Landscape-scale variation in taxonomic diversity in four groups of aquatic organisms: The influence of physical, chemical, and biological properties

Earth & Environmental Sciences

• aquatic organism 93%
• chemical property 76%
• physical property 68%
• lake 51%
• snail 31%
• macrophyte 29%
• organism 26%
• invertebrate 25%
• immigration 22%
• fish 17%
• species richness 16%
• extinction 16%
• species-area relationship 13%
• glacial history 13%
• exotic species 11%
• residential development 11%
• lake water 9%
• predator 8%
• conductivity 7%
• family 7%
• rate 6%
• nutrient 6%
• groundwater 5%
• effect 2%

Agriculture & Biology

• aquatic organisms 100%
• lakes 71%
• physical properties 70%
• physicochemical properties 68%
• macrophytes 28%
• snails 24%
• invertebrates 21%
• organisms 20%
• immigration 19%
• ionic strength 18%
• extinction 16%
• fish 15%
• species richness 14%
• groundwater 9%
• nutrient content 7%
• history 6%
• predators 6%
• water 3%

Chemical Compounds

• Biological Property 85%
• Electrical Conductivity 67%
• Ionic Strength 45%
• Groundwater 31%
• Nutrient 31%