A basic precondition for the fulfillment of the goal and outputs is that the organizational set-up, including PATSPOand major stakeholders involved, have the required technical, institutional and motivational capacity.
Tag: assessment
Training Needs Assessment. Consultancy Report
Assessing adoption potential: lessons learned and future directions
Land degradation, low soil fertility and lack of quality livestock feed are increasingly recognized as key problems for farmers throughout sub-Saharan Africa. The research reported in this volume documents the experiences of farmers in testing and assessing the potential of agroforestry practices to address these problems and increase their incomes. The volume presents five case studies from three contrasting zones: a humid, highland area in central Kenya located close to major markets; a humid, highland area in western Kenya with poorer soils and further from markets; and a subhumid plateau area in eastern Zambia with degraded soils, lower population density, and far from major markets. Maize, the main food staple in eastern and southern Africa, is the most important crop component of all of the agroforestry practices examined in the case studies. Three case studies assess soil fertility interventions, including improved tree fallows and hedgerow intercropping (Table 9.1). In eastern Zambia, the number of farmers using improved, 2-year tree fallows rose from 20 in 1993 to about 10,000 in 2000. Main trees planted were Sesbania sesban, which requires a nursery, and Tephrosia vogelii, which may be direct seeded. In western Kenya, farmer-managed experiments in the early 1990s helped researchers identify a range of brief, one-season fallow species, which, by 1999, were being planted by several thousand farmers. The most popular species were Crotalaria grahamiana, Crotalaria ochroleuca, and tephrosia, all of which were direct seeded. Hedgerow intercropping in western Kenya, while not contributing significantly to improving soil fertility and crop yields in the short run (1–4 years), was shown to be an important means of reducing soil erosion, and can thus improve fertility and yields in the long run. The main species included Calliandra calothyrsus and Leucaena leucocephala. One case study, also from western Kenya, assesses the introduction of trees for wood production, such as Grevillea robusta and Casuarina junghuhniana, planted along boundaries and in other arrangements. The last case study reports on the uptake of calliandra in the mid-1990s, which farmers planted to provide fodder for increased milk production in central Kenya. By 2000, about 4000 smallholder dairy farmers had planted calliandra and numbers expanded rapidly over the next 3 years. This chapter reviews the adoption potential of the practices within and outside the areas they were tested and assesses policy support needed to promote their adoption. Next, we summarize lessons learned for improving the effectiveness and efficiency of developing and disseminating new practices, focusing on the complementarity of different types of on-farm trials, the promotion of farmer participation, adaptation and innovation, and on creating adaptive research and dissemination networks. Finally, suggestions are made concerning areas for future research.
Assessment of farmer groups in Solwezi, Manafwa and Kapchorwa Districts
Biodiversity and Invasive species assessment information dissemination: Workshop Report
Systematic Land and Soil Health Assessment in Solwezi, Zambia: Milestone 3.2
Southern Africa Regional Stakeholder Engagement: Co-design workshop
The project builds on the recent revolution in quality and accessibility of Earth Observation (EO) data, which presents a major opportunity for IFAD. Recent advancements in the use of satellite data, as well as analysis capabilities, allow for accurate characterisation of a wide range of agricultural landscapes and production management systems.
Methods for assessing agroforestry adoption potential
This chapter describes methods for assessing the adoption potential of agroforestry practices through participatory on-farm trials, and their application in the five Kenya and Zambia case studies. We discuss briefly the evolution of adoption assessments through on-farm research. We then define three types of on-farm trials and discuss their main features, management and suitability for generating information on adoption potential. The next section discusses the organization of participatory on-farm trials; the following section presents specific methods for determining the biophysical performance, profitability, feasibility/acceptability, boundary conditions and insights about dissemination of practices tested in on-farm trials. The chapter then discusses how this on-farm research approach fits into a new farmer-centred model of the research–development continuum, and concludes with some thoughts on future priorities.
Land health surveillance and response: A framework for evidence-informed land management
Degradation of land health – the capacity of land, relative to its potential, to sustain delivery of ecosystem services – is recognized as a major global problem in general terms, but remains poorly quantified, resulting in a lack of specific evidence to focus action. Land health surveillance and response is designed to overcome limitations of current assessment approaches. It is modelled on science principles and approaches used in surveillance in the public health sector, which has a long history of evidenceinformed policy and practice. Key elements of the science framework are: (i) repeated measurement of land health and associated risk factors using probability based sampling of well defined populations of sample units; (ii) standardized protocols for data collection to enable statistical analysis of patterns, trends, and associations; (iii) case definitions based on specific diagnostic criteria; (iv) rapid low cost screening tests to permit detection of cases and non-cases in large numbers of samples; (v) cost-effectiveness evaluation of interventions based on projected reduction in risks and problem incidence; (vi) design of statistically analysable studies to evaluate interventions in the real-world; (vii) meta-analysis of these data to guide design of public policy and intervention programmes; and (viii) integrating surveillance and the communication and use of results into operational systems as part of regular policy and practice. The scientific rigour of land health surveillance has potential to provide a sound basis for directing and assessing action to combat land degradation. Specialized national surveillance units should be established to harness and realign existing resources to provide integrated national land health systems. An international unit is needed to provide science and technology support to governments and develop standards, whereas an international agency should coordinate land health surveillance globally. Application of the surveillance framework could result in a shift away from a focus on rehabilitation of severely degraded land towards a preventive approach that focuses more on reducing distal risks at national and regional levels.
Is the world on track to restore 30 percent of degraded and deforested landscapes by 2030?
Restoring forests and other landscapes enhances their ability to provide essential ecosystem services, such as climate regulation, flood control, and protection of biodiversity. Restoration can also generate economic benefits for local communities.250 With an estimated 294.5 million people — 12 percent of the population in low-income countries—living on lands ripe for tropical forest restoration, 251 prioritizing local communities in these efforts can align global goals for climate mitigation, biodiversity conservation, and sustainable development, thereby improving resilience and quality of life for those most affected. This chapter tracks progress towards the target of restoring 30 percent of degraded and deforested landscapes as set by Target 2 of the KM-GBF.