Browsing School of Biological and Physical Science by Subject

Now showing items 1-20 of 56

      Subject
      Sale response probability Tourism enterprises Kisumu county Probability linear model Tourism backward linkage Kisumu rural Visitor length of stay Small enterprises. [1]
      Salinity, Growth, Leaf yield, Spiderplant [1]
      salinity, Vigna subterranea, growth physiology, saline water. [2]
      Salmonella infections, Salmonella typhimurium, Salmonella typhi, drug resistance. [1]
      Salt tolerance, salt stress; soil salinity, plant growth [1]
      sap flow, trees, grazing, savanna [1]
      Scale-up process, Low-temperature densification, Cold sintering, Ceramic-Polymer composites, Zinc oxide nanoparticles [1]
      Schistosomiasis; neglected tropical diseases; pesticides; freshwater pollution; Schistosoma mansoni; Biomphalaria pfeifferi [1]
      Scholar-practitioner gap, Research relevance, Research dissemination, Hospitality, Kenya [2]
      Season and Genotype on Caffeine and Flavan-3-ols ;green tea [1]
      selenium deficiency; Epstein – Barr virus (EBV); malaria; endemic Burkitt’s lymphoma; pediatric cancer; malnutrition [1]
      Selenium, phase change memory, localized states [1]
      Selenium; phase change memory; localized states [1]
      self-similar fluid; noninteger dimensional spaces; fractal tube surface; Poiseuille’s law; surface fractal dimensions; Navier–Stokes equations for fractal medium [1]
      Senecio - Africa, East;Senecio - Canada; Pyrrolizidines [1]
      Senecio hadiensis;S. syringifolius;Compositae;pyrrolizidine alkaloids;N-oxides;distribution [1]
      Senecio ruwenzoriensis;S. othonniformis;Compositae;pyrrolizidine alkaloids;ruwenine;ruzorine; [1]
      Service delivery digitalization tools, COVID-19 recovery, fast-food restaurants. [1]
      Service quality, hotels, Western tourism circuit, Kenya [1]
      Sesbania sesban Calliandra calothyrsus Leucaena diversifolia agroforestry intercropping Vihiga Kenya intercellular Carbon (IV) oxide concentration net photosynthesis transpiration rate [2]