Browsing School of Environmental Science and Natural Resource Management by Subject

Now showing items 61-80 of 357

      Subject
      CLEAN ENERGY [1]
      CLIMATE CHANGE AND HUMAN ADAPTATION, CLIMATE CHANGE AND MITIGATION STRATEGIES, CLIMATE CHANGE IN SEMI-ARID AREAS [1]
      CLIMATE CHANGE, CLIMATE CHANGE ON MAIZE PRODUCTION, MAIZE PRODUCTION IN NZOIA RIVER, BASIN, KENYA, CLIMATE CHANGE AND VARIABILITY PATTERNS [1]
      Climate change, Mount Elgon Foret Ecosystem [1]
      Climate forecasting · Indigenous knowledge · Scientific climate forecasting · Drought · Arid and semiarid lands · Pastoral livelihoods [1]
      Climatic factors - Deciduous - Homegarden - Meitei - Phenology [1]
      Commercial forestry, Invasive species, Exotic species, Forest management [1]
      Community involvement, Natural resources, conservation, poverty, multidimensional poverty index, [1]
      Conservation, Morphological Variation, Osyris lanceolata [1]
      conservation; effectivealleles; endangered species;genetic diversity; genotypedata; molecular variance;polymorphic loci [1]
      Conservaton, density, endemic, grasslands, passerine bird, populaton. [1]
      Consumptiveness, Forest Products, Economic Units, Climatic Variation [1]
      Contamination; Fecal coliforms; Groundwater; Kamkuywa; Regression; Safe distance [1]
      COOPERATIVE BREEDING IN THE VULTURINE GUINEAFOWL (Acryllium vulturinum), T MPALA RESEARCH CENTER [1]
      Cupressus lusitanica MODELLING GROWTH, Pinus patula MODELLING GROWTH, Cupressus lusitanica YIELD IN CENTRAL REGION OF KENYA, Pinus patula YIELD IN CENTRAL REGION OF KENYA [1]
      Cuscuta campestris Yunck, TEA GROWTH, SOIL NUTRIENT, SOIL NUTRIENT UPTAKE [1]
      DECONGESTION MEASURES [1]
      Defluorination, Bio-sand Filter, activated charcoal, bone char, diatomite and steel wool [1]
      Determinants, Demographic Factors, Resource Management, Influencing level, Socio-incentive Tool, OLS regression Model. [1]
      detritivore shredders, stream invertebrates, ecosystem function, gut content analysis, omnivory, trophic relationships, Potamonautes spp., organic matter, riparian disturbance, Afrotropical streams [1]