Agroecology: at the crossroad for adaptation to climate impacts, desertification reduction and biodiversity conservation.

Slides:



Advertisements
Similar presentations
Eugene RURANGWA International Gorilla Conservation Programme, Rwanda Washington DC, March 24-27, 2014 ATTRACTING RESPONSIBLE LAND-BASED.
Advertisements

Biodiversity Land Degradation Climate Change Chemicals International Waters Sustainable Forest Management Sustainable Cities Food Security Fisheries Forests.
Bioenergy Biodiversity and Land use Expert meeting on biodiversity standards and strategies for sustainable cultivation of biomass for non-food purposes.
Sustainable Agroforestry in Degraded Drylands: Win – Win Approaches for Local, Regional and Global Problems Leu S. and Mor-Mussery A. in collaboration.
Climate Smart Agriculture East Africa Regional Knowledge Sharing Meeting Thomas Cole June 11, 2012, Addis Ababa, Ethiopia.
Chapter 15/14 Soil Resources. Soil  Uppermost layer of Earth’s crust that supports plants, animals and microbes  Soil Forming Factors  Parent Material.
Facts and data Peasants are part of the solution for the climate change 1st session of the intergovernmental working group on the rights of peasants and.
Soil: Foundation for Land Ecosystems
Topics Included In Environmental Studies Syllabus.
By Ali Brooks and Sarah Anderson.  Agro forestry- crops and trees are grown together.  Alley cropping- see agro forestry  Aquaculture- raising and.
Managing Natural Resources in Africa Geography 12.
Organic Farming Created just for you, by Chiraz and Naira.
Organic agriculture. Preface In order to prevent pests and bacteria from intrusion, pesticides appeared, although it succeeded in curbing the problem,
Climate change and Environmental Degradation Risk and Adaptation assessment Step 5 adaptation options.
The NFU champions British farming and provides professional representation and services to its farmer and grower members Sustainable Intensification The.
Chapter 6: Humans in the Biosphere
SDGs and GE indicators Rayén Quiroga, UNSD
Organic Farming: An Overview Prepared by: L. Robert Barber, & Ilene Iriarte For: Guam Cooperative Extension Service & Guam Department of Agriculture Funding.
AGRICULTURAL GROWTH AND SUSTAINABILITY: CONDITIONS FOR THEIR COMPABILITY IN THE EAST AFRICAN HIGHLANDS CAROLINA DIAZ RUEDA.
Investment in Sustainable Natural Resource Management (focus: Agriculture) increases in agricultural productivity have come in part at the expense of deterioration.
Learning objectives: Specific climatic conditions leads to drought Natural hazards occur when events adversely affect people Droughts are responsible for.
GEF-6 Programming Directions in Natural Resources Management
Sustainable Intensification of Ethiopian Highlands Systems New strategic focus and realignments in USAID’s Research for Development investments Rob Bertram.
Bellringer EXPLAIN IN COMPLETE SENTENCES WHAT ARE ORGANIC FARMING METHODS.
Environmental Science: Toward a Sustainable Future Richard T. Wright Soil: Foundation for Land Ecosystems PPT by Clark E. Adams Chapter 8.
Sustainable Development Goals 17 proposed goals as of March 2015.
Sustainable Agriculture UNIT 1 – SUSTAINABLE DEVELOPMENT
Presented by: Emily Rutto. Africa Population- 13% of the world’s population Population growth rates % Increase population- deforestation, reduced.
Country CBA Project :Sri Lanka A study to economically evaluate possible adaptation measures for climate vulnerabilities in paddy and Other Field Crops.
“Organic farming is a system which avoids or largely excludes the use of synthetic inputs (such as fertilizers, pesticides, hormones, feed additives etc)
Introducing the SDGs The Sustainable Development Goals Use these slides to introduce the SDGs Combine them with your own slides Translate them into.
Climate change and Environmental Degradation Risk and Adaptation assessment Step 3 select adaptation options  understanding adaptation  evaluate alternatives.
Mohamed Bakarr Senior Environmental Specialist GEF Familiarization Seminar Washington, DC January 17 – 19, 2012 GEF Strategies, Activities and Accomplishment:
Water Productivity A Road to Sustainable Agriculture Dr. Saeed Nairizi President, ICID Jan
BMZ's contribution to Forest Landscape Restoration in Africa Promoting Forests, Landscape Restoration and Sustainable Land Use.
CCD COP Rio Pavilion Special Event 15 October 2015 Chizuru Aoki GEF Secretariat Sustainable Development Goals and Synergy.
Presented at UNCCD COP12, Ankara, Turkey by the Land Degradation Focal Area Team Global Environment Facility Land Degradation Focal Area & SDGs.
Is Land Degradation Neutrality compelling and achievable? Dennis Garrity Drylands Ambassador, UNCCD Senior Fellow, World Agroforestry Centre & World Resources.
The practice of cultivating the land or raising livestock In a healthy farming system, agriculture works with the natural environment. This begins with.
~*Patricia Strunk*~. ~*What is desertification*~ Desertification is the degradation in arid, semi-arid areas due to human activities. – Changing usable.
End poverty in all its forms everywhere End hunger, achieve food security and improved nutrition and promote sustainable agriculture Ensure healthy lives.
ECLAIRE: Effects of climate change on air pollution impacts and response strategies for European ecosystems.
Convention on Biological Diversity 3 Rio Conventions – UNFCCC, UNCCD and CBD The CBD is an international legally-binding biodiversity treaty with three.
Transforming rural livelihoods and landscapes: sustainable improvements to incomes, food security and the environment Trevor Nicholls, CEO CABI Global.
A POLICYMAKER’S GUIDE TO THE SUSTAINABLE INTENSIFICATION OF SMALLHOLDER CROP PRODUCTION.
Agroforestry Science: Tackling Key Global Development Challenges Presentation at Virginia Tech 16 July 2008 Dennis Garrity Director General.
Biodiversity, Access & Benefit-sharing and the Sustainable Development Goals Tomme R. Young IRIS (International Research Institute for Sustainability)
UN SUSTAINABLE DEVELOPMENT GOALS SDGS Prof. Dr. Halimu Shauri
Climate Smart Agriculture to Foster Food Production by Dyborn Chibonga, NASFAM CEO Prepared for WFO Annual General Assembly in Livingstone, Zambia -
Proposed goal 15. Protect and restore terrestrial ecosystems and halt all biodiversity loss 15.1 by 2020 halt the loss of all biodiversity, including forests,
The SDGs are … ➤ A set of 17 goals for the world’s future, through 2030 ➤ Backed up by a set of 169 detailed Targets ➤ Negotiated over a two-year period.
Sustainable Development Goals (SDGs)
CHALLENGING TIMES IN THE CHIQUIBUL FOREST UKBA 2016
CHAPTER 2 NATURAL RESOURCES AND THEIR CONSERVATION LAND RESOURCE.
Building a Greener Economic Environment
LT COL Konstantinos Brotsikas Hellenic National Defence General Staff
Agricultural, Pollution & The Environment
Extreme Events -Losses
Next End. organic farming NextEnd Previous Organic farming is a system which avoids or largely excludes the use of synthetic inputs (such as fertilizers,
PRT 2008 Lecture 9.
The new CAP-making EU farming smart and sustainable
Sustainability Educational Leaders Without Borders Rosemary Papa
SDGs Mnemonics for easy remembrance
Foundation for Land Ecosystems
Science, Technology and innovation SUSTAINABLE DEVELOPMENT GOALS
SDG goals Goal Activity Goal No.1 No Poverty:
Ecosystem Services Examples:
What is Agroecology ? Georges F. Félix
Table 1. The Sustainable Development Goals,
Presentation transcript:

Agroecology: at the crossroad for adaptation to climate impacts, desertification reduction and biodiversity conservation

Methodology 2 Legend Zone 1: Arid Zone 2: Sub-arid Zone 3: Sub humid Zone 4: Humid tropical Areas not considered in the study Delimitation of the 4 zones of study (adapted from: Peel et al. 2007) Oasis (CARI 2006) Agropastoral (CARI 2007) Mixed crop-livestock (AVSF 2013) Agroforestry (AVSF 2014)

Methodology 3 ToolResultFocus Literature review Identification of major challenges for peasants The 4 zones Semi-structured interviews with French NGOs (16) Identification of peasants’ agroecological practices The 4 zones Focus on the referent farming systems More directive interviews with specialized NGOs (6) Identification of innovative combinations of agroecological practices The referent farming systems Data analysis Evaluation of relevance of agroecological practices to face climate change effects The 4 zones

Impacts of climate in arid and sub aride areas of Africa Lower volume of available water Higher uncertainty about water availability in time and space Loss of organic matter Salinisation Increased evapotranspiration Enhanced sensitivity of crops linked to droughts and floods Destruction of crops by floods and heat waves Reduction of cultivated surfaces animal Reduction of diversity and productivity of pastures Reduction of land carrying capacity Parasites and diseases spreading Mortality of animals linked to droughts water soil plant landscape Expansion of desert areas

Why agroecology could be a solution for farmers, regarding land degradation, biodiversity and adaptation? Basic principles of agroecology (Altieri 2002): enhancing biomass renewal and optimizing nutrient availability and balance of nutrient flows; ensuring favorable soil conditions for plant growth (organic matter management, soil cover, improvement of biological activity in the soil); minimizing losses in solar energy, air and water; promoting genetic diversification of species in time and space; adding value to favorable biological interactions. Agroecology also includes social and economic principles: social organization and local knowledge transmission guarantee of decent revenue for farmers and their families

Practicies implemented by smallholder farmers in oasis systems Legend

Practicies implemented by smallholder farmers in oasis systems Practicies implemented by smallholder farmers in agropastoral systems

Innovation in combination of practices in Burkina Faso Alternance off season vegetable production (thanks to water reservoirs) / cereals in wet season. Mecanization of holes digging and fertilization with compost instead of household waste. Collection of rain water (roofs, catchment areas), run-off water (reservoirs, mini-dams) and groundwater (wells). Seed scoating (clay soil, compost, cereal bran) before sowing in zaï holes to maintain humidity and avoid consumption by animals. Enrichment of compost: with trichoderma acting as fungicide or with natural phosphate. Biogas fabrication from animal excrements and use of effluents for fertilization. Maintenance of organic matter and humidity in plots thanks to stone bunds, contour bunding... Mecanized zaï holes and improved compost Devices to collect and store water Bio digester Seeds coating and dry sowing Enriched compost Rotation cereals-legumes Anti-erosion devices Agroforestry Plantation of cereals in Acacia agroforestry parks (fertilizer tree specie)

Relevance of agroecology in all the conventions and SDGs A better synergy between conventions is needed to tackle environmental issues, development, food security and poverty reduction. Land is the fundamental link between all these issues, and agroecology with its diversity of practices adapted to each area is the best solution to promote. SGD 2 « End hunger, achieve food security and improved nutrition, and promote sustainable agriculture » SDG 15 « Protect, restore and promote sustainable use of terrestrial ecosystems, sustainably manage forests, combat desertification, and halt an d reverse land degradation and halt biodiversity loss » UNFCCC UNCCD AGROECOLOGY

Thank you for your attention ! 10 CARI 2007