle Aloia, Special Projects Librarian, New York Academy of Medicine

Dario Pavić, Researcher, Department of Sociology, Centre for Croatian Studies, University of Zagreb

David Orban, Network Society Research

David Patterson, University of Sydney, Australia

David Prosser, Executive Director, Research Libraries UK

Debora Martarelli

Debra Hanken Kurtz, DuraSpace

Denise Troll Covey, Scholarly Communications Librarian, Carnegie Mellon University

Dev Nambi

Devin Higgins, Michigan State University

Devin Soper

Diana Cocoru, OpenForum Europe

Diana Marat, University of Manitoba

Diane Black

Diane Geraci, Director, Central European University Library

Dianna Jarnet

Dick Kawooya, School of Library and Information, University of South Carolina

Didac Martínez, Universitat Politècnica de Catalunya UPC

Dirk van Gorp

Domi Enders, Open Assembly

Dominic Farace

Dominique Babini

Donald Prochera

Donat Agosti, Plazi

Dragos Savu

Dunja Seiter-Sverko, National and University Library in Zagreb

Eduardo Fox, UNIL / DEE

Edward Ebden

Edwin Montoya, Universidad EAFIT, Colombia

Eeva Nyrövaara

Egon Willighagen, Maastricht University

Eirini Panou, Hebrew University of Jerusalem

Eise van Maanen

Elena Lázaro

Elena Michelagnoli

Eleni Mouskeftaropoulou, American College of Thessaloniki

Eleni PANAGOU

Eleonora Sirsi, University of Pisa

Elijah Scott, Georgia Highlands College

Elizabeth Seiver

Ella Kok-Majewska, Regionaal Archief Rivierenland

Ellen Newell, Wilkes University, Pennsylvania

Eloy Rodrigues, Universidade do Minho

Else M. Wischermann, Universitätsbibliothek Kiel

Emanuele BARBAROSSA

Emilia Perassi, Professor, Università degli Studi di Milano

Enezio E. de Almeida Filho

Enric I. Canela, Universitat de Barcelona

Erin C. McKiernan, Wilfrid Laurier University

Ernest Abadal

Ernest Abadal, Faculty of Library and Information Science, University of Barcelona

Eva Méndez, School of Information and Library Science, University Carlos III of Madrid

Ewa J. Krysiak

Fabrizio Bertoli, University of Verona

Fabrizio Borin

Falk Reckling, Austrian Science Fund

Federico Morando, Nexa Center for Internet and Society

Fernando Fernandez, Professor of English, French and ICT, Universidad Surcolombiana

Fernando Lopez, CAICYT-CONICET

Flor Elisa Trillo Tinoco

Frances Groen, McGill University

Francine Turmel

Franco Bressan, Verona University

Franco Chilese, Biblioteca Frinzi, Verona

Francois CAVALIER

François Renaville, Systems Librarian, University of Liege Library

Frank Huysmans, Professor of Library Science, University of Amsterdam

Frans Jozef Goossens

Frans Lettenström

Frederick Zarndt, Global Connexions

Friedel Grant, Communications Officer, LIBER Europe

Friedemann Lämmel

Gaboikanngwe G. Maphakwane, Senior Librarian, University of Botswana

Gabriel Landesman, Librarian, Instituto Superior del Profesorado “Dr. Joaquín V. González”

Gabriella Guastamacchia, Politecnico di Bari, Italy

Gaetana Cognetti, Regina Elena National Cancer Institute

Gbadamosi John, Programme Officer, Media Rights Agenda

Gemma Gairin, Universitat de Barcelona

Geralda van der Es, SPRESSO

Gerhard Lauer

Gerjon Ikink

Giacoma deFrancesco, Politecnico di Bari

Giangiacomo Mercatali

Giovanna Bascia, Universita del Salento

Gloria Gonzalez, Zepheira

Gonzalo Villarreal, PREBI-SEDICI, Universidad Nacional de La Plata

Gordana Ramljak, Sestre milosrdnice University Hospital Center, Zagreb, Croatia

Graeme Slaght

Graham Steel, Community Manager, Content Mine

Guido Abbattista, Professor, University of Trieste

Gultekin Gurdal, Izmir Institute of Technology

Gustaf Nelhans, University of Borås

Gwen Franck, Creative Commons/EIFL

Gwilym Lockwood

H. Freeman, Retired Teacher Librarian

Hala Essalmawi, The Library of Alexandria

Hannelore Vanhaverbeke

Hannes Lowagie, Royal Library of Belgium

Hans van der Windt

Hans-Georg Becker, TU Dortmund University, University Library

Harris Moysiadis

Heather Joseph

Heather Piwowar, Impactstory

Heidi Laine, Doctoral Candidate, University of Helsinki

Helén Palm, Sollefteå kommun, Sweden

Helena Laaksonen, Finnish Social Science Data Archive

Helena Patrício, Biblioteca Nacional de Portugal

Herbert Staub, Bibliothek Information Schweiz BIS

Hilde Klein

Hiski Kippo, Senior Technical Officer, Commonwealth Scientific and Industrial Research Organisation (CSIRO)

Horacio Gómez Rey, Gómez del Real Abogados

Hywel Arnold

Ian Ross

Ian Waring, Director, Software Enabled Services Ltd

Ignasi Labastida i Juan, Head of the Research Unit, CRAI Universitat de Barcelona

Ignasi Pasto

Igor Zemljič

Iman Ibrahim, Ahfad University for Women

Imma Subirats Coll, Information Management Officer, Food and Agriculture Organization of the United Nations

Ina Smith, Academy of Science of South Africa

Ines Amboage, USC

Ines Banjari, University of Osijek, Faculty of Food Technology, Department of Food and Nutrition Research

Ines Grund, Leibniz-Institut für Europäische Geschichte, Mainz, Germany

Inger Garbers, Crawford College La Lucia

Irene Delikoura

Irina Razumova, NEICON

Isabel Brouwer, Leiden University Libraries

Iuliana Botezan, Complutense University of Madrid

Ivana Galzina, ‎Librarian at International Centre for Underwater Archaeology, Zadar

Jaana Lindroos

Jacinta Sutton, State Library of Queensland

Jack Park

Jadran Lenarcic, Jozef Stefan Institute

Jadranka Stojanovski, University of Zadar / Rudjer Boskovic Institute

Jakes Rawlinson, Public Health, University of Limpopo

Jakub Mráček, Gymnázium Teplice

James Kerin, Cairn Research Ltd

James Till, University of Toronto

Jan Dvořák, Charles University in Prague, Institute of Information Studies and Librarianship

Jan Kozłowski

Jan Porvaznik, Centurinno

Jan Sandink, BCU Lausanne

Jan Velterop

Jane Van Balen, University of Technology Sydney

Janet Wilkinson, Director of The John Rylands Library, The University of Manchester

Jarmo Saarti, The Finnish Research Library Association (STKS)

Jason Priem, Impactstory

Javier Ramirez Iglesias

Jay Knispel

Jean-Claude Guédon

Jean-Claude Guédon, Université de Montréal

Jean-Fred Fontaine, Genomics and Computational Biology, Kernel Press UG (haftungsbeschränkt)

Jean-MarieCarlig, Université du Luxembourg

Jennifer Molloy, University of Cambridge

Jens Mittelbach

Jeroen Wilms

Jeronimo Roure

Jesús Tramullas, Library & Information Sciences, University of Zaragoza

Jiang Min Zhang, Max Planck Institute

Jim Carlig

Joachim Bibuli

Joachim Schopfel, University of Lille 3

Johanna Ilmakunnas

John Akeroyd, UCL/Ciber

John Ball, University of Oxford

John McKiernan

John McNaught, Deputy Director, National Centre for Text Mining, University of Manchester

John Steenwinkel, University Library Erasmus

John Willson Crafford

John Wu

Jonathan Gray, Director of Policy and Research, Open Knowledge

Jonathan Tennant

Joona Koiranen, Lappeenranta University of Technology, LUT

Jörg Prante, Cologne, Germany

Jorge A. Sierra Canduela, Wikimedia España

Jorge Mauricio Escobar, Universidad Autónoma de Occidente

Josefa Romero Martinez, Universidad de Murcia. Biblioteca

Josefina Reyes, Colegio de Bibliotecarios de Chile

Joseph Kraus, University of Denver

Jovan Shopovski, President, European Scientific Institute (ESI)

Joyce Heckman

Juan Carlos Miguel, The Basque Country University

Juan Pablo Puentes

Judith Scammell, St George’s, University of London

Jure Triglav

Jurgita Levickiene, Library of Mykolas Romeris university

Jyh-An Lee, The Chinese University of Hong Kong

K. Jane Burpee, University of Guelph, Ontario

Kamel Belhamel

Karen Yook

Karla Alexander, University of Saint Francis, Fort Wayne, IN

Karla Headon

Kate Cummings, Luzerne County Community College

Katharina Beberweil

Katie Foxall

Katya Henry

Kayleigh Bohémier, Yale University Library

Kazimierz Szufnik

Keijo Hämäläinen

Keith Bradnam

Keith Webster, Carnegie Mellon University

Kent Finlayson

Kerstin Forsberg, AstraZeneca

Kevin Racine

Kim Holmberg, Research Associate, University of Turku

Kim Salamonson, Hastings District Libraries

Kirill Degtyarenko

Klaas van der Veen

Klawa Koppenol

Konsta Happonen, University of Oulu

Konstanze Söllner, Friedrich-Alexander University Erlangen-Nürnberg (FAU)

Kostas Repanas, A-STAR

Kristiina Hormia-Poutanen, President, LIBER Europe

Kyle K. Courtney, Copyright Advisor, Harvard University

Lassi Kaleva

Lassi Lager

Laura Czerniewicz, Director, University of Cape Town

Laura Furri, Verona

Laura Tallandini, University of Padova, Italy

Laurent Gatto, Computational Proteomics Unit, University of Cambridge

Lee J. Li

Letha Kay Goger, MA, MLIS

Lia Ollandezou, Librarian, Aristotle University of Thessaloniki

LINDILE I

Lisa Kietzer

Lisa Redlinski

Liz Allen

Loredana Niculae

Lorenzo Burti, University of Verona

Lorraine Johnston

Lothar Nunnenmacher

Luca Tenconi, Università Piemonte orientale

Luciano Miranda, Professor in Political Science and Communications, Federal University of Santa Maria

Lucie Guibault, Associate Professor, Institute for Information Law, University of Amsterdam

Luisa Vigo-Cepeda, Association of Caribbean University, Research and Institutional Libraries

Luka Jakopcic, Recider projekt Ltd.

Lutz Diener

Lynda Gadoury, UQAM

Maarten Brinkerink

Magdalena Gomulka, Librarian, Silesian Library

Magdalena Nigoević, University of Split

Magdalena Szuflita, Gdansk University of Technology, Poland

Makhamisa Senakane

Mal Booth, University of Technology, Sydney

Mamidi Koteswara Rao, University of Hyderabad

Manuel Loyola, Universidad de Santiago de Chile

Marc Vanholsbeeck, Université Libre de Bruxelles

Marco Scialdone

Marcus P. Zillman, Virtual Private Library

Marek Niezgódka

Margaret Warren, State Library of Queensland

Margarita Caicedo, La Trobe University

Margot Vanfleteren, Marjore

Maria Cana, Universidade de Santiago de Compostela

Maria Cassella, University of Turin

Maria Chiara Pievatolo, Professor, Università di Pisa

María del Carmen Martín Marichal, Biblioteca de la Universidad de Las Palmas de Gran Canaria

Maria Eduarda Pereira Rodrigues, Instituto Politécnico de Castelo Branco

Maria Gabaldo, Università degli Studi di Verona

Maria Giovanna Pontesilli

Maria Haanpää

Maria José Gallinad Ferrer

Maria Manuel Borges

Maria Mazzucato, Biblioteca di Area Umanistica – Università Ca’ Foscari Venezia

Maria Ntaountaki, Library Director, Technical University of Crete

Maria Sidor, College of Social and Computer Sciences- Wyższa Szkola Biznesu – National-Louis University, Nowy Sącz, Poland

Mariacristina Marangon, Università Ca’Foscari Venezia

Marian Clarke, LaGuardia and Wagner Archives, CUNY

Marian Lefferts, Executive Director, CERL

Marie Farge, École normale supérieure, Paris

Marieke Guy, Project Co-ordinator, Open Knowledge

Marijana Glavica, Librarian, Faculty of Humanities and Social Sciences, University of Zagreb

Marina Mihalić

Marina Tišljar, Poultry Centre, Croatian Veterinary Institute

Marisa Rodriguez, University of Technology, Sydney

Mariyana Mirich, TAFE Western, NSW, Australia

Marja Kokko

Mark Camilleri

Mark Gibson

Mark Hahnel

Mark Patterson, eLife

Mark Sullivan, IDS Project

Mark Swartz, Queen’s University, Ontario

Marta Segarra, Universitat de Barcelona

Martin Forssén, Recorded Future

Martin Gould

Martin Krallinger

Martin Svoboda

Martyno Mazvydo

Mary Anne Kennan, Charles Sturt university

Mary Joan Crowley, Sapienza University of Rome

Mashroofa Mohamed Majeed, South Eastern University of Sri Lanka

Mate Kosor, University of Zadar

Mathilde Panes, Information Specialist, University Hospital of Lausanne

Matt Kuhns

Matteo Giuliari, Università degli Studi di Verona

Matthew Baker

Matthew Barrett

Matti Pitkälä, National Library of Finland

Maurizio Lana, Università del Piemonte Orientale

Mboa Nkoudou Thomas Hervé

Megan Sapp Nelson, Associate Professor, Purdue University Libraries

Mehmet Ötürk

Melanie Dulong de Rosnay, CNRS

Melanie Imming, Imming Impact

Melissa McCarthy

Mencarelli Cristina

Menno den Engelse

Menno Stigter

Michael Cysouw

Michael Kovacs

Michael Soo, University of Technology Library, Sydney

Michael Svendsen, Copenhagen University Library

Michaela Rossini

Michał Starczewski, University of Warsaw

Michele Passalacqua, Politecnico di Bari, Italy

Miika Nurminen

Mikael Laakso, Hanken School of Economics, Helsinki, Finland

Mike Taylor

Mikhail Shklyarevsky

Milijana Micunovic, Faculty of Humanities and Social Sciences, University of Osijek, Croatia

Minna Niemi-Grundström

Mmaditshipi Seageng, The National School of Government, South Africa

Mohamed Hefnawy, EGPL

Mohammed Albraithen, Washington University

Mosunmola Oladapo, Legal Officer, Media Rights Agenda

Muhammad Naeem Khan, University Brunei Darussalam

Nancy Pontika, CORE

Naoyuki Tsunematsu, Japan Science Technology Agency

Natalia Manola, Project Director, OpenAIRE

Nathalie Gauthier

Nathan Bowen, Assistant Professor, Clark Atlanta University

Nathan Cantley

Neil Richards, Professor of Law, Washington University School of Law

Nevenka Antic, Creative Commons Serbia

Nicklas Forss

Nicolaie Constantinescu, SPARC Europe

Nicolo Zingales, Tilburg University

Nikolaus Hamann, Arbeitskreis kritischer Bibliothekarinnen und Bibliothekare (KRIBIBI)

Nina Trankova

Nomsa Mathabela, Swaziland Library Association

Nora Schmidt, Open Access Office, Vienna University Library

Nuria Llobregat Gomez

Olaf Brandt, Universität Tübingen

Oleg Lavrovsky, Datalets

Olga Kudriavtseva, DRPBK

Oriana Bozzarelli, Universita di Torino

Outi Vaattovaara, Lapland University Consortium Library

Owen Blacker, Board Member, Open Rights Group

Pål Magnus Lykkja, University Library of Oslo

Paloma Marín Arraiza, TIB/UB

Panagiota Kaloudopoulou

Paola Gargiulo, Technologist, Cineca

Paola Ramírez

Paolo Sartorelli

Pascal Christoph, HBZ

Patricia Stott

Patrick Herron, Duke University

Paul Jones, University of North Carolina

Paul Messer, Percolab

Paul Pival

Paul Thomson

Paula Callan

Paula Morais

Paweł Nowak

Pedro Príncipe, University of Minho

Penelope Kelley, Southold Free Library

Per Öster

Peter Flynn

Peter Murray-Rust, Reader Emeritus (Chemistry), University Of Cambridge

Peter Phillips, Durham University

Peter Southwood, Southern Underwater Research Group

Peter Stanchev, Institute of Mathematics and Informatics, Bulgarian Academy of Siences

Peter Suber, Director of the Harvard Office for Scholarly Communication and the Harvard Open Access Project, Harvard University

Phila Mfundo Msimang

Philip Abbott, la Trobe university

Philip Shapira

Philip Worthington, Victoria University of Wellington Library

Philip Young, Scholarly Communication Librarian, Virginia Tech

Philipp Wiemann

Pierluigi Feliciati, Università di Macerata, Italy

Pierre Naegelen

Pierre-Carl Langlais

Pilar Dellunde

Pilar Toro Sánchez-Blanco, Regional Health Government of Andalusia

Pinar Öztürk, Associate Professor, Norwegian University of Science and Technology

Pippo Pasticcio

Plamen Mateev

Priscilla Radikgomo, Gaborone Technical College, Botswana

Puneet Kishor, Independent Consultant

Pura Centeno, CITec, Natural Sciences Faculty, RRP, UPR

Qiang Zhu, Peking University Library

Quang Vo

Radmila Schneider

Raija Loytola, Tritonia Academic Library, Finland

Ramesh C Gaur, University Librarian, Jawaharlal Nehru University, New Delhi, India

Raymond Bérard, Director, l’Inist-CNRS

Rebecca Akita, Resident Librarian, George Padmore Research Library on African Affairs, Ghana Library Authority

Reginald Olson

Reme Melero, Researcher, CSIC

René Paré, MAD emergent art center

Richard de Satge, Phuhlisani

Riyadh Al Balushi, SOAS, University of London

Robert Davey, Group Leader, The Genome Analysis Centre

Robert Schuwer, Fontys University of Applied Sciences, School of ICT

Roberto Caso, Associate Professor of Comparative Law, University of Trento

Roberto Moia

Robin Wilson

Rodrigo Lopez-Pablos, UNLM/UTN

Roger Zender, Case Western Reserve University

Roland Weller, Helmholtz Centre for infection research (HZI)

Ronald Rousseau

Ros Bell

Ross Mounce, Natural History Museum, London

Ruben Arslan

Rudolf Mumenthaler, Swiss Institute for Information Science, Chur

Rumi Graham

Ryan Jessurun, Noticias.nl

S. Corrao, School of Medicine, University of Palermo

Salima Rehemtula, Universidade Nova de Lisboa

Sally Scholfield, University of Technology, Sydney

Sami Niinimäki

Samir Hachani

Sanja Reiter

Sara Paoloni

Sara Rodríguez Marín, FreeDeLibre

Saskia C.J. de Vries, Sampan

Saskia Scheltjens, Faculty Librarian, Ghent University Faculty Library of Arts & Philosophy

Schuyler Lindberg, UBC

Scott Abbott, University of Technology Sydney

Scott Edmunds, GigaScience

Sebastian Nix

Sebastien Daniels, SAF Visual

Serge Balaes

Sharlene Scobie

Sharon Gamble

Sheizaf Rafaeli

Sherridan Lee

Sidor Maria, College of Social and Computer Sciences- WyWyższa Szkoła Biznesu – National-Louis University, Nowy Sącz, Poland

Simon Hodson

Simona Jovanovic

Slobodan Radicev, Doktoranti Srbije

Sofia Leung

Sofie Wennström

Sokoveti Tuimoala, READ Fiji Project

Sophia Ananiadou, University of Manchester, National Centre for Text Mining

Sören Sjölander, Chalmers

Sridhar Gutam, Indian Council of Agricultural Research

Stacey Erdman, Digital Collections Curator, Northern Illinois University

Staffan Truvé, Chief Technology Officer, Recorded Future

Stavri Pitta, Librarian, University of Cyprus Library

Stefan Caliniuc, Alexandru Ioan Cuza University of Iași

Stefania Biagioni, CNR Institute of Information Science and Technologies “A. Faedo”

Stefanie Haustein, Université de Montréal

Stephan Kuster

Stephanie Dawson

Stéphanie Simon

Stephanie Volkens, State Library of NSW

Stephen A Bowman, University of Chichester

Stevan Harnad, Canada Research Chair in Cognitive Sciences, Université du Québec à Montréal

Steve Newman

Strupler Nehemie, University of Strasbourg

Stuart Chalk, University of North Florida

Stuart Lawson, Jisc

Susan Reilly, Executive Director, LIBER Europe

Susana Escalante Durán, Instituto Cervantes

Susanna Fernández, UPC

Susmita Chakraborty, University of Calcutta

Suzana Sukovic

Suzanna B Simor, Queens College / City University of New York

Suzanne Jouguelet

Suzanne Payette, Bibliothèque de Brossard

Sylvie Vullioud, Scientific Information School (SIS)

Sytske Weidema

Tamar Zeffren

Tanja Panadit Clausen, AAU

Teresa MacGregor, Carnegie Mellon University in Qatar

Tetiana Yaroshenko, National University of Kyiv Mohyla Academy

Theo Kuechel

Theo S., Eye Share Data

Thierry Sanzhie Bokally, Africa Governance Institute

Thomas Hapke, University Library, Hamburg University of Technology

Tihomir Marjanac, Department of Geology, Faculty of Science, University of Zagreb, Croatia

Tiina Tolonen

Tobias Blanke, Director, DARIAH

Tom Olijhoek, Directory of Open Access Journals (DOAJ)

Tom Swaak

Tom Taaffe, Locum Pharmacist, Ireland

Tomi Klapec, Faculty of Food Technology, University Josip Juraj Strossmayer of Osijek, Croatia

Tomi Rosti

Tomislav Silic, Zagreb City Libraries, Croatia

Tommi Kutilainen

Tonka Stoyanova

Tony Hernández-Pérez, University Carlos III of Madrid

Tony Ross-Hellauer, OpenAIRE2020 Scientific Manager, State and University Library Goettingen

Tracy Thompson

Ugo Okoli

Ui Ikeuchi

Ursula Helmkamp

Valentino Cavalli

Vanda Feller

Vanessa Little

Vanessa Tuckfield

Vasilis Karkatzounis

Vassilis Protonotarios, Agro-Know

Veerle Solia, Amsab-ISG

Veikko Saksi, Pro Karelia ry

Viatcheslav Britchkovski, National Library of Belarus

Victor Aguirre Negro

Victoria Estrada, New Media Consortium

Ville Tenhunen

Vincenzo Palatella, IMD

Virginia Barbour

Visnja Novosel

Vojtech Sedlak, OpenMedia

Wietske Donkersloot

Willi Egloff, Advo Complex

Wolf Thandoy

Wolter van de Wetering

Xavier Satorra, The Visual Suspects

Xiaogang Ma, Rensselaer Polytechnic Institute

Xiaolin Zhang

Yasar Tonta, Professor, Hacettepe University Department of Information Management

Yolane Maury, Senior Lecturer, Lille 3 University

Yves Otis, Percolab

Zakir Thomas

Zoltán Páll, Information Specialist / Librarian, Library and Information Centre of the Hungarian Academy of Sciences

Zoran B. Živković, Niš University Library “Nikola Tesla”

Zoran Bekić, SRCE – University computing center University of Zagreb


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ALL ORGANISATIONAL SIGNATORIES

Below you will find the names of all organisations which have signed The Hague Declaration on Knowledge Discovery in the Digital Age.


READ Fiji Project

UKB

WEB


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CASE #3 – COnnecting REpositories (CORE)

‘In many cases we are required to mine the full-text content in order to determine the licence of the content. The licence is typically not provided as part of the metadata. We are currently depending on the recent UK Copyright Exception for text-mining to do so, but a European-wide approach would be helpful.’

Petr Knoth
KNOWLEDGE MEDIA INSTITUTE, Open University

COnnecting REpositories (CORE) is a not-for-profit service run by the Knowledge Media institute, Open University. Our research into aggregating and text-mining of research papers, supported by a range of funders including Jisc and the European Commission, has resulted in the creation of a platform with a number of applications built on top of it, providing benefits to a range of stakeholders and the general public.

CORE contains over 20 million open access research papers from worldwide repositories and journals and is used by over 90,000 unique visitors every month. By processing both full-text and metadata, CORE serves three communities:

  1. Developers, text-miners, scientometricians and others who need large-scale machine access to research papers.
  2. Researchers and the general public who need better, free access to research literature.
  3. Funders and government organisations needing to discover scientific trends and evaluate research impact.

As part of its work, CORE uses text and data mining methods on its aggregated papers in order to:

  • Extract information from research papers, including basic and advanced metadata, citations and unique identifiers.
  • Recommend content of related research papers.
  • Match papers to patents, funding opportunities and open courses to support a range of stakeholders.
  • Mine the licence of research papers to determine if they are compatible with the open access definition.
  • Support scientific knowledge discovery by improving access to research literature.
  • Categorise papers to determine the subject class and allow the monitoring of research trends.

Download the full case study.