HelioWebNanjing Forestry University, China
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I[Nanjing Forestry University, China]
PI["Parent Institutions (0)"]
CI["Child Institutions (0)"]
AW["Affiliated Works (14)"]
CA["Linked Collaborating Authors (3)"]
I== skos:broader ==>PI
CI== skos:broader ==>I
AW== affil ==>I
AW== author ==>CA
click PI "#parent-institutions"
click CI "#child-institutions"
click AW "#affiliated-works"
click CA "#collaborating-authors"
Parent Institutions [?]
Child Institutions [?]
Affiliated Works
sorted by decreasing year, and then by display-name
- Effects of Disturbance and Reforestation Programs on China's Forest Carbon Budget in 1901-2001
- Assessment of the large-scale pattern of precipitation in the Yangtze River basin and its possible impact on streamflow
- The effect of fertilization levels and genetic deployment on soil organic matter chemistry and turnover in managed loblolly pine forests
- Establishment of a Riparian Buffer Strip for Alleviating Lake Eutrophication in Eastern China
- Integration of research infrastructures and ecosystem models toward development of predictive ecology
- Soil clay content controls the turnover of slow soil carbon across Chinese cropland
- Systematic errors associated with scaling soil CO<SUB>2</SUB> efflux in forest ecosystems and their impact on the global carbon cycle
- Combining soil flux and soil gas profiles to constrain CH<SUB>4</SUB> emission pathways in a Northern peatland - a data-model fusion study
- Diel and Seasonal Changes in CO<SUB>2</SUB> and CH<SUB>4</SUB> Fluxes over a Poplar Forest in Eastern China
- Land Change and Carbon Modeling Based on USGS LCMAP Products in the Chesapeake Bay Ecoregion
- Quantification of grazing impact on C sequestration over Temperate Eurasian Steppe
- Constraining methane emission pathways via model structure selection and parameter estimation with flux and concentration data in a northern peatland
- Differential soil organic carbon stabilization mechanisms lead to contrasting predictions of carbon cycle in subtropical mangrove and salt marsh ecosystem
- Global positive effects of climate change on terrestrial soil methane emissions