Friday 23 November 2012

Responsible Health Care: Acknowledging the relations between Wellbeing and a Healthy Environment










Why is biodiversity essential for a sound quality of life?


Ecosystems are valuable for the goods and services they provide.

Maintaining a healthy environment means preserving essential ecological processes and life-supporting systems also referred as ecosystem services. Preserving species and genetic diversity (biodiversity) is crucial in sustaining environmental qualities essential for productivity.

These functions are however facing various challenges worldwide due to growing human pressures in relation to forestry, agriculture, fisheries, and the exploitation of soil and other natural resources etc.
A monetary valuation may be placed on products from the environment and on ecological processes. It includes the regulation of pest through predators, pollination of commercial crops, regulation of soil fertility, nutrient recycling:

• For instance, wetlands and the species they support act as natural pollution filters, as well as flood and drought buffers.
• In another ways, forests contribute to the carbon cycle (Simbault, 2007).
• All sectors of the economy rely in one way or another on ecosystems. One example is the high value that the service industry might put on natural landscapes, the fauna and flora because of their importance for activities such as tourism.


The Convention on Biological Diversity also supports the argument that the natural world can enrich social welfare in different ways such as through recreational and leisure interests (Kirkby et al, 1995). The EU in particular, presents wildlife as essential to the wellbeing of its citizens (Secretariat of the Convention on Biological Diversity, 2006; BirdLife International, 2007a).

In other terms Biodiversity plays an essential role in maintaining viable and stable ecosystems which are essential for the economical well-being of human communities but also their physical and mental health (O’Riordan, 2000).

Physical and Mental Health Benefits of Nature

Accessible green space has the potential to provide a wide range of physical and mental health benefits, increasing our wellbeing, and reducing health care costs.

Green space in an urban environment can improve life expectancy and decrease health complaints . Natural green space provides opportunities for walking and other activities and is a cheap, sustainable means of preventing public health problems.

Obesity caused by physical inactivity is one of the biggest health risks in the EU. Obesity affects over 200 million people in Europe, including 3 million children . In 99% of cases the overwhelming influence on the increase in obesity is environmental .

An estimated 40% of the EU population are physically inactive, including 10-20% of children in some countries . Inactivity leads directly to serious conditions, such as heart disease and type II diabetes. In the UK, inactivity costs over €11,700 million a year . A lack of safe accessible environments in which children can play and adults can walk is a key factor behind these figures.

Nature not only has been shown to help motivate physical activity , but it also affects our psychological welfare . Depression and depression-related illness are predicted to become the greatest source of ill-health by 2020 . A large number of studies illustrate how nature helps recovery from stress and attention fatigue, and that the mental, physical and socio-emotional development of children may benefit from direct contact with nature.


Health walks, UK
“Health walks” started in south Oxfordshire in 1995, aiming to combine the social and environmental factors that are essential to maintaining levels of physical activity. Their success means there are now more than 350 similar “Walking the Way to Health” schemes, led by over 10,000 trained volunteers in the UK .

Walking provides physical activity without needing high fitness levels and carries a low risk of injury. Although the walks are designed to improve health, studies have shown that an opportunity to be in the countryside is the joint main reason why people participate. Sixty-four percent of participants say that “health walks” have changed their transport habits, with 27% saying that they now walk, rather than drive, short distances .

Nature and mental health, Denmark
A Danish study of 1,200 people aged between 18 and 80 found that their most popular activities were those undertaken in green areas near their homes, such as walking or gardening. The study found that nature motivates people to be outside, where they enjoy the landscape and unwind. Over 90% of respondents said that green areas are important for their mood and health, and researchers found that people living closer to green space are less stressed .



Medical value of Biodiversity

Whilst the scientific and economic rationale for conserving biodiversity can be quantified, the less obvious significance of plants and animals cannot be ignored with the importance of genetic diversity.

The discovery of innovative molecules is particularly valued in the pharmaceutical industry while species or varieties may retain remarkable properties for the development of new drugs and vaccines. Ultimately human health then depends on the Health of other species.

As demonstrated in the US, it is estimated that half of prescribed drugs contain, or are derived from, compounds from nature (12). This also highlights the fact that not preserving ecosystems has the potential to directly impact on human health through the loss of species possibly containing valuable new medicines.


References:

BirdLife International. (2007a). ‘Wellbeing through wildlife in the EU’. [online] www.birdlife.org/eu/eco_office.html [Accessed: 21 November 2012]

1. Bird W (2004) Natural fit. The RSPB. (See See www.rspb.org.uk/policy/health/index.asp)
2. International Obesity Taskforce (2002) Obesity in Europe, the case for action. London.
3. International Obesity Taskforce (2002) Obesity in Europe, the case for action. London.
4. http://www.heartstats.org/datapage.asp?id=4695
5. Bird W (2004) Natural fit, The RSPB.
6. Bird W (2004) Natural fit, The RSPB.
7. Pretty J, Griffin M, Peacock J, Hine R, Sellens M and South N (2005) A countryside for health and wellbeing: The physical and mental health benefits of green exercise. University of Essex, Colchester.
8. WHO (2001) World Health Report. World Health Organisation, Geneva.
9. www.whi.org.uk/index.asp
10. Bird W (2004) Natural fit. The RSPB. (See www.rspb.org.uk/policy/health/index.asp)
11. Skov & Lansdab (2005). The use of green areas by the Danes - health perspective.
12. Chivian E. et alt. (2004) Biodiversity: Its importance to human health. The Center for Health and the Global Environment Harvard Medical School.

Wednesday 6 July 2011

Butterfly farming in decline as climate change hits stocks - AlertNet



04 Jul 2011 12:00


"Local subsistence farmers, trained by the National Museum of Kenya, have made a business out of harvesting butterflies in the forest and then using them to breed pupae on their own farms. The pupae are then exported to exhibits and collectors in Europe and North America.
[...]
But the beneficial “butterfly effect” is under threat from climate change. A prolonged drought affecting most of Kenya has hit butterfly stocks and damaged business, reducing incomes of butterfly farmers by as much as 75 percent."

Butterfly farming in decline as climate change hits stocks - AlertNet

More on Kenya Butterfly Farming on http://www.kipepeo.org/index.php Kipepeo (Swahili for butterfly) Butterfly Project Butterfly pupae from the Arabuko Sokoke Forest, Kenya.

Wednesday 8 June 2011

Measuring progress of Forests: Density or Volume make more sense than strictly Areal data



On the UN  International Year of Forests, here is an article reminding that Forests should not only be measured in terms of area but also in density or volume. Forests surfaces might have shrunk globaly but those that have been maintained are now more dense than before. This is partially because of better forestry management which also makes them more performant in storing carbon.

This again emphasizes the importance of promoting appropriate biodiversity management measures, while the extensive planting of single tree species cannot be a sufficient response in climate change mitigation/adaptation policies:

"A National and International Analysis of Changing Forest Density"

by the University of Helsinki Faculty of Bioscience, The New York Rockefeller University and the Department of Forestry and Horticulture - Connecticut Experimental Agricultural Station

Aapo Rautiainen, Iddo Wernick, Paul E. Waggoner, Jesse H. Ausubel, Pekka E. Kauppi


Abstract

"Like cities, forests grow by spreading out or by growing denser. Both inventories taken steadily by a single nation and other inventories gathered recently from many nations by the United Nations confirm the asynchronous effects of changing area and of density or volume per hectare. United States forests spread little after 1953, while growing density per hectare increased national volume and thus sequestered carbon. The 2010 United Nations appraisal of global forests during the briefer span of two decades after 1990 reveals a similar pattern: A slowing decline of area with growing volume means growing density in 68 nations encompassing 72% of reported global forest land and 68% of reported global carbon mass. To summarize, the nations were placed in 5 regions named for continents. During 1990–2010 national density grew unevenly, but nevertheless grew in all regions. Growing density was responsible for substantially increasing sequestered carbon in the European and North American regions, despite smaller changes in area. Density nudged upward in the African and South American regions as area loss outstripped the loss of carbon. For the Asian region, density grew in the first decade and fell slightly in the second as forest area expanded. The different courses of area and density disqualify area as a proxy for volume and carbon. Applying forestry methods traditionally used to measure timber volumes still offers a necessary route to measuring carbon stocks. With little expansion of forest area, managing for timber growth and density offered a way to increase carbon stocks."

Clic here for full article



Other known forests facts are that:

  • Forests cover about 31 per cent of the land on Earth, around 4 billion hectares, and contain more than two-thirds of the world’s terrestrial species. The Amazon basin alone is home to an estimated 25 per cent of all land-based species.
  • 53 per cent of the world’s forests are found in just five countries: Brazil, China, Canada, the Russian Federation, and the United States of America.
  • More than 1.6 billion people depend on forests for their livelihoods; forests are home to an estimated 300 million people around the world.
  • 80 per cent of people in developing countries rely on traditional medicines, up to half of which originate from plants found mainly in tropical forests.
  • Forest biodiversity is the basis for more than 5,000 commercial products, from aromatic oil distilled from leaves to herbal medicines, food and clothing. 
  • Finally they provide clean water; they inspire us in art, research and religion; and they are essential to the survival and well-being of people everywhere—all 7 billion of us.

Wednesday 11 March 2009

Importance of cooperation and participation for sustainable conservation

The terminology of participation is generally associated with bottom-up approaches to policy making, contrasting with, or enhancing top-down methods. 

 

1. Understanding and finding an appropriate rhetoric

Cooperation seems to be related to several concepts. It is primarily associated with the domain of international relations and policymaking, but may also be linked with the idea of exchange and communication within trade relations, social or cultural associations. In the context of sustainable development, cooperation is a mean to understand each other and bring peace, crucial for sustainability and nature conservation (Section 1.3). Furthermore, the problem of conflict resolution is a recurrent topic, in particular with the management of protected areas.

Some key terms, can be associated with the research question of this study. The ‘Oxford Encyclopedic English Dictionary’ defines cooperation in the sense of joint work following the same end. This emphasises a need for coordination to ensure harmony in order to be effective as a group. On the other hand, a partnership should be characterised as a shared form of joint participation between ‘partners’ taking part in a project. However, it appears that it is difficult to give a precise definition of these terms. Moreover, there is only a little amount of known literature about the role of international cooperation and partnerships within conservation. If these expressions are well known and commonly used, it seems nonetheless that the role of these processes is probably under-evaluated. Even in the field of international relations the words cooperation, collaboration and partnership are not clearly stated.

Nevertheless it seems important to have effective coordination when different actors are involved. Therefore, it will be accepted in this research that a ‘partnership’ means working in close partnership with a second party towards common aim (Brehm, 2000) and characterises a deliberate and more formal form of joint action, whereas ‘cooperation’ represents a more general definition of collaboration, generally on a wider scale (e.g. international cooperation) that can be enforced and informal. Both require some coordination and a degree of participation, as means to develop and defend common interests (see Section 5.2.). Agendas, regular meetings, targets and assessments should finally structure them.

Within development circles, ‘Partnerships’ covers a range of organisational relationships between different actors including official agencies NGOs and businesses (Brehm, 2000). Moreover, the notion of partnership reflects major principles of the Agenda 21. The United Nations, Programme of Action (Agenda 21 Programme) stresses the need to combine efforts and resources towards common aims, the importance of sharing information and expertise. Moreover, different points of view should be valued, through dialogue, while recognizing the independent roles, responsibilities and special capacities of each sectors of the society (Frame & Taylor, 2005). This highlights again the importance of working together to attain sustainable conservation.

 

2. Role of cooperation for sustainable conservation and participation processes

 As a principle of common sense, it seems obvious that cooperation and partnerships are a necessity. Every international convention on conservation mentions the importance of setting or improving existing partnerships. However, it is not clearly explained why and how these processes should be set up. Nevertheless, by interpreting the elements developed in the previous sections, setting up partnerships between stakeholders around a specific project or a particular problem will facilitate consensus and mitigate conflict, with potentially disastrous consequences, by bringing partners to a better understanding through dialogue and exchanges. Similarly, on a wider scale, cooperation is required on multiple levels and needs to involve all stakeholders concerned in order to achieve more sustainable solutions. Cooperation can be defined as a way to develop the exchange of information, communication and education, in particular with regards to the particular values of sustainable development: ‘Respect, Motivation, Participation in Local Development and Responsibility’ (Corbier-Nicollier et al., 2003).

Cooperation may potentially operate as a ‘shortcut’ in the hierarchy of conservation (top-down approach) for policy implementation through direct relationships with other organisation or involve organisations in other countries or on an International Scale (Princen & Finger, 1994). At the same time or alternatively cooperation will possibly engage a ‘feedback’/‘bottom-up’ process. In other words, cooperation is a way to encourage participation approaches (Figure 1). The involvement of people through participation is clearly justifiable, primarily as an appropriate general answer for the values of Equity enclosed within the principles Sustainable Development.

Participation is part of the idea of a ‘Development from below’ opposed to the ‘planning from above’, as a recurrent debate in sustainable development. It includes for instance the recognition of the value of Indigenous or Local knowledge for efficient conservation and the necessity of integrated approaches (Adams, 2001). Moreover, cooperation represents a means for participation by joining different stakeholders with common interests and objectives. Participation can be viewed as a mean to increase efficiency, as by involving people they are more likely to agree with and support a project or policy. But participation can also be considered as a fundamental right, which aims to ‘initiate mobilisation for collective action, empowerment and institution building’ (Pretty, 1995, p.4). Furthermore, to have a real meaning, the term ‘participation’ has to be used with an appropriate explanation. Jules Pretty (1995) classifies participation into seven types. For instance, manipulative and passive participation, define processes where stakeholders are told what is going to happened and act out predetermine roles, whereas in self-mobilisation people take initiatives independently from external institutions.

 From the point of view of conservation, participation can be expressed in three different ways:

·        Firstly from an educational and informative angle, by bringing responsiveness towards a given environmental issue

·        Secondly from a democratic point of view, by involving communities in environmental-policy processes.

·        Finally, public participation in environmental conservation is also recognised as a mean for prevention, less laborious and expensive than a cure of environmental degradation (Buckingham-Hatfield & Percy, 1999).

 Cooperation will have several applications towards sustainable conservation. For instance partnerships between NGO’s and the private sector may be considered as part of the search for financial sustainability (Hovik, 2006; Brehm, 2000). In the context of international nature conservation Zoos and Botanical Gardens (‘ex-situ’ conservation) are collaborating through exchanges of information and specimens as a contribution to global nature conservation. National Parks or other protected areas (‘in-situ’ conservation) cooperate in similar ways, in particular to maintain ecological continuity and ecological corridors. Finally, both in-situ and ex-situ conservation authorities complete their functions through inter-collaboration.

 Yet it has to be said that to set up cooperation it is important to have comparable standards measurement. The choice of internationally recognised indicator can be tricky and may be difficult in practice. This dilemma is quite significant as environmental and socio-economical indicators are essential, firstly for the identification and the justification of reasons and objectives of conservation, but also for the continuous monitoring and assessment of conservation policies and managements. As specifically pointed up by H. P. Pioor (2003), indicators are essential for policy making and decision making. Likewise, they have a growing relevance for international cooperation, especially since the Rio Conference in 1992, which requires indicators for monitoring. They now represent significant political tools for the preservation of Biodiversity and Habitats on a global scale.

Scales and International Relations of the environment


The combination of international relations and environmental issues represents a raising concern for sustainable conservation.


1. Spatial scales of Environmental Issues

The matter of scale is a particularly recurrent topic of environmental studies. It appears in the literature that environmental issues should ideally be considered and implemented independently from political or administrative boundaries (Mulvihill et al., 2006; Wolmer, 2003; Agrawal, 2000; Chasek, 2000; Hurrel, 1992;). Ecosystems such as forests for example, are functioning independently from political borders and cannot be managed within a single region, province or nation. In other words, to be sustainable, the preservation of natural resources, and more particularly the conservation of biological and landscape diversity, needs to be considered on a range of different scales. Furthermore, environmental policies should ideally operate at six spatial levels and encourage connections between them in order to support sustainable measures and in particular participation. In this case, Sustainable Conservation should indeed act successively on global, multinational (or international), national, regional, local and individual levels (Moffat, 2006), combining as required ‘top-down’ and ‘bottom-up’ approaches (see Figures 1 and 2). It is however, far from easy to realise in practice.
 Sustainability has to be assessed on six different spatial levels through appropriate connections (Moffat, 2006):
Figure 1: The six spatial scales of the Environment
 Global
Multinational
(International Cooperation)
National
Regional
Local
Individual

Sustainable conservation is, however, confronted to a variety of obstacles such as problems of frontiers, borders, limits and territorial sovereignty, as well as political and local community matters as further discussed in Section 2.2. The notion of Transboundary Natural Resources Management (TBNRM) or Transboundary Conservation (Agrawal, 2000), is an interesting concept from an ecological and social point of view, but presents many complications. Transboundary protected areas, also known as ‘Peace Parks’ in Africa, are meant to create a point of attraction for contact between communities, and abolish the inconvenient of a political and physical border, both for wildlife and humans within the areas. In spite of the expansion of ‘Peace Park’ in Southern Africa, the expected benefits of such areas are still controversial, especially with regards to the real social outputs they actually bring (Chasek, 2000; Wolmer, 2003; Jones, 2005).
As Watts and Selman argue (2004), biodiversity planners generally prefer to operate on a wider countryside, rather than on a purely site-centred basis. This is justified by the fact that ecological processes often take place at the ‘landscape scale’[1], whereas reserves and environmental preservation in general are failing by not sufficiently allowing these processes, resulting in declines of species and habitats. Similar ideas can be found in the notion of bioregionalism, seeking to harmonize human activities with the environment within a geographical region delimited by common natural characteristics. These can be the hydrology of a watershed, the climate and the variations in topography, ecosystems or biomes. It generally aims to influence human activity and economies in a sensible and conscious way with regards to the places in which they are situated (Mulvihill et al., 2006). Education is regarded as the key of the approach. However, the implementation of rural land-use strategies and biodiversity plans at the landscape scale is not easy and heavily relies on general consensus between stakeholders. Hence, substantial gaps may appear between policy and implementation. The concept of bioregions, as argued by Agrawal (2000), is also presented in some cases as mainly promoting ‘ecological-continuity’ and may be considered in it radical extremes as too ecocentric and simplistic or stained by romantic views and reductionist understandings. It is finally considered as wrongly addressing the human particularities. Nevertheless, this approach seems particularly interesting for nature conservation by reducing ‘boundary effects’ created by artificial limits such as administrative borders. In addition, the use of socio-economic data should reduce potential subjective analysis.
New discourses have emerged from the field of conservation biology, with scientific and managerial roots in favour of ecosystemic approaches (e.g. biological corridors). On the other hand, a tendency promotes participatory planning, stakeholder and partnership managements instead (Wolmer, 2003). Landscape scale or bioregional management strategies seem a bit far from this study, which mainly focuses on conservation problems affecting migratory birds (multi-species scale). Yet, for addressing these issues is relevant as sustainable conservation of particular species can only be attained by simultaneously managing habitats at a site or landscape scale. The use of rational boundaries will therefore privilege large-scale managements for sustainable migratory bird conservation.
For sustainability reasons, if global biodiversity conservation is decided on a higher hierarchal level, it has to be implemented nationally then locally through adapted coordination processes between the different stakeholders concerned (Hurrell & Kingsbury, 1992). Cooperation on different scales seems therefore essential for the planning and the implementation of sustainable conservation. Indeed coordination is necessary for a global understanding of economical and social factors on one hand, and for considering ecological aspects on the other hand, especially to assess the transboundary features of environmental issues. But how are these questions reflected in the international relations of the environment and what is the impact of these global interactions for sustainable conservation? 

2. International Environmental Politics?

Environmental policy is defined as a set of principles and intensions used to guide decision-making about the management of environmental capital and environmental services (Roberts, 2004). This simple and clear explanation, accepted for this research, can also be considered as the mechanisms by which changes are implemented to attain the goal of sustainable conservation through the process of sustainable development (Sections 1.1. and 1.3.). It has to be said that global environmental issues have attained a prominent position on the international agenda. Moreover, in the field of international relations, the term Environmental Politics reflects a growing interest in the challenges brought by the environment (Chasek, 2000). The traditional theories of state sovereignty are defied by environmental politics as environmental degradation may have transnational impacts. Environmental issues are therefore described as ‘intermestic’[2], by combining actors from domestic and international contexts (Evans & Newnham, 1998). These problems are also recognised as transnational and can therefore not be managed by governments (national and local) independently from each other, from a national down to a local level. The conservation of biodiversity and ecosystems appears as a global challenge, requiring partnerships between all actors such as governments as well as businesses and the civil society (Visseren-Hamakers & Glasbergen, 2007). More widely, policy-making occurs at every level of human organisation: It exists from an individual level, where every one of us is making particular choices every day, up to the level of confederations of nation states such as the UN or the EU (Figures 1 and 2).
Decision makers and managers need effective institutions to facilitate cooperation across borders and to organise policymaking in favour of sustainable development. The acknowledgement of the importance of sustainable development, and especially the Brundtland Report and the Agenda 21 Program, seems to have created the first frameworks for governments and other organizations to make concerted efforts to protect the earth's life support systems in ways that simultaneously promote the goal of sustainability (Kirkby et al., 1995). The key issue of Environmental Politics, assessed with difficulties by several authors (Connelly & Graham, 1999; Chasek, 2000), is commonly summarised by Hurrell and Benedict’s central question (1992 p.1): How ‘can a fragmented and often highly conflictual political system, made up of over 170 sovereign states and numerous other actors, achieve the high (and historically unprecedented) levels of cooperation and policy cooperation needed to manage environmental problems on a global scale?’. This matter is not the focal point of this modest piece of research, however, it seems important to identify some of the key international environmental agreements and to look at the actors to be taken into consideration for sustainable conservation.


3. From international frameworks down to national and local applications

 International environmental institutions have proliferated since the 1972 United Nations, Conference on the Human Environment. Over sixty multilateral environmental treaties have been signed. New principles, norms and rules have been adopted such as to protect the stratospheric ozone layer, which represents a good example of successful international agreement on a global scale issue (Skjærseth, 1992; Connelly & Graham, 1999). The protection from pollution of many regional seas[3], the regulation of oil pollution from tankers and the control of Europeans acid rain or the regulation of trade in potentially hazardous farm chemicals, also constitute significant international regimes (Haas et al. 1993). Still, it is difficult and complex to assess the effectiveness of international agreements and the achievement of the institutions initiating them. Yet, this dissertation aims to assess particular international nature conservation policies by looking at them from the perspective of cooperation, and examining the role of these exchanges for the sustainability of conservation through the example of migratory birds assessed further (Section 6.3).
The World Conservation Strategy and the Convention on Biological Diversity significantly serve the cause of nature conservation by initiating or sealing cooperation processes between the different actors of International Politics. These agreements provide forums for discussion and set-up international agendas for global conservation, with regular targets and reviews, bringing essential guidance towards sustainable conservation. Furthermore, this type of agreement can be considered a major illustration of International Cooperation for conservation purposes.
On a global scale, the World Conservation Strategy (WCS)[4] launched in 1980, promots the conservation of the living resources on which development depends, and the integration of development and conservation policies. This strategy has associated conservation and development for the first time through the coordination of social and environmental expertises. As highlighted by Gilping (1996), the WCS encourages every country to prepare its own national conservation strategy by stressing three main objectives for living resource conservation:
·        primarily to maintain essential ecological processes and life supporting systems (such as soil regeneration, the recycling of nutrients, and the safeguarding of waters)
·        secondly to preserve genetic diversity
·        finally to ensure the sustainable utilization of species and ecosystems (notably fish and other wildlife, forests, and grazing lands).
In 1996, over 50 national conservation strategies had been adopted since the release of the WCS (Gilpin, 1996). Moreover, the Brundtland Report created the first framework for governments and other organizations to take concerted action to protect the earth's life support systems in ways that simultaneously promoted economic goals (development, growth and employment) and ‘social justice’ objectives (greater equality both within and among nation-states) (Kirkby et al., 1995). The Convention on Biological Diversity (CBD)[5] adopted during the Rio Summit, promotes the Conservation and Sustainable use of biodiversity as well as its components, while affirming that states have sovereign rights over biological resources in their territories. Similarly, the benefits provided by biological resources should be shared in fair and equitable ways on mutually agreed terms (Secretariat of the Convention on Biological Diversity, 2006). Like the World Conservation Strategy, it encourages Countries to develop national plans to achieve the sustainable conservation of Biodiversity on a global scale (O’Riordan, 2000). 188 countries, including the United Kingdom, accepted in 1992 the Framework Convention on Biological Diversity, then ratified in 1994. The 2002 Johannesburg World Summit confirms the CBD objectives and goals, in addition to an agreement to stop biodiversity loss by 2010. This goal, approved by all Parties to the Convention in the Hague in 2002, aims ‘to achieve by 2010 a significant reduction of the current rate of biodiversity loss at the global, regional and national level, as a contribution to poverty alleviation and to the benefit of all life on earth’ (Secretariat of the Convention on Biological Diversity, 2006; p 2). This target is also the main framework of the European Biodiversity Strategy. The Agenda 21 program, also signed at Rio, outlines an International action plan for sustainable development, integrating environmental and developmental concerns and, in particular, it promotes bottom-up participatory and community-based approaches. The program finally insists on the fact that action plans for sustainable development should integrate the environmental as well as developmental concerns, as well as recognise and accept the market principles within an appropriate regulatory framework (O’Riordan, 2000).
International environmental and nature conservation policies provide significant structures for collaborative approaches towards common targets. Nevertheless, who are the different international stakeholders and what is their role in the hierarchy of environmental politics.

 Through the different scales of the global environment (2.1), four main levels of participators present a particular interest for this study (2.3). This hierarchy offers several opportunities for communication, partnerships and cooperation between six key actors.

             a. The United Nations:
It appears for fact that a nation state cannot act alone at an international dimension. As a response, states have successively been persuaded to adopt international regimes[6] to tackle both transboundary and global environmental issues (see 2.4). Moreover, by following different degrees of collaboration with the states, International Organisations (IOs) have significantly gained an important role. In particular, the United Nations, Environmental Programme (UNEP) and international non-governmental organisations (NGOs), such as the WWF (Buckingham-Hatfield & Percy, 1999), appear as central actors, especially since the Rio UN Conference on Environment and Development (UNCED). The United Nations, operate on multiple levels and emerges as the major general governmental advisor. The UNEP specifically operates as a catalyser for international cooperation and as a facilitator for states to conclude individual agreements. Indeed, it serves by creating and maintaining a particular framework for negotiations, and by providing organisational assistance (Hurrell & Kingsbury, 1992). The UNEP, whose headquarters are situated in Nairobi, plays an essential role in the monitoring[7] and coordination of international action, often by cooperating with other organisations, in particular to define issues and promote conferences, research and negotiations (Connelly & Graham, 1999). 

            b. NGOs:
The importance of non-governmental organisations has progressively grown in global politics on all levels, from local to global scales, which seems to contribute to the objectives of sustainability also by reflecting a part of citizen concern. They now play key roles as independent bargainers and as agents of social learning beyond the simple lobbying of national governments. However, NGOs do not appear as replacements for other actors, such as governments and businesses (Princen & Finger, 1994), and can contribute by setting up partnerships and campaigns to develop dialogue and peace between stakeholders on various levels. Moreover, they may implement international cooperation through partnerships with individuals, communities, industries and governmental institutions. Exchange of information, communication and education represent important aspects of international conservation. Furthermore, the development of networks is essential to coordinate the activities of the different participants (Moon & Park, 2004), which is facilitated by the NGO’s external point of view.

            c. IMF, World Bank and WTO:
In the context of the global economy it is also necessary to take into account the Brettons Woods system institutions[8] composed of the International Monetary Fund (IMF), the World Bank and the World Trade Organisation (WTO). Indeed the role of the three organisations in the world economy, as well as the financial and the political weight of Trans-National Corporations, cannot be denied. However, the international lobbying against these three organisations is important, such as the denunciation of a lack of environmental and labour standards. Nevertheless a growing pressure to recognise the links between trade, development and environmental degradation, has brought some progresses with, for instance, the expansion of Green and Fair Trade economies. In spite of that, these organisations still mainly address sustainable development issues through economical sustainability, more than by properly supporting environmental and social equity (Section 1.).

            d. The EU:
On another level, the European Union emerges as a major actor for environmental action and law making. Originally established to manage areas of transnational activities and create supports for economic growth between member states, it is now a key political institution of international environmental politics, promoting sustainable development as a policy target (Lowe & Ward, 1998). Criticisms are, however, largely formulated, as briefly described previously in Section 1.3. Some member-states may regard its policy as weak and ineffective on the one hand, or as weakening national sovereignties on the other hand, whereas from an international point of view, the EU can be considered as too protective towards it own interests (Connelly & Graham, 1999). Nevertheless, the development of transnational schemes such as the Pan-European strategies for the preservation of habitats and biodiversity (e.g. Natura 2000 networks, BAP and 2010 objectives), appear as positive objectives for sustainable conservation. Moreover, EU environmental laws and strategies have provided significant results in terms of international conservation policy (Donald et al., 2007).

            e. Nations:
At the national echelon, most governments now progressively address a coordinated management that integrates environmental, social and economic policies. Indeed, international environmental agreements (2.3) and organisations, such as NGOs developing local activities, have all contributed to the creation of frameworks within which national environmental policies are now operating through the acknowledgement and the promotion of participation at a local level. Some of these are legally binding and force a national response on issues such as carbon dioxide emission reduction or the protection of endangered species (Connelly & Graham, 1999). As a result, in the UK for instance (see further in Section 6), we are individually challenged on a daily basis by issues such as ‘carbon footprint’, ‘green attitudes’, biodiversity conservation, and by the overall promotion of sustainable behaviours. In fact, this evolution is not only the result of a ‘British culture for nature conservation’ but is more significantly the consequence of institutional changes which are influencing people on an individual level (see figure 1). In addition, individuals may also play a role on an international level through effective feedback processes (see Section 3.1, Figure 1 and Section 7.2.)

            f. Regions and Local Actors:
Ultimately, in most European countries and under decentralisation policies, the authority of central governments is taken over by regional and local governments within a national framework. Also, conservation policies must act on a local level to be successful, even if the policy generated on global, European or National level. Local authorities such as Councils and local communities are important stakeholders, especially with the development of local democracies, recognised as essential for sustainable development (4.1). Regional and local levels, outlined by the Agenda 21, will however not be fully assessed in this case study limited to a national scale.
This hierarchy shows that good opportunities exist for cooperation.



[1]From a Biogeographical perspective the term of ‘Landscape’ can be translated as a visual unit of space. It may be composed of a group habitats or ecosystems, in relation with each others, and can be influenced by human activity. (Michel, 1999)

[2] Contraction between ‘International’ and ‘Domestic’ (Manning in Evans & Newnham, 1998)
[3] 1972 Oslo Convention for the Prevention of Marine Pollution by Dumping from Ships and Aircraft in the Northeast Atlantic and 1974 Helsinki Convention on the Protection of the Baltic Sea Area (Haas et al. 1993)
[4] was initiated by the WCU, the UN Environment Program, and the World Wide Fund for Nature
[5] The CBD is also called ‘Convention on protected species and habitats’
[6] A regime is defined as a set of ‘implicit or explicit principles, norms and rules and decision-making procedures around which actors’ expectations converge in a given area of international relations’ (Krasner in Connelly & Smith, 1999)
[7] Global Environmental Monitoring System (GEMS), coordinated by the UNEP, aims to standardize the collection, analysis and dissemination of environmental data produced by national and international organisations (Crump, 1991).
[8] The 1944 Bretton Woods Conference was held by the USA and other nations, including the UK, as the end of the Second World War to look at the development of a new world economic order based on free-market principles.