terrestrial ecosystems - Globe Thesis

Keyword [terrestrial ecosystems] Result: 1 - 19 \| Page: 1 of 1
1.	Effects Of Future Climate Change On The Storage Of Soil Organic Carbon In Terrestrial Ecosystems Of China
2.	Estimation Of Soil Respiration From Terrestrial Ecosystems Based On GIS During The Past40Years
3.	Temporal-spatial Variations Of Carbon Cycle And Water Use Efficiency Of Terrestrial Ecosystems In Alpine Area Of Southwestern China
4.	The Coupling And Development Of TRIPLEX-MICROBE Model And Its Simulation About Global Soil Organic Carbon And Microbial Carbon
5.	Spatial And Temporal Patterns Of Litter Decomposition And Its Driving Factors Across Typical Terrestrial Ecosystem Of China
6.	Spatial Variation And Controlling Factors Of Soil Respiration And It's Temperature Sensitivity In Terrestrial Ecosystems Across China
7.	Quantification of and Controls on Dinitrogen and Nitrous Oxide Fluxes from Terrestrial Ecosystems
8.	Effects of Disturbance and Land Management on Water, Carbon, and Nitrogen Dynamics in the Terrestrial Ecosystems of the Southern United States
9.	Ecological and physiological limitations of carrion fly colonization of cadavers in terrestrial ecosystems
10.	Improving estimation of gross primary productivity of terrestrial ecosystems
11.	The influence of moisture availability on terrestrial ecosystems: Effects on soil animal communities along a regional/global scale climate gradient
12.	Interactions of Water and Energy Mediate Responses of High-Latitude Terrestrial Ecosystems to Climate Change
13.	Land surface modeling with enhanced considerations of soil hydraulic properties and terrestrial ecosystems
14.	Bacterial growth efficiency: Assessment in terrestrial ecosystems
15.	Responses and adaptation strategies of terrestrial ecosystems to climate change
16.	Phosphorus controls on structure and function of Rocky Mountain and Uinta Basin terrestrial ecosystems
17.	The role of snow in soil thermal dynamics of the Arctic terrestrial ecosystems
18.	Soil microbial responses to disturbance events and consequences for carbon cycling in terrestrial ecosystems
19.	Sunlit Leaf Photosynthesis Rate Correlates Best with Chlorophyll Fluorescence of Terrestrial Ecosystems
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