Nutrient Cycling in Forest Ecosystems - Qualls, Robert G.
English[eng]
Keywords: leaf stoichiometry||Cyclocarya paliurus||geographic variations||natural populations||climate variables||nitrogen||phosphorus||N:P ratio||soil stoichiometry||soil nutrient||nutrient limitations||natural grassland||natural forest||soil fauna||N addition||soil profile||community structure||food resources||poplar plantations||experimental nitrogen addition||understory plant growth||plant nutrient||nonstructural carbohydrates||Alpine treeline||Nitrogen||Non-structural carbohydrates||Phosphorus||Potassium||Remobilization||Storage||Upper limits||nutrient resorption||nitrogen and phosphorous||planted forests||climate zones||plant functional types||precipitation||green leaf nutrient||nitrogen deposition||N and P colimitation||leaf N:P stoichiometry||soil N:P stoichiometry||seasonal variations||nutrition resorption||ecological stoichiometry||plant-soil feedback||stand age||Robinia pseudoacacia L.||forests||nutrients||disturbance||management||diversity||biomass||soil properties||experimental fires||UV-spectroscopy analysis||thermal infrared thermometer||nitrogen and phosphorus addition||understory plants||stoichiometric ratio||litter decomposition||litter standing crop carbon||conversion coefficient||climatic factors||Tibetan Plateau||shrublands||Cunninghamia lanceolata||mixture effect||nutrient cycling||rhizosphere effect||species competition