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Food systems for a sustainable future: Interlinkages between biodiversity and agriculture The Eighth Trondheim Conference on Biodiversity Trondheim, Norway,

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Presentation on theme: "Food systems for a sustainable future: Interlinkages between biodiversity and agriculture The Eighth Trondheim Conference on Biodiversity Trondheim, Norway,"— Presentation transcript:

1 Food systems for a sustainable future: Interlinkages between biodiversity and agriculture The Eighth Trondheim Conference on Biodiversity Trondheim, Norway, 31 May – 3 June 2016

2 The conference focused on four aspects of interlinkages between biodiversity and agriculture: o imperatives and implications o policies and institutions o planning for a changing climate o changing practices The conference attracted 300 participants from 95 countries Invitees included experts from biodiversity and agriculture

3 o plenary presentation and discussion o moderated panel discussion o roundtable discussions o communal meals and social events The conference programme encouraged participation through:

4 Conference findings are set out in the summary report of co-chairs, Tone Solhaug and Nina Vik The report was prepared with support from a ‘Friends of the Co-Chairs’ group, and was offered to participants for review during the final session of the conference.

5 Future food security is one of the big issues of our time, and one with multiple dimensions given the clear relevance of the: o 2030 Agenda for Sustainable Development …and its 17 Sustainable Development Goals o Strategic Plan for Biodiversity 2011-2020 …and its 20 Aichi Biodiversity Targets o Paris Agreement on climate change S ETTING THE SCENE

6 Key facts suggest that change is inevitable: o by 2030 world population will be 8.5 billion o by 2030 food demand will have increased by 50% o today 795 million people are under-nourished o around a third of food produced is lost or wasted S ETTING THE SCENE But there are associated environmental concerns: o globally 33% of our soils are degraded o 40% of bee species are at risk of extinction o drivers linked to agriculture account for 70% of projected biodiversity loss o 11% of GHG emissions are currently agriculture-related

7 In roundtable discussions participants were invited to identify three key elements of sustainable agriculture - the word cloud below illustrates the received responses:

8 P RESENTATIONS TO THE C ONFERENCE DREW ON MANY SIGNIFICANT REVIEWS AND ASSESSMENTS

9 Biodiversity and ecosystem services are essential in supporting agriculture in many ways and at all levels, but are under threat o Soils are critical to production of food …but most soils are in only fair, poor or very poor condition o Animal pollinators play a vital role in food production …but many pollinator species are threatened and in decline o Genetic diversity provides the basis for agricultural production …but many animal breeds and plant varieties are under threat U NDERSTANDING THE INTERLINKAGES BETWEEN AGRICULTURE AND BIODIVERSITY AND ECOSYSTEM SERVICES IS CRUCIAL

10 Understanding these interlinkages provides opportunities for developing a common agenda o Many examples exist of agricultural practices that take good account of the many values of biodiversity and ecosystem services o Existing cases also demonstrate that fairly small shifts in practice can lead to benefits for both agriculture and biodiversity o Understanding the interlinkages requires a clearer knowledge of specific products, production systems and scales o Integrated assessment is needed to make contributions of biodiversity and ecosystem services to agriculture more visible U NDERSTANDING THE INTERLINKAGES BETWEEN AGRICULTURE AND BIODIVERSITY AND ECOSYSTEM SERVICES IS CRUCIAL

11 I NTERLINKAGES BETWEEN BIODIVERSITY, AGRICULTURE AND CLIMATE CHANGE ALSO NEED TO BE CONSIDERED o Scenarios and models can aid understanding of interlinkages, including potential implications of adaptation and mitigation options o At the local level, conserving and using local varieties and land races can support adaptation to climate change o Climate change impacts on agriculture are already apparent through changing crop distribution and weather impacts

12 I NTERLINKAGES COMPLEX, BUT UNLESS THEY ARE UNDERSTOOD IT WILL BE DIFFICULT TO BRING ABOUT EFFECTIVE CHANGE o A massive amount of food produced is lost or wasted along the production and consumption chain o It is feasible to change practices so that intensive and industrial agriculture uses a more agroecological approach o Agricultural extension services that integrate understanding of interlinkages can provide effective support for change

13 T HERE ARE PRACTICAL EXAMPLES OF HOW INTERLINKAGES BETWEEN BIODIVERSITY AND AGRICULTURE CAN BE EFFECTED o Integrated production systems can deliver intensification at scales resulting in positive biodiversity outcomes o Policy coherence is essential for driving positive change o Farmers will make practical changes, but need support through advice and innovation o Private sector engagement is needed for transformative change in global food systems, and there are real opportunities for businesses, governments and people to work together

14 T HIS REQUIRES UNDERSTANDING OF TRADE - OFFS BETWEEN THE AGENDAS AND CONCERNS OF DIFFERENT SECTORS Some valuable tools for supporting biodiversity mainstreaming and agricultural production include: o a systematic approach to spatial planning o access to genetic resources and benefit-sharing o full engagement of all relevant stakeholders o the appropriate and effective use of incentive measures o accounting systems that incorporate a full understanding of the many values of biodiversity and ecosystem services

15 In roundtable discussions participants considered options to enhance the work of a range of intergovernmental processes so as to facilitate integration of biodiversity considerations into sustainable agriculture – options and the extent to which they were promoted are illustrated in the world cloud below:

16 The Eighth Trondheim Conference on Biodiversity: o Heard about concerns from both the agriculture and biodiversity communities, but also saw examples of real opportunities for increased cooperation o Compiled findings into a conference co-chairs’ summary report for broader communication, while also making the full presentations available online o Identified opportunities for communicating key messages into intergovernmental processes, including through the meetings in 2016 of the Convention on Biological Diversity and the FAO Committee on Agriculture

17 Conference website: www.trondheimconference.orgwww.trondheimconference.org IISD/ENB coverage: www.iisd.ca/biodiv/tcb/2016www.iisd.ca/biodiv/tcb/2016 The Eighth Trondheim Conference was organized with the support of: All photographs courtesy of Norwegian Environment Agency Photographers: Elin Fosshaug Olsø and Morten Ekker


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