| Adaptation strategies [1] |
| adaptation strategies [1] |
| Agro-pastoralists [1] |
| Alder tree [1] |
| alternatives analysis [1] |
| Analytical solutions [1] |
| Anthropogenic [2] |
| Anthropogenic activities [2] |
| Anthropogenic impacts [1] |
| Aquatic pollution [1] |
| ASALs. [1] |
| Assessment [2] |
| Awareness [1] |
| Benthic invertebrates [1] |
| Benthos [1] |
| Bioaccumulation [2] |
| Bioassay [1] |
| Biodegradable [1] |
| Biodiversity [1] |
| Biodiversity conservation, [1] |
| Biomarkers [1] |
| Biomonitoring [1] |
| BIOSAN latrine [1] |
| BOD [1] |
| BOM [1] |
| BTEX [1] |
| Business Sustainability [1] |
| C- sequestration [1] |
| Calyces [1] |
| Camel Milk [1] |
| capillary fringe [2] |
| Climate [1] |
| Climate Change [2] |
| Climate change [9] |
| climate change [3] |
| Climate change adaptation [1] |
| Climate variability [2] |
| Community health strategy achievements [1] |
| Community involvement [1] |
| Compensation [1] |
| Compliance [1] |
| Compliance; Mavoko; Policy [1] |
| compressed pore airpressure [1] |
| conflict identification [1] |
| Conservation [1] |
| conservation [1] |
| constructed wetland [1] |
| Constructed wetlands [1] |
| Consumers [1] |
| Contamination [2] |
| Cost benefits analysis [1] |
| Crop diversification [1] |
| Crop production [1] |
| Dam [1] |
| Damming [1] |
| decision making [1] |
| Degradation [1] |
| Diapers [1] |
| diffusion equation [1] |
| diffusion mathematical model [1] |
| Disaster risk reduction [1] |
| Discharge [2] |
| Disease burden [1] |
| DIVA-GIS [2] |
| Drift [1] |
| Drought [3] |
| drought events [1] |
| Duration [1] |
| Ecological effects [1] |
| Ecological integrity [1] |
| Ecosystem services [1] |
| Ecosystems [1] |
| ecotourism [1] |
| Education [1] |
| Effluent [1] |
| El-Nino Phenomenon [1] |
| Electricity [1] |
| Energy [2] |
| Energy source [2] |
| Enterprise Performance [1] |
| Environment [3] |
| Environment. [1] |
| Environmental and Social Impact Assessment [1] |
| environmental and social impact statements [1] |
| Environmental Impact Assessment [1] |
| Environmental initiative on Business Performance Sustainability [2] |
| Equus grevyi [1] |
| Extent [1] |
| Faecal [1] |
| Faecal bacteria [1] |
| faecal bacteria [1] |
| faecal indicators [1] |
| False colour composite (FCC) [1] |
| Farmers [1] |
| Farming [1] |
| Finance [1] |
| Financial Turnover [1] |
| Fish [2] |
| Fisheries management [1] |
| Fisheries resources [1] |
| Fishermen [1] |
| Flood disaster [1] |
| Food quality [1] |
| Food safety [1] |
| Food security [1] |
| Food system [1] |
| Foraging Behaviour [1] |
| Forest communities [1] |
| Forest Cover [1] |
| Forest cover change [1] |
| Forest ecosystem [1] |
| frequency distribution [1] |
| Freshwater [2] |
| Freshwater ecosystems [1] |
| Garbage [1] |
| gender [1] |
| Gender participation [1] |
| Gendered perception [1] |
| Governance [1] |
| grass [1] |
| Ground methods [1] |
| Groundwater [3] |
| groundwater fluxes [1] |
| groundwater ridging [1] |
| growing season [1] |
| Habitat [1] |
| hazards [1] |
| Headwater stream [1] |
| Heavy Metals [1] |
| Heavy metals [4] |
| Honey production [1] |
| Hotel Rating [1] |
| hydraulic gradient [1] |
| Hydrological [1] |
| Hydrological drought [1] |
| hydrological drought [1] |
| Hydrus [1] |
| Impoundments [1] |
| Independent component analysis (ICA) [1] |
| Index [1] |
| Indigenous crops [1] |
| indigenous technology [1] |
| Influent [1] |
| informal sector [1] |
| Katimok Forest Reserve [2] |
| Kenya [12] |
| Kimana Community Wildlife Sanctuary [1] |
| Kisumu County [1] |
| Lake Naivasha [2] |
| Lake Naivasha Wetland [1] |
| Lake Naivasha, Environmental Initiatives [1] |
| Land degradation [1] |
| Land tenure [1] |
| Land use [1] |
| Landslide scar [1] |
| Leaf litter breakdown [1] |
| Legal and institutional frameworks [1] |
| Lisse Effect [1] |
| livelihood zones [1] |
| Livelihoods [2] |
| local communities [1] |
| Lotic Ecosystem [1] |
| Lotic ecosystems [1] |
| Macroinvertebrate [1] |
| Macroinvertebrates [1] |
| Macrophytes [1] |
| Malawi [1] |
| Management [1] |
| Marine biota [1] |
| Market integration [1] |
| Masinga dam [1] |
| Masinga Reservoir [1] |
| Masinga reservoir [2] |
| mathematical model [1] |
| Maxent [2] |
| Mechanisms [1] |
| Methotrexate [1] |
| Microfinance credit, [1] |
| Mitigation [2] |
| modeling [2] |
| modelling [1] |
| molecular [1] |
| monitoring [1] |
| Monoculture [1] |
| Mt. Elgon [1] |
| N & C cycling [1] |
| Nakuru [1] |
| Nakuru County [1] |
| National values [1] |
| NCSOIL, modeling [1] |
| Niche [1] |
| non-molecular [1] |
| Normalised difference index (NDI) [1] |
| Normalised difference mid red (NDMIDR) [1] |
| Northern Kenya [1] |
| Nyangores river [2] |
| Nzoia basin [1] |
| Occupational safety and health [1] |
| Occupational safety and health management systems [1] |
| organic matter [1] |
| Organic matter decomposition [1] |
| Organic wastes (OW) [1] |
| Participation [1] |
| participation [1] |
| Participatory forest management [1] |
| Pastoralism [1] |
| Pasture availability [1] |
| Pathotypes [1] |
| peri-urban [1] |
| Phenology. [1] |
| Physico-chemical variables [1] |
| Plastic composition [1] |
| Plastic waste [1] |
| policy [1] |
| Policy formulation [1] |
| Political champion [1] |
| Pollution [2] |
| Population growth [2] |
| Post Disaster [1] |
| potential energy [2] |
| Premium motor spirit [1] |
| pressure head [1] |
| Principal Component Analysis [1] |
| Principal component analysis (PCA) [1] |
| Principal components analysis [1] |
| Privatization [1] |
| Problem animal [1] |
| Project Management Unit [1] |
| Protected area [1] |
| Provision of health service [1] |
| Public participation [1] |
| public participation [2] |
| Purchase [1] |
| Purification efficiency [1] |
| purification efficiency [1] |
| rainfall patterns [1] |
| Rainfall variability [2] |
| rangeland [1] |
| rapid water-table response [1] |
| rapid watertable response [1] |
| Recharge [1] |
| Reconstruction [1] |
| Recycling [1] |
| Refugee camps [1] |
| Regulatory Framework [1] |
| Regulatory framework [1] |
| Renewable energy [1] |
| renewable energy resources [1] |
| Reuse [1] |
| Riparian vegetation [1] |
| Risk assessment [1] |
| River [4] |
| River Chania [1] |
| Roselle [1] |
| Roselle plant [1] |
| Rriffle habitats [1] |
| Ruiru [1] |
| Runs analysis [1] |
| Rural women [1] |
| Saltwater intrusion [1] |
| Sampling duration [1] |
| Sampling period [1] |
| Sanitation [1] |
| Sanitation management [1] |
| Sediments [1] |
| Severity [2] |
| Sewage works [1] |
| Shelter [1] |
| Shire River Basin [1] |
| Shredder [1] |
| Sieve mesh size [2] |
| Small Hydro‐Power Plant (SHP) [1] |
| Small scale farmers [1] |
| smallholder agriculture [1] |
| Smallholder farmers [1] |
| Socio-economic [1] |
| Socioeconomic factors [1] |
| Soil [1] |
| soil [1] |
| Soil erodibility mapping [1] |
| Soil water storage [1] |
| Somers’ delta test [1] |
| Sorghum bicolor [1] |
| sources [1] |
| spatial [1] |
| Spatial modeling [1] |
| spatial perception [1] |
| Species distribution model [1] |
| Stalemate. [1] |
| Stream ecosystem functioning [1] |
| Stream invertebrates [1] |
| Streamflow [1] |
| Sugarcane [1] |
| SWAT [1] |
| Tamoxifen [1] |
| temporal [1] |
| Thika [1] |
| Trade Associations [1] |
| Transaction cost [1] |
| Tropical [2] |
| Turkana Kenya [1] |
| University philosophy [1] |
| Unsustainability [1] |
| Upper Tana basin [1] |
| urban effluent [1] |
| User groups [1] |
| Value Chain [1] |
| Value chains [1] |
| Value education [1] |
| Variation [1] |
| vegetables [1] |
| Vegetation [1] |
| Vegetation alterations [1] |
| Vulnerability [2] |
| Waste management [1] |
| Wastewater [1] |
| water [2] |
| Water management [1] |
| water management [1] |
| Water pollution [1] |
| Water projects. [1] |
| Water Quality [1] |
| Water quality [2] |
| water quality [1] |
| Water resources [1] |
| Water stress [2] |
| Watershed [1] |
| Western Kenya. [1] |
| Women [1] |
| women [1] |
| Woven products [1] |
| Youth [1] |
