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Book (series)Evaluation reportTerminal evaluation of the project "Participatory assessment of land degradation and sustainable land management in grassland and pastoral systems
Project code: GCP/GLO/530/GFF - GEF ID: 5724
2022Also available in:
No results found.The project ‘Participatory assessment of land degradation and sustainable land management in grassland and pastoral systems’ was implemented from 2017 to 2021 in Burkina Faso, Kenya, Kyrgyzstan, the Niger, and Uruguay. The project successfully developed and tested a participatory rangeland and grassland assessment methodology (PRAGA); providing a practical tool for collecting data and information on rangeland and grassland health, thereby contributing to enable informed decision-making for sustainable rangeland and grassland management – thus aligning with UNCCD and SDG 15 (Life on Land). The evaluation provides five recommendations: i) develop strategies for facilitating the use by national stakeholders of remote sensing and GIS; ii) strengthen the gender dimension; iii) refine and promote PRAGA as a tool for monitoring of national CBD and UNFCCC commitments; iv) integrate more PRAGA assessments in interventions that invest in tangible rangeland management improvements; and v) establish an institutional home in FAO for rangeland and grassland management. -
Book (stand-alone)Technical studyApplication of the participatory rangeland and grassland assessment (PRAGA) methodology in Kyrgyzstan
Baseline analysis, remote sensing, field assessment and validation report
2022Also available in:
No results found.As rangelands support one-seventh of the world’s population and occupy one-third of its land area, there is increasing focus on their economic, environmental and nutritional roles together with a growing understanding of their potential in climatic regulatory systems and biodiversity conservation. However, rangelands and grasslands are complex, dynamic systems, which make assessment and management difficult given the many interacting biophysical elements, drivers and objectives of those that use them. Facilitating and developing tools to monitor rangeland and grassland complexity and clearly demonstrate how management influences ecosystem processes is an important component of improving rangeland management practices, r egulatory systems and economic development. The project “Participatory assessment of land degradation and sustainable land management in grassland and pastoral systems”, funded by the Global Environment Facility (GEF), was developed with the primary objective of strengthening the capacity of local and national stakeholders in pastoral and agropastoral areas comprising of grasslands and rangelands to assess land degradation (LD) and make informed decisions to promote sustainable land management (SLM) in a way that preserves the diverse ecosystem goods and services provided by rangelands and grasslands . This report represents a synthesis of activities in development and testing of the participatory rangeland and grassland (PRAGA) methodology in Kyrgyzstan, including a national and regional baseline review, large-scale assessment & remote sensing, participatory mapping and indicator selection, field assessment results and validation workshops held to verify data and resulting conclusions that feed into next steps and technical and policy recommendations. -
Book (stand-alone)Technical bookSustainable land management in rangeland and grasslands
Working paper
2022Also available in:
This participatory grassland and rangeland assessment (PRAGA) methodology was developed for the assessment of rangelands and grasslands in selected project countries. It was developed through the project 'Participatory assessment of land degradation and sustainable land management in grassland and pastoral systems', financed by the Global Environment Facility (GEF) and executed by the Food and Agriculture Organization of the United Nations (FAO) and the International Union for Conservation of Nature (IUCN). The methodology was piloted in five countries – Burkina Faso, Kenya, Kyrgyzstan, Niger and Uruguay – to test its effectiveness and value. Necessary revisions were made to the methodology, based on lessons learned from its application. This report documents the good practices of rangeland management as a way to inform decisions on rangeland management; and raise awareness about the importance of locally identified management practices. It highlights the fact that these rangeland management practices do not necessarily align with practices as defined by scientists/ecologists. The target audience of this working paper includes decision-makers, land managers, other land users, and scientists.
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Book (series)Technical studyCharacterization of the agricultural drought prone areas at global scale 2016
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No results found.Drought is one of the main causes of food insecurity. In 2011, the horn of Africa has faced the worst drought in 60 years. An estimated 12.4 million people suffered from a massive food shortage. To mitigate the impact of agricultural drought, it is of high importance to dispose of timely and reliable information of the condition of food crops and grassland areas in all regions and countries in the world. The case study would characterize the agricultural drought prone areas of Horn of Africa ove rlapping socioeconomic variables such smaller or large farmers, irrigation, population, production, etc. The final results would assist the decision makers to better design the adaptation and mitigation plans. -
Book (stand-alone)Manual / guideMapping of salt-affected soils – Technical manual 2020
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Salt-affected soils such as saline or sodic soils are distributed in all continents at various levels of problem intensity. They are soils with high amounts of soluble salts and/or sodium ions. An updated information of their distribution and drivers is a first step towards their sustainable management. This book provides technical guidelines and approach for developing a harmonized multiscale soil information of salt-affected soils. The book is organized into three sections covering seven chapters. The sections are sequentially arranged but independently designed to benefit focused readership who may want to go straight to any section. Section 1 gives the background information. It has three chapters covering existing literature on the characteristics and mapping methods for salt problems in the soil. It is intended to illustrate the basic concepts, linkage of the characteristics of salt-affected soils with input data requirements for their mapping, existing classification methods, and global distribution of these soils. Section 2 covers the methodological procedures for developing multiscale spatial information of salt-affected soils. It has two chapters describing requirements, input data preparation, and the procedural steps for developing spatial information of salt-affected soils. It outlines how data from different sources and characteristics are harmonized and integrated to produce information of salt-affected soils. Section 3 covers information sharing and resources mobilization when developing information on salt-affected soils. It gives the guidelines for preparing spatial maps and steps for value-addition to benefit end-users of the information. It also contains a generic training program for building technical capacity for mapping salt-affected -
DocumentOther documentISPM 8. Determination of pest status in an area
Adopted 2021
2021This standard describes the use of pest records and other information to determine pest status in an area. Pest status categories are defined and a description of the use of pest status for pest reporting is provided. This standard also provides guidance on the possible sources of uncertainty associated with information used to determine pest status.