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Intensive closed fish farming systems location score using photovoltaic energ...
Raster representing a location score for intensive, closed, and semi-closed catfish farming systems using photovoltaic (PV) alternative energy, using ponds, tanks, RAS, flow... -
Non-intensive fish farming systems location score - AWI: Catfish and Tilapia ...
Raster dataset representing a potential/suitability score for non-intensive and integrated, small-scale, African Catfish and Nile Tilapia fish farming systems, using ponds and... -
Non-intensive fish farming systems location score: Catfish and Tilapia (Chad ...
Raster representing a suitability score for non-intensive and integrated, small-scale, African Catfish and Nile Tilapia, farming systems, using ponds and small water bodies... -
Crop Storage/Processing Large-Scale Rice Production Location Score (Cameroon...
The raster dataset consists of a 500m score grid for irrigated rice storage and processing location, achieved by processing sub-model outputs that characterize logistical... -
Non-intensive fish farming systems location score - AWI: African Catfish and ...
Raster representing a potential/suitability score for non-intensive and integrated, small-scale, African Catfish and Nile Tilapia fish farming systems, using ponds and small... -
HiH Agricultural Typologies - Efficiency - Colombia
The main purpose of Agricultural Typology is to contribute to sustainable agricultural growth and food security in vulnerable regions by supporting the scaling of proven... -
HiH Agricultural Typologies - Poverty Dataset - Bangladesh
The main purpose of Agricultural Typology is to contribute to sustainable agricultural growth and food security in vulnerable regions by supporting the scaling of proven... -
HiH Agricultural Typologies - Agricultural Efficiency Dataset - Bangladesh
The main purpose of Agricultural Typology is to contribute to sustainable agricultural growth and food security in vulnerable regions by supporting the scaling of proven... -
Hand-in-Hand Master Config
This dataset contains the group configuration of the hand-in-hand datasets grouped by the top level themes. The top level themes include: Hand-in-Hand Analysis Food Security... -
Crop Storage Location Score: Citrus (Bhutan - ~ 500 m)
The raster dataset consists of a 500 m score grid for the crop storage location, produced under the scope of FAO’s Hand-in-Hand Initiative, Geographical Information Systems -... -
Crop Storage Location Score: Asparagus (Thimphu, Bhutan - ~ 500 m)
The raster dataset consists of a 500 m score grid for the crop storage location, produced under the scope of FAO’s Hand-in-Hand Initiative, Geographical Information Systems -... -
HiH Agricultural Typologies - Potential - Ethiopia
The main purpose of Agricultural Typology is to contribute to sustainable agricultural growth and food security in vulnerable regions by supporting the scaling of proven... -
Nauru_Population_Grid_2020
Population Raster Nauru 2020 Data Input: Household locations from 2019 Population and Housing Census conducted using Survey Solutions CAPI (Computer Assisted Personal... -
Niue_Population_Grid_2020
Population Raster Niue 2020 Data Input: Household locations from Open Street Maps - HOSM Niue Building footprint. https://data.humdata.org/dataset/hotosm_niu_buildings... -
HiH Agricultural Typologies - Agricultural Potential Dataset - Gabon
The main purpose of Agricultural Typology is to contribute to sustainable agricultural growth and food security in vulnerable regions by supporting the scaling of proven... -
HiH Agricultural Typologies – Mozambique
The Agricultural Typology is a part of the Hand-in-Hand initiative (HiH) that aimed to identify micro-regional level innovation opportunities, bottlenecks and investment gaps.... -
HiH Agricultural Typologies – Agricultural Potential Dataset - Panama
The main purpose of Agricultural Typology is to contribute to sustainable agricultural growth and food security in vulnerable regions by supporting the scaling of proven... -
HiH Agricultural Typologies - Agricultural Efficiency Dataset - Gabon
The main purpose of Agricultural Typology is to contribute to sustainable agricultural growth and food security in vulnerable regions by supporting the scaling of proven... -
HiH Agricultural Typologies – Bolivia
The Bolivia Agricultural Typology is part of the Hand-in-Hand initiative (HiH) and aims to identify micro-regional level innovation opportunities, bottlenecks and investment... -
HiH Agricultural Typologies – Gabon
The Agricultural Typology is a part of the Hand-in-Hand initiative (HiH) that aimed to identify micro-regional level innovation opportunities, bottlenecks and investment gaps....