Net primary productivity and nutrient cycling across a mesic to wet precipitation gradient in Hawaiian montane forest

Agriculture & Biology

• net primary productivity 100%
• montane forests 89%
• biogeochemical cycles 86%
• soil 38%
• plant growth 23%
• rain 17%
• forest growth 15%
• oxygen 15%
• primary productivity 13%
• redox potential 12%
• soil solution 12%
• dietary minerals 11%
• tropical forests 11%
• plant growth substances 11%
• anaerobic conditions 11%
• mineralization 10%
• soil pH 10%
• solubility 9%
• ecosystems 8%
• vegetation 8%
• phosphorus 8%
• duration 7%
• degradation 6%
• nutrients 6%
• nitrogen 6%
• leaves 4%
• water 4%
• temperature 4%

Earth & Environmental Sciences

• montane forest 89%
• nutrient cycling 85%
• productivity 53%
• soil 32%
• oxygen 11%
• nutrient limitation 10%
• rainfall 10%
• oxidation-reduction 9%
• foliage 9%
• parent material 9%
• water availability 8%
• tropical forest 8%
• anoxic conditions 8%
• relief 7%
• solubility 7%
• trace element 6%
• mineralization 6%
• phosphorus 6%
• decomposition 6%
• demand 5%
• vegetation 5%
• nitrogen 5%
• ecosystem 5%
• resource 4%
• temperature 3%