Modifying the maximal light-use efficiency for enhancing predictions of vegetation net primary productivity on the Mongolian Plateau

Keyphrases

• Net Primary Productivity 100%
• Mongolian Plateau 100%
• Aboveground Net Primary Productivity 100%
• Light Use Efficiency 100%
• Land Cover Types 20%
• Type-specific 20%
• Meadow Steppe 20%
• Summer Precipitation 20%
• Grassland Net Primary Productivity 20%
• Observation Period 10%
• Model Prediction 10%
• Species Composition 10%
• Growing Season 10%
• Conversion Efficiency 10%
• Coefficient of Determination 10%
• Productivity Change 10%
• Mega 10%
• Environmental Features 10%
• Remote Sensing Model 10%
• Annual Increment 10%
• Dzud 10%
• Joule 10%
• Steppe Types 10%
• Chief Factor 10%
• Biosphere Model 10%
• Steppe 10%
• Typical Steppe 10%
• Desertification 10%
• Desert Steppe 10%
• Drought Stress 10%
• Regional Climate Change 10%
• Carnegie-Ames-Stanford Approach 10%
• Photosynthetically Active Radiation 10%
• Productive Capabilities 10%

Earth and Planetary Sciences

• Vegetation 100%
• Light Use Efficiency 100%
• Grassland 66%
• Land Cover 66%
• Biome 66%
• Climate Change 33%
• Regional Climate 33%
• Photosynthetically Active Radiation 33%
• Growing Season 33%
• Drought Stress 33%
• Remote Sensing 33%

Agricultural and Biological Sciences

• Primary Productivity 100%
• Steppe 46%
• Annuals 15%
• Grassland 15%
• Land Cover 15%
• Meadow 15%
• Climate Change 7%
• Spring 7%
• Growing Season 7%
• Efficiency of Conversion 7%
• Photosynthetically Active Radiation 7%
• Desertification 7%
• Remote Sensing 7%