Skip to main content

Privacy and Data Protection, WWF (World Wildlife Fund)


Privacy and Data Protection, WWF 

World Wildlife Fund








At WWF-UK we take the privacy of our members and supporters very seriously and we are committed to protecting your privacy online.
This statement explains the privacy and the data protection practices which apply to all websites operated by WWF-UK (registered charity no. 1081247 in England and no. SC039593 in Scotland) and to its trading company WWF-UK (World Wide Fund for Nature) Trading Limited (company number 892812) both of The Living Planet Centre, Brewery Road, Woking, Surrey, GU21 4LL. It also applies to their use of text messaging. A link to this Policy is available from all websites which it applies to.

In this Policy references to WWF-UK or to "we" or "us" are to the WWF-UK charity and its trading company.

Our aim is to safeguard our users' privacy whilst providing a personalised and valuable service. Collecting personal information is necessary if we are to satisfy the expectations and requirements of our users, e.g. by communicating with them and providing an interactive service. We appreciate that you do not want the personal information you provide to us distributed indiscriminately and here we explain how we collect information, what we do with it and what controls you have.

WHAT INFORMATION DO WE COLLECT?

We collect two kinds of information about our users:

a. non-personal information such as IP address (the location of the computer on the internet), pages accessed and files downloaded. This helps us to determine how many individuals use our sites, how many people visit on a regular basis, which pages are most popular, and which pages are least popular. This information doesn't tell us anything about who you are or where you live, it simply allows us to monitor and improve our service.

b. personal information such as name, postal address, telephone number, e-mail address, date of birth (where appropriate), card or bank details, information about your interests and hobbies etc. We collect this information only in connection with specific activities, such as registration or membership requests, product purchases, feedback, donations, competition entries etc. The information is either needed to fulfil your request or to enable us to provide you with a more personalised service by analysing or reviewing the information that you provide to ensure that we give you access to or send you the information that you are interested in. You don't have to disclose any of this information to browse our sites. However, if you do choose to withhold requested information, we may not be able to provide you with certain services.

HOW IS THE INFORMATION USED?

Any personal data relating to you will be used and recorded by us in accordance with current data protection legislation and this Privacy Policy. We will use the information you provide to:
  • fulfil your requests, for example applications for membership, donations or animal adoptions, competition entries, participation in campaigns and provision of information;
  • process sales transactions, donations, or other payments and verify financial transactions;
  • handle orders, deliver products and communicate with you about orders;
  • identify contributors;
  • provide a personalised service to you when you visit our websites e.g. by customising the content and/or layout of our pages for each individual user;
  • record any contact we have with you;
  • prevent or detect fraud or abuses of our websites and enable third parties to carry out technical, logistical or other functions on our behalf;
  • in aggregate (and therefore anonymously) to profile your use of the websites and carry out research on our users' demographics, interests and behaviour to help us gain a better understanding of how our users navigate and use the websites, and to enable us to improve our service to you; and
  • provide you with information which we think may be of interest to you, as explained below.
  • We collect data in real time in order to send you operational assistance emails in case your transaction is not completed.
As well as using personal information to fulfil requests, we also like to keep our supporters informed about WWF-UK's activities, campaigns appeals membership and adoption opportunities and promotions or about updates to our sites and the activities of our commercial arm/trading company WWF-UK Trading Ltd. From time to time we also share personal information with other like-minded organisations, but we will not share your information if you have indicated that you do not want us to do so (see next paragraph). In addition, we sometimes contact our supporters with offers from companies that benefit WWF-UK and may be of interest. In some cases we work with a company on a promotion to raise funds for WWF-UK, such as our WWF credit card, and may pass your information to that company so that they can contact you about the promotion.

By entering a WWF-UK competition you will generally be agreeing to receive mailings, emails or text messages from WWF-UK but have the right not to receive this information. In other situations, when submitting your personal information, you will be given the option not to be included in mailings or other contacts from WWF-UK or other organisations (whether by post, e-mail or other electronic messaging, telephone or fax). If you do agree to receive this information (whether by entering a competition or otherwise), and later decide that you no longer wish to be contacted, you can let us know by e-mailing: supporterrelations@wwf.org.uk, or by telephoning 01483 426333.

If we contact you by email or text message, each time you receive a message you will also have the option to decline to receive further information from us in that manner.

We may use other companies to provide services on our behalf, including packaging, mailing and delivering purchases, answering customer's questions' about products or services, sending postal mail, e-mails and text messages, analysing data and processing credit card payments. We will only provide those companies with the information they need to deliver the service and they are prohibited from using that information for any other purpose. We require all such companies to treat your personal information as fully confidential and to fully comply with all applicable UK Data Protection and consumer legislation.

We may disclose aggregate statistics about our site visitors, customers and sales in order to describe our services to prospective partners, advertisers and other reputable third parties and for other lawful purposes, but these statistics will include no personally identifying information.

We may disclose personal information if we receive a complaint about any content you have posted or transmitted to or from one of our sites, if required to do so by law or if we believe that such action is necessary to protect and defend the rights, property or personal safety of WWF-UK, its sites or its visitors.

Except as indicated above we will not use or transfer this data to any third parties without your prior permission.

DOES WWF-UK COLLECT INFORMATION ABOUT CHILDREN?

Every year, children take part in a range of important activities for WWF-UK. To ensure safety and to keep an accurate record of attendance, participants in these events are required to register with us. When children register for these events through our website, their personal information is stored on our database, and we contact them from time to time to tell them about future events. However, it is our policy not to request donations or subscriptions nor to accept product orders from anyone under 18. If you are under 18 you must also obtain your parent or guardian's permission before you register with us.

LINKS

Our sites contain links to other sites. We cannot be responsible for the privacy policies and practices of other websites even if you access them using links from our websites and recommend that you check the policy of each site you visit.

In addition, if you linked to our websites from a third party website, we cannot be responsible for the privacy policies and practices of the owners or operators of that third party site and recommend that you check the policy of that third party site and contact its owner or operator if you have any concerns or questions.

SECURITY

We place great importance on the security of all personally identifiable information associated with our supporters, customers and users. We have security measures in place to attempt to protect against the loss, misuse and alteration of personal data under our control. For example, our security and privacy policies are periodically reviewed and enhanced as necessary and only authorised personnel have access to user information. We use secure server software (SSL) to encrypt financial information you input before it is sent to us, and our database is hosted in a secure data centre. Whilst we cannot ensure or guarantee that loss, misuse or alteration of data will not occur, we use our best efforts to prevent this.

USE OF COOKIES

In simple terms a cookie is a small piece of information sent from our website to your computer to help us to identify you quickly. If you prefer not to accept a cookie, you can navigate around our sites like a normal user. Any information gathered by the use of cookies is compiled on an aggregate, anonymous basis.

Cookies are pieces of information that a website transfers to your hard drive to store and sometimes track information about you. Most web browsers automatically accept cookies, but if you prefer, you should be able to change your browser to prevent that. You should read the information that came with your browser software to see how you can set up your browser to notify you when you receive a cookie, this should then give you the opportunity to decide whether to accept it. However, you may not be able to take full advantage of a website if you do so. Cookies are specific to the server that created them and cannot be accessed by other servers, which means they cannot be used to track your movements around the web.

Cookies can be used for a variety of purposes, such as providing personalised pages, but at present, we use them only to work out how many people visit our sites.

Further information about cookies can be found at the Interactive Advertising Bureau's website www.allaboutcookies.org.

AD MANAGEMENT

This site uses pixels, or transparent GIF files, to help manage online advertising. These GIF files are provided by our ad management partner, DoubleClick. These files enable DoubleClick to recognize a unique cookie on your Web browser, which in turn enables us to learn which advertisements bring users to our website. The cookie was placed by us, or by another advertiser who works with DoubleClick. With both cookies and Spotlight technology, the information that we collect and share is anonymous and not personally identifiable. It does not contain your name, address, telephone number, or email address. For more information about DoubleClick, including information about how to opt out of these technologies, go to www.doubleclick.net/us/corporate/privacy.

WHERE IS THE INFORMATION STORED?

Information which you submit via our websites is sent to a computer located in the United Kingdom. This is necessary in order to process the information and to send you the information you have requested. Information submitted by you may be transferred by us to our other offices and to other reputable third party organisations as referred to in this Policy, and these may be situated outside the European Economic Area.

CHANGES

We may make changes to this Policy from time to time. If we change our Privacy Policy we will post the changes on this page. If the change in our Privacy Policy affects the use of your personal information we will use our best endeavours to contact you by email to seek your consent to the use.

YOUR ACCEPTANCE OF THIS POLICY

By using our sites, or by entering a competition, you consent to the collection and use of information by WWF-UK in accordance with our Privacy Policy. If you do not agree to this Policy, please do not use our sites or enter our competitions.

YOUR RIGHTS

Any personal information submitted via our websites or by text is treated in accordance with the Data Protection Act 1998. To find out more about your entitlements under this legislation, visit the Information Commissioner's website: www.dataprotection.gov.uk or read the Act online at: www.hmso.gov.uk/acts/acts1998/19980029.htm.

If you would like to review or revise information you have previously provided to us online, you may do so by emailingsupporterrelations@wwf.org.uk.

You may request details of personal information which we hold about you under the Data Protection Act 1998. A small fee will be payable. If you would like a copy of the information held on you or if you have any questions relating to this Privacy Policy or how we use the personal information we have about you, please write to:

Supporter Relations
WWF-UK
The Living Planet Centre
Brewery Road
Woking
Surrey, GU21 4LL

http://footprint.wwf.org.uk/

Comments

Top 10 post

Reproduction of Deuteromycetes

    F ungi that reproduce asexually (anamorphic fungi ) are either yeasts or Deu-teromycetes. The term "yeast" is descriptive and stands for any fungus that reproduces by budding. Deuteromycetes (Fungi imperfecti, colloquially: molds) is an artificial as-semblage of fungi that reproduce asexually by conidia (conidiospores), either as the only form for propagation (imperfect fungi) or additionally (anamorph) to a sexual reproduction (teleomorph). When both the anamorph and the teleo-morph are known, the fungus is called a holomorph (the whole fungus). The teleomorph may have one (mono-anamorphic) or many (pleo-anamorphic) asexual stages. In other words: Deuteromycetes are the conidia-producing forms of a fungus and may or may not be associated with a teleomorph. Many Deuteromycetes are supposed to have a teleomorph in the Ascomycetes, but they may also have basidiomycetous affinity. Also in the wood-inhabiting Deuteromycetes, the teleomorph often is of ascomycetous a

What shapes the peer review landscape in ecology?

It was great to be discussing the future of peer review with researchers at the recent peer review  panel discussion  organised by the British Ecological Society (BES) at their annual conference in Liverpool last week. Jane Hill (Professor of Ecology at the University of York and Chair of BES Publications Committee) chaired the debate, and we heard from Allen Moore (Editor-in-Chief,  Ecology and Evolution),  Patricia Morse (Managing Editor,  American Naturalist ), Nate Sanders (Senior Editor,  Journal of Animal Ecology ), Andy Robertson (Senior Vice President & Managing Director, Society Services, Wiley) and me. We started with a discussion of ways in which the publishing process could be opened up, with Allen advocating open science principles and pre-registration of research. Nate also shared his experience in the value of “opening up” research online to get people talking and to generate new ideas. Andy Robertson suggested that partnering with services such as  Overlea

Islands

      H ow often have you seen those wonderful advertisements inviting you to have a holiday on a tropical island ( Fig. )What is it about islands, whether in the tropics or polar regions, that suggests romance, excitement and adventure? Is it because of a sense of escape from the pressures and stress of a bustling way of life, or the opportunity to savour sun-soaked beaches, or the adventure of rocky unexplored shores, or perhaps the chance of seeing unique island wildlife? It is for all these reasons that there is a growing tourist industry for many islands around the world. The wildlife of islands, especially oceanic islands , has long been of special significance in biology , ecology , conservation and biogeography. Studies of island species have also been of historical significance for evolutionary biology. Many of the world's islands have high levels of endemic flora and fauna; that is, taxa found only on a particular island and no other place.  Island biota has o

Red Streaking

Red Streaking Red-streaking discoloration (known as "Rotstreifigkeit" in Germany) is one of the most common and important damage in seasoning logs and sawn lumber, occurring only in conifers (spruce, pine, fir) and recognized as a distinct con-dition in continental Europe.  The stripe-shaped to spotted yellow to reddish-brown discoloration extends in logs from both their bark-covered faces and from their cut ends (Butin 1995; Baum and Bariska 2002) . Stems that are not debarked show a rather flat discoloration and debarked stems exhibit a streakier staining (v. Pechmann et al. 1967). Causal agents are several white-rot Basidiomycetes, in spruce particularly Stereum sanguinolentum (Kleist and Seehann 1997) and Amylostereum areola-turn. In south Germany, Amylostereum chailettii is common (Zycha and Knopf 1963; v. Pechmann et al. 1967).  In pine, red streaking is mainly due to Trichap-turn abietinum (Butin 1995). According to Kreisel (1961), S. sanguinolentum and T

Ecosia ; Ecology Search

https://www.ecosia.org/ How it works You search the web with Ecosia.   Ads Search ads generate income for Ecosia.   Ecosia uses this income to plant trees. httpecologicaljournal.blogspot.com Ecosia about video

Bioenergetics

T housands of chemical reactions occur throughout the body during each minute of the day. Collec-tively, these reactions are called metabolism. Metab-olism includes chemical pathways that result in the synthesis of molecules (anabolic reactions) as well as the breakdown of molecules (catabolic reactions). Since energy is required by all cells, it is not sur-prising that cells possess chemical pathways that are capable of converting foodstuffs (i.e., fats, proteins, carbohydrates) into a biologically usable form of energy .  This metabolic process is termed bioenergetics. In order for you to run, jump, or swim, skeletal muscle cells must be able to continuously extract energy from food nutrients. In fact, the inability to transform energy contained in foodstuffs into usable biological energy would limit performance in endurance activities. The explanation for this is simple. To continue to contract, muscle cells must have a continuous source of energy. When energy is not rea

White Rot

W hite-rot research has been reviewed by Ericksson et al. (1990) and Mess-ner et al. (2003). White rot means the degradation of cellulose, hemicellu-loses, and lignin usually by Basidiomycetes and rarely by Ascomycetes, e.g., Kretzschmaria deusta and Xylaria hypoxylon.  White rot has been classified by macroscopic characteristics into white-pocket, white-mottled, and white-stringy, the different types being affected by the fungal species, wood species, and ecological conditions. From microscopic and ultrastructural investiga-tions, two main types of white rot have been distinguished (Liese 1970).  In the simultaneous white rot ("corrosion rot"), carbohydrates and lignin are almost uniformly degraded at the same time and at a similar rate during all decay stages. Typical fungi with simultaneous white rot are Fomes fomentar-ws, Phellinus igniarius, Phellinus robustus, and Trametes versicolor in standing trees and stored hardwoods (Blanchette 1984a).  Wood decay

Soft Rot

The term " soft rot " was originally used by Findlay and Savory (1954) to describe a specific type of wood decay caused by Ascomycetes and Deuteromycetes which typically produce chains of cavities within the S2 layer of soft- and hardwoods in terrestrial and aquatic environments (Liese 1955), for example when the wood-fill  in cooling towers became destroyed despite water saturation, and when poles broke, although they were protected against Basidiomvcetes.  About 300 species (Seehann et al. 1975) to some 1,600 examples of ascomvcete and deuteromvcete fungi (Eaton and Hale 1993) cause soft rot, e.g., Chaeromium globosurn (Takahashi 1978), Hurnicola spp., Lecythophora hoffrnannii, Monodictys putredinis, Paecilornyces spp., and Thielavia terrestris. Soft-rot fungi differ from brown-rot and white-rot Basidiomycetes by grow-ing mainly inside the woody cell wall trate, starting from the tracheidal lumina., by means of thin perforation hyphae of less than 0.5 pm thickne

Antagonists, Synergists, and Succession

                Interactions (reciprocal effects) between wood fungi have been early investi-gated e.g., by Oppermann (1951) and Leslie et al. (1976), and were described in detail by Rayner and Boddy (1988). Antagonism (competitive reciprocal effect), the mutual inhibition and in a broader sense the inhibition of one organism by others, is based on the pro-duction of toxic metabolites, on mycoparasitism, and on nutrient competition.  Antagonisms are investigated as alternative to the chemical protection against tree fungi ("biological forest protection") and against fungi on wood in service ("biological wood protection") (Walchli 1982; Bruce 1992; Holdenrieder and Greig 1998; Phillips-Laing et al. 2003). As early as 1934, Weindling showed the inhibiting effect of Trichoderma species on several fungi. Bjerkandera adusta and Ganoderma species were antagonistic against the causing agent of Plane canker stain disease (Grosclaude et al. 1990). Also, v. Aufseg (197

Growth and Spreading

 Vegetative Growth Simplistically, wood fungi live through two functionally different phases: the vegetative stage for mycelial spread and the reproductive stage for the elab-oration of spore-producing structures. Rayner et al. (1985) extended the development of a fungus in arrival, establishment, exploitation, and exit. The vegetative, asexual stage consists in wood fungi of vegetative hyphae with some specialized forms. The reproductive stage can both occur asexually or sexually (Schwantes 1996). Functional specialization of the mycelium occurs during the vegetative stage: germination, infection, spread, and survival. These functions are correlated with different "fungal organs". Spores (conidia, chlamydospores, also the sex-ually derived asco- and basidiospores) germinate under suitable conditions (moisture, temperature). The young germ hypha first shows some nuclei be-fore the young mycelium grows with septation in the monokaryotic condi( ion. N1ycelial growth takes