While there has been significant progress towards most of the Aichi Biodiversity Targets, none has been fully achieved. Overall, biodiversity loss is continuing, despite substantial ongoing efforts for biodiversity conservation and sustainable use. While current conservation and management actions are having positive impacts, their effects are overwhelmed by the growing pressures on biodiversity, which, in turn, are related to increased levels of consumption of food, energy and materials and to the development of infrastructure.
Consequently, the world is not on track to achieve most of the current globally agreed targets for biodiversity, or for land degradation or climate change, nor the other Sustainable Development Goals. However, this assessment provides further evidence that when well implemented, conservation actions and broader policy measures are effective. There is an urgent need to build upon the progress made, learning from the examples of success, so as to tackle the direct and indirect drivers of biodiversity loss and realize the benefits of biodiversity conservation and sustainable use for people. Potential pathways towards the goal of ‘living in harmony with nature’ are explored the GBO5 report.
In this context, three key lessons emerging from this Outlook and highlighted by the Executive Secretary of the Convention on Biological Diversity Elizabeth Maruma Mrema with regard to the actions that countries must take to achieve the original objectives of the Convention on Biological Diversity, more than a quarter of a century after they were adopted by the global community. These lessons are :
The overall assessment at global level for each Aichi Biodiversity Target shows that none of the 20 targets have been fully achieved, though six targets have been partially achieved (see table below).
2020 : Progress towards the Aichi Biodiversity Targets | |||||
---|---|---|---|---|---|
Level of achievement | Confidence of the result | Level of achievement | Confidence of the result | ||
1. Awareness of biodiversity increased | Not achieved | Low | 11. Protected areas | Partially achieved | High |
2. Biodiversity values integrated | Not achieved | Medium | 12. Reducing risk of extinction | Not achieved | High |
3. Incentives reformed | Not achieved | Medium | 13. Safeguarding genetic diversity | Not achieved | Medium |
4. Sustainable production & consumption | Not achieved | High | 14. Ecosystems services | Not achieved | Medium |
5. Habitat loss halved or reduced | Not achieved | High | 15. Ecosystem restoration & resilience | Not achieved | Medium |
6. Sustainable management of aquatic living resources | Not achieved | High | 16. Benefits from genetic rsources | Partially achived | High |
7. Sustainable agriculture, aquaculture and forestry | Not achieved | High | 17. Biodiversity strategies & action plans | Partially achieved | High |
8. Pollution reduced | Not achieved | Medium | 18. Traditional knowledge | Not achieved | Low |
9. Invasive alien species prevented & controlled | Partially achieved | Medium | 19. Sharing information and knowledge | Partially achieved | Medium |
10. Ecosystems vulnerable to climate change | Not achieved | High | 20. mobilizing resources from all sources | Partially achieved | High |
Species continue to move, on average, closer to extinction. However, If the proportion of livestock breeds that are at risk or extinct is increasing, it is at a slower rate than in earlier years, suggesting some progress in preventing the decline of traditional breeds. The number of extinctions of birds and mammals would likely have been at least two to four times higher without conservation actions over the past decade. Recent conservation actions have indeed reduced the number of extinctions through a range of measures, including protected areas, hunting restrictions, the control of invasive alien species, ex-situ conservation and re-introduction. Without such actions, extinctions of birds and mammals in the past decade would likely have been two to four times higher.
There has been also a substantial increase in the data and information on biodiversity available to citizens, researchers and policy makers, including through the efforts of citizen science and financial resources available for biodiversity through international flows have doubled. Many countries have introduced biodiversity-relevant taxes, fees and charges, and tradeable permits. The number of businesses taking biodiversity into account in their supply chains, reporting processes and activities appears to be increasing, though information is limited.
Reports by countries to the Food and Agriculture Organization (FAO) on the State of the World’s Biodiversity in Food and Agriculture also describe an increasing use of biodiversity-friendly practices.
There are some notable examples of progress in addressing the direct drivers of biodiversity loss in particular for Land-use change, Overexploitation, such as fisheries management, Pollution such as examples of reducing pollution from excess nitrogen-based fertilizers and Invasive alien species. Also in the development of national biodiversity strategies and action plans and the increasing number of countries incorporating biodiversity values into national accounting systems or successful programmes to restore degraded ecosystems.
On average, countries report that more than 1/3 of all national targets are on track to be met or even exceeded. However, as noted in the target assessments, national targets are generally poorly aligned with the Aichi Biodiversity Targets, in terms of scope and the level of ambition. Notably, recent conservation actions have reduced the number of extinctions. It is estimated that without such actions, extinctions of bird and mammal species would have been between two and four times their actual level over the past decade.
There has also been significant expansion of the protected area estate increasing over the 2000-2020 period. The proportion of the planet’s land and oceans designated as protected areas is likely to reach the targets for 2020 and may be exceeded when other effective area-based conservation measures and future national commitments are taken into account. Where local people were explicitly involved as stakeholders in the co-management of protected areas, both conservation and socioeconomic outcomes were improved. Recent growth in the global protected area network has been greatest in parts of the marine environment, with the total extent of marine protected areas almost ten times greater in 2020 than in 2000.
However, progress has been more modest towards making protected areas more ecologically representative, and encompassing areas of importance for biodiversity in ensuring that protected areas safeguard the most important areas for biodiversity, are ecologically representative, connected to one another as well as to the wider landscape and seascape and are equitably and effectively managed. Maintaining or creating connections for nature between protected areas, across landscapes and seascapes, and through freshwater basins – referred to as ecological connectivity – is indeed an essential component of effective conservation.
These lessons suggest that there is no single solution to improving the design and implementation of the post-2020 global biodiversity framework, and that a range of changes may be required:
Across fisheries that have been subject to scientific stock assessments there are globally also important signs of progress despite the overall negative trends. Such fisheries have been increasing in number and now account for about half of global marine catches. There have also been some notable successes recently in reducing overfishing by addressing illegal, unreported and unregulated fishing. Inland water ecosystems are also under multiple and synergistic pressures and their effective management is therefore integral to the conservation of freshwater biodiversity.
With regard to vulnerable ecosystems, some progress has been made in designating and protecting areas of the High Seas as Vulnerable Marine Ecosystems (VMEs) and significant progress has been made under the Convention to describe Ecologically and Biologically Significant Marine Areas (EBSAs).
On identifying and prioritizing invasive alien species, good progress has also been made during the past decade in terms of the risk they present, as well as in the feasibility of managing them. Successful programmes to eradicate invasive alien species, especially invasive mammals on islands, have benefited native species. Such eradications have benefited more than one hundred highly threatened species of birds, mammals and reptiles. There are far fewer examples of successful efforts to eradicate invasive alien species in continental ecosystems and preventing introductions in the first place is likely to be far more cost-effective than attempting to eradicate alien species once they become established and start to impact native species.
To promote sustainable agriculture, forestry and aquaculture, there has been a substantial expansion of efforts over recent years, including through farmer-led agroecological approaches. The use of fertilizers and pesticides has stabilized globally, though at high levels. An analysis also suggests that developing countries, especially in Africa, show a greater awareness of the importance of biodiversity to key productive sectors including agriculture, forestry and fisheries, than developed countries.
Meanwhile, although natural resources are being used more efficiently, the aggregated demand for resources continues to increase, and therefore the impacts of their use remain well above safe ecological limits.
Regarding development and poverty reduction, there is less evidence however that biodiversity has been truly integrated into planning as required by the target.
The results to actions can be considered relative to their 5 main Goals:
1. As results related to actions on the underlying causes of biodiversity loss (Goal A), almost 100 countries have incorporated biodiversity values into national accounting systems.
2. As results related to actions on the direct pressures on biodiversity (Goal B):
As results related to actions related to the status of biodiversity (Goal C):
4. As results related to actions to maintain the capacity of ecosystems to provide the essential services on which societies depend (Goal D):
As results related to actions to measures enabling implementation of the Strategic Plan for Biodiversity 2011-2020 (Goal E):
Also, a large number of national indicators have been developed by Parties to support implementation of the Convention, although their use remains uneven and with variable alignment to the globally-agreed targets. On average, the number of indicators used was 84, a significant increase from the average of 49 used in the previous national reports.
Commonly reported challenges to reaching this target were the lack of indicators to monitor the use of the NBSAP as a policy instrument, limited resources to implement NBSAPs, and the fact that many NBSAPs were only recently adopted. For example, reviews have found that only about half of NBSAPs contain references to gender and women.
Additional challenges are related to the development, revision or update of NBSAPs. Only 69 NBSAPs have been adopted as whole-of-government instruments and another 8 have been adopted as instruments applying to the environmental sector.
Few of the revised NBSAPs contain resource mobilization strategies (25 Parties), communication and public awareness strategies (38 Parties), capacity development strategies (97 Parties) or reflect gender considerations (76 Parties).
The pathways to a sustainable future rely on recognizing that bold, interdependent actions are particularly needed across a number of fronts, each of which is necessary and none of which is sufficient on its own.
Navigating the available pathways to the 2050 vision involves consideration of all the multiple aspects of our relationship with nature and the importance we attach to it. Solutions need to seek an integrated approach that simultaneously address the conservation of the planet’s genetic diversity, species and ecosystems, the capacity of nature to deliver material benefits to human societies, and the less tangible but highly-valued connections with nature that help to define our identities, cultures and beliefs.
Unless tackled together with the other areas, even the most intensive efforts in each of these areas will not succeed in ‘bending the curve’ of biodiversity loss, Combining actions across all areas will make each of them easier to achieve, due to the connections and synergies between them.
For example, unless equally ambitious steps are taken to sustainably increase agricultural productivity and adopt more sustainable diets, the most ambitious measures to conserve and restore ecosystems will fail to address biodiversity loss and food security.
Such broader approach to sustainability involves thus better understanding the common factors that can influence fundamental changes in institutions, governance, values and behaviour, essential to bringing about the transitions described in this Outlook. The IPBES Global Assessment has identified 8 priority points for intervention, or leverage points, with five associated ‘levers’ – incentives and capacity building, coordination across sectors and jurisdictions, pre-emptive action, adaptive decision-making and environmental law and implementation – that may be targeted by leaders in government, business, civil society and academia to spark transformative changes towards a more just and sustainable world.
An integrated2 mix of actions greatly stepping up efforts is mandatory to conserve and restore biodiversity, addressing climate change in ways that limit global temperature rise without imposing unintended additional pressures on biodiversity, and transforming the way in which we produce, consume and trade goods and services, most particularly food, that rely on and have an impact on biodiversity.
Many countries report examples of incorporating biodiversity into various planning and development processes. There has been a steady upward trend of countries incorporating biodiversity values into national accounting and reporting systems. At the same time, there is less evidence that biodiversity has been truly integrated into development and poverty reduction planning as required by the target.
Each of the measures necessary to achieve the 2050 Vision for Biodiversity requires a significant shift away from ‘business as usual’ across a broad range of human activities. The shape and nature of such transformative change can already be identified through a series of transitions under way to a limited extent in key areas. This Outlook examines the promise, progress and prospects for the following interdependent transitions, that collectively can move societies into a more sustainable co-existence with nature.
The actions required to slow, halt and eventually reverse current trends in the decline of biodiversity are fully consistent with, and indeed crucial components of, the goals and targets set out under the 2030 Agenda for Sustainable Development and the Paris Climate Change Agreement.
The efforts to conserve and restore biodiversity need to be scaled up at all levels using transition areas approaches that will depend on local context. These transitions areas are :
Each of these transition areas involves recognizing the value of biodiversity, and enhancing or restoring the functionality of the ecosystems on which all aspects of human activity depend, and at the same time recognizing and reducing the negative impacts of human activity on biodiversity.
Thus enabling a virtuous cycle – reducing the loss and degradation of biodiversity and enhancing human well-being. The transitions will play out at a range of scales and are interdependent.
These efforts need to combine major increases in the extent and effectiveness of well-connected protected areas and other effective area-based conservation measures, large-scale restoration of degraded habitats, and improvements in the condition of nature across farmed and urban landscapes as well as inland water bodies, coasts and oceans.
These include in particular:
More practically:
While organic farming systems generally produce lower yields compared with conventional agriculture, they can be more profitable and environmentally friendly, and deliver equally or more nutritious foods. Organic farming may also deliver greater ecosystem services and social benefits. Through the 10x20x30 Food Loss and Waste Initiative, 10 of the world largest food retailers and providers aim to halve rates of food waste by 2030.
As of July 2020, 126 Parties to the CBD have ratified the Nagoya Protocol on Access to Genetic Resources and the Fair and Equitable Sharing of Benefits and 87 of them have put in place national access and benefit sharing measures, as well as establishing competent national authorities. The Protocol is thus considered to be operational.
An international legally-binding instrument under the United Nations Convention of the Law of the Sea is negotiated that addresses access and benefit-sharing for marine genetic resources, as well as traditional knowledge of indigenous peoples and local communities associated with marine genetic resources.
There has been an increase in the recognition of the value of traditional knowledge and customary sustainable use, both in global policy forums and in the scientific community. Numerous examples have demonstrated the ways in which bringing traditional knowledge together with science can lead to constructive solutions to various challenges, band lead to the development of policies which are more tailored to on-the-ground realities.
However, despite progress in some countries, there is limited information indicating that traditional knowledge and customary sustainable use have been widely respected and/or reflected in national legislation related to the implementation of the Convention or on the extent to which indigenous peoples and local communities are effectively participating in associated processes.
There is often a lack of communication between indigenous peoples and local communities and the scientific community and assessments of biodiversity often do not take local and traditional knowledge into account.
Significant progress has been made since 2010 in the generation, sharing and assessment of knowledge and data on biodiversity, with big-data aggregation, advances in modelling and artificial intelligence opening up new opportunities for improved understanding of the biosphere. The growth in the availability of data and information on biodiversity is demonstrated by a number of metrics. For example, the number of species assessed for extinction risk in the IUCN Red List has doubled in the past decade, passing 120,000 species during 2020.
The establishment of the Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES) in 2013 and the production of its various assessments including the Global Assessment on Biodiversity and Ecosystem Services represents a major advance in the information available to support policy and decisions on biodiversity.
However, major imbalances remain in the location and taxonomic focus of studies and monitoring. Information gaps remain in the consequences of biodiversity loss for people, and the application of biodiversity knowledge in decision making is limited.
Progress on identifying funding needs, gaps and priorities and the development of national financial plans and assessments of biodiversity values has been limited to relatively few countries.
Nevertheless, financial resources available for biodiversity through international flows and official development assistance has roughly doubled. There have been in particular increases in domestic resources for biodiversity in some countries, with resources remaining broadly constant for others over the past decade.
The Global Environment Facility (GEF) is the financial mechanism of the Convention on Biological Diversity. Between 2006-2010 and 2018-2022, funding directly relevant to biodiversity provided through the GEF increased by more than 30%, reaching about $1.3 billion.
International public biodiversity finance, which includes official development assistance (ODA) and non-concessional flows (both bilateral and multilateral), was estimated to be about $ 3.9 billion per year between 2015 and 2017 for finance that has biodiversity as a principal focus, and $ 9.3 billion per year if other finance with significant elements related to biodiversity is included, reflecting roughly a doubling over the decade. Funding to support other international objectives, such as combatting climate change, often directly or indirectly also supports biodiversity objectives.
However, when all sources of biodiversity finance are taken into account, the increase in biodiversity financing would not appear to be sufficient in relation to needs. Moreover, these resources are swamped by support for activities harmful to biodiversity. (Aichi Target 3).
At the national level, a number of countries have developed responses to the GSPC, including many of the world’s most biodiverse countries.
Collectively, these countries include more than 50% of the world’s plant species within their border. 61 countries reported on national progress towards the GSPC in their 6th national reports to the CBD by May 2020. Most countries report at least some progress towards all the targets, with GSPC Targets 1 (e-floras), 2 (red listing) and 14 (public awareness of plant diversity) being most likely to be achieved at the national level.
Despite these successes, a number of challenges have also been identified:
1
? National mainstreamed into the planning and activities of all those sectors whose activities can have an impact, whether positive or negative, on biodiversity biodiversity strategies and action plans(NBSAPs) are the principal instruments for implementing the Convention at the national level.
2
The Convention requires countries to prepare a national biodiversity strategy or equivalent instrument, and to ensure that this strategy is
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