The Measuring Agroecology and its Performance (MAP) project is a collaborative initiative of the Agroecology TPP aimed at fostering agroecological transitions by generating evidence of agroecology’s contribution to societal goals. The MAP project is funded by the German Federal Ministry for Economic Cooperation and Development (BMZ), co-funded by the European Union (EU) and supported by the Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH. The Tool for Agroecology Performance Evaluation (TAPE) was applied in 2024 in four municipalities (Belobaka, Katsepy, Manerinerina and Tsaramandroso) in the Boeny Region of Madagascar in the context of the Global Programme “Soil Protection and Rehabilitation for Food Security” (ProSoil). To characterize farmers’ transition to agroecology and assess the correlation between agroecological integration and multidimensional performance, TAPE was applied with 200 households in the intervention area of ProSoil.

The Measuring Agroecology and its Performance (MAP) project is a collaborative initiative of the Agroecology TPP aimed at fostering agroecological transitions by generating evidence of agroecology’s contribution to societal goals. The MAP project is funded by the German Federal Ministry for Economic Cooperation and Development (BMZ), co-funded by the European Union (EU) and supported by the Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH. The Tool for Agroecology Performance Evaluation (TAPE) was applied in 2024 in three Kenyan counties (Bungoma, Kakamega and Siaya) in the context of the Global Programme “Soil Protection and Rehabilitation for Food Security” (ProSoil). To assess the contribution of ProSoil to agroecological transitions of farmers and their multidimensional performance, TAPE was applied with 101 households that actively participated in ProSoil activities (ProSoil group) and with 100 households that had not actively participated in the programme (comparison group).

At the Agroecology Leadership Academy, participants develop their skills and build on their experience as leaders in agroecological transformation. They are equipped to navigate complex systems and support social transformation. Through joint initiatives, the teams help enhance agroecological transformation in their countries. Our learning methods include blending the “what” (agroecological transformation) with the “how” (leadership), using interactive experiences and action-based methodologies, and co-creating a collective learning space for joint action.

This synthesis paper is a product of a first workshop on upscaling the potential of soil organic carbon for climate action, held in April 2020. Experts came together for the “Climate-Soil Community of Practice” to disseminate information on successful land management and soil carbon projects, highlight good practices for overcoming adoption barriers and strengthen the case for sustainable land management as a key to effective climate action. This synthesis paper presents the outcomes of the presentations and discussions derived during the event on the linkages between sustainable land management and climate change. It aims to provide guidance on a holistic approach to land use and climate policy processes within the scope of international agendas and national actions. It offers entry points at the national level and presents good practices to current barriers in aligning these two closely interconnected, yet often separately treated processes.

Years of chemical-intensive agricultural practices following the Green Revolution in the late 1960s have led to extensive soil degradation in India. This has implications for food security, farmers’ incomes, and the country's economy. However, domestic top-down policy mandates in recent times have favoured practices like natural farming with a view to slow down and eventually halt soil degradation. This is in line with the international Sustainable Development Goals (SDGs), one of which is focused on restoring degraded lands (SDG 15.3 aims to strive achieve land degradation neutrality). Taking cue from recent policy mandates on soil and land, this chapter posits the historical significance of the Panchayat — a village-level administrative institution in India — and argues for its involvement in policy implementation for soil rehabilitation at the village level, The article also makes a case for the introduction of an overarching National Soil Policy to encourage natural farming practices and biofertilizer use.

The Global Programme „Soil protection and rehabilitation for food security“ which is implemented by GIZ on behalf of the German Federal Ministry for Economic Cooperation and Development, works with partners who identified the need for sharing and implementing sustainable approaches for soil protection and rehabilitation in six countries (Benin, Burkina Faso, Ethiopia, India, Kenya and Madagascar). At the political level, the programme advises the partner governments on improving general political conditions. The governments have to create incentives for farmers and smaller enterprises to use the soil in more sustainable ways. To support these national activities, the programme organizes international forums that encourage participants to share lessons learned.

The Land Matters! Integrating soil degradation concerns and solutions into policy processes Massive Open Online Course (MOOC) is contributing to the aforementioned Global Programme. Many academics and practitioners struggle to support decision making which takes into account land use related trade-offs in ecosystem service provision, even though many have evidence of such trade-offs. The MOOC therefore helps them in finding ways to support decision-making. It is hosted on the GIZ online platform, Global Campus 21.

Agroecology is an integrated and holistic approach to sustainable agricultural and food systems, from production to consumption. It is pursued in three dimensions: science, agricultural practices, and a social movement. The 13 agroecological principles of the HLPE (2019) provide guidance for its implementation.

Soil health is fundamental for the productivity of cropping systems. It relies on three interlinked pillars: (1) availability of sufficient nutrients, (2) organic matter and (3) soil biota. Organic matter regulates pH and supports nutrient availability, water retention and soil biodiversity. Soil biotas decompose organic matter and improve soil structure by forming soil aggregates.

This guidebook aims to inform the design of agricultural carbon projects and to support project developers in navigating key project development issues, drawing on lessons learnt from a pilot project; the Western Kenya Soil Carbon Project (WKCP) as well as feasibility studies in India and Madagascar.

This synthesis report examines how gender is implicated in soil health interventions across diverse country contexts, and how Soil Matters as a global programme can respond with both gender-responsive and gender-transformative approaches. It draws on national gender analyses conducted between 2024–2025, offering cross-country insights, strategic recommendations, and key entry points to ensure that gender equality is not only acknowledged but actively pursued within the programme’s design, delivery, and scaling pathways.nger. Depending on the climate scenario, up to 80 million additional people could be at risk of hunger due to climate change (IPCC 2022).

Climate change is a major threat to agricultural production. Africa is particularly affected. Since 1961, total agricultural productivity growth in Africa has been reduced by 34 per cent due to climate change. These negative effects are likely to increase. The yields of staple cereals and legumes in the tropics are expected to decline by 5 per cent for every degree Celsius of global warming. Yield reductions and harvest failures are undermining food security and increasing hunger. Depending on the climate scenario, up to 80 million additional people could be at risk of hunger due to climate change (IPCC 2022).

This compilation consists of ten selected SLM practices that contribute to improved soil fertility and enhance soil health for the sustainability of food and agricultural systems.

This compilation consists of ten selected SLM practices that contribute to improved soil fertility and enhance soil health for the sustainability of food and agricultural systems.

This compilation consists of ten selected SLM practices that contribute to improved soil fertility and enhance soil health for the sustainability of food and agricultural systems.

This toolkit aims to provide nuanced information about key entry points of the six featured technologies within the broader context of ISFM (Figure 3). By compiling up-to-date evidence from research and case studies we discuss the potential benefits for crop production and complementarity with synthetic fertilizer. Critical reflections are made of lessons learned and innovative incentive mechanisms that can help production and use. We also provide examples of how policies and investments can be designed to create practical ways for farmers to access and use technologies that enhance soil health. This toolkit is intended for development organizations and the policy sector to accelerate dissemination and uptake at scale of organic inputs and other amendments with proven ability to maintain and enhance soil health in food production systems of SSA. In light of the Fertilizer and Soil Health Strategy for the next 10 years, the insights provided in this toolkit can aid decision-makers. By assessing the technical aspects and scalability, the toolkit advances understanding to leverage and guide research, commercial investments and policy design. The scope of the assessments in the toolkit includes upland annual and perennial cropping systems such as grains, roots, tubers, and bananas because they represent the largest geographic area and staple food in smallholder systems of SSA.

This guide presents a systematic approach to identify relevant climatic risks and evaluate the effectiveness of SPR technologies regarding these risks as well as the local feasibility of these technologies. The presented methodology strikes a balance between rigor and practicability. The multistakeholder approach and the participatory elements offer opportunities for networking and sensitization of local experts, policy makers, extension officers and most important - farmers themselves. First experiences demonstrate that opening this space allows for fruitful and empowering exchanges.

This compilation of economic evidence looks at the studies and reports about ProSoil activities that were carried out between 2014 to 2023, many in partnership with the Economics of Land Degradation (ELD) Initiative (www.eld-initiative.org). They were analysed in terms of their economic, social, environmental and benefits as the compilation sought to answer two key questions:

I. Are agroecological practices economically viable for smallholder farmers?

II. What are the wider economic and social benefits of agroecological practices?

This report examines agricultural extension approaches that integrate farmers' knowledge to accelerate agroecological transitions in Benin, Ethiopia, Kenya, and Madagascar. It assesses how advisory services support sustainable farming, foster knowledge-sharing, and ensure long-term farmer engagement.

The analysis is based on a desk review of relevant documents and interviews with key informants who participated in the NDC development process. This helped to understand the NDC development process, highlight the level of integration of SOC/SH into the NDCs, and formulate relevant recommendations based on key areas of support.

Soils worldwide are degrading at an accelerating rate with devastating effects on agricultural productivity and thus food security. Farmers can directly address this challenge by adopting agroecological practices that help maintain or enhance soil fertility over the long term. Evidence from 10 years of implementation of ProSoil shows that these measures not only improve soil fertility but also have a positive economic impact for both farmers and society as a whole. Case studies from ProSoil have been analysed.