Land & Water

Land Resources Planning Toolbox

This category of tools gives prominence to biophysical attributes (climate, soil, terrain, water, etc.) and their interactions in the land evaluation process. The output, in most cases, guides the users to suitable options for land use alternatives, based mainly on biophysical attributes. Land suitability and similarity analysis are typical examples. Documents describing principles, approaches and guidelines for land evaluation are included, as well as different tools for classifying soils based on the suitability for a specific use, capability or potential, fertility constraints and management and linkages to yield, productivity, physical and chemical properties. Sophisticated or simplified modelling of crop growth and yield predictions, also fall into this category.

The tools in this category use as inputs information on both biophysical characteristics  and social and economic conditions and generally incorporate principles, approaches and methods of participatory land use planning, with the overall objective of reaching mutually beneficial outcomes for all stakeholders.

The tools in this category give prominence to the characterization of social and economic settings required for land use planning and includes approaches and methods of participatory decision-making. Biophysical conditions may be considered in these tools, but not in depth.

This category includes databases that can facilitate land evaluation and land use planning by providing information that may serve as inputs for the process. These databases provide maps and data on soil and terrain characteristics, land degradation, land cover, land use, climatic data including future projections, crops and yields, food, agriculture, water resources, adaptability/suitability of identified plant species for a given environment, and socio-economic data and statistics on poverty, population, tenure and gender.

This category of tools do not produce results that have direct use for land evaluation and land use planning, but has a supporting role by providing various types of data  that can be used in land evaluation studies and as input data sets for land use planning.

Number of records: 32
The FESLM is a strategic framework approach for evaluating sustainable land management. The framework contains a ‘logical pathway’, a series of logical steps connecting all aspects of the land use – environmental, economic and social – which collectively determine whether that form of land management is or will become sustainable....
Type: Framework/Guidelines
Scale: Sub-national/Province/District, Watershed/Basin/Landscape
Thematic areas: Land evaluation
User Category: Scientific advisor
The Driver-Pressure-State-Impact-Response (DPSIR) Framework provides a structure within which to present the indicators needed to enable feedback to policy makers on environmental quality and the resulting impact of the political choices made, or to be made in the future. The DPSIR framework assumes a chain of causal links starting with...
Type: Framework/Guidelines
Scale: National, Sub-national/Province/District
Thematic areas: Land degradation, Land management/planning
User Category: Scientific advisor, Policy maker
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