Assoc. Prof. Dr. Xingchang Wang has received several notable grants, reflecting his significant contributions to forest ecosystem research in China. He secured funding from the National Natural Science Foundation of China (32171765) to study the coupling mechanism between productivity fluctuations and leaf nutrient resorption in Northeast China’s secondary forests (2022-2025, ￥580,000) 🌳. Additionally, he is involved in a subproject (2021YFD220040105) investigating carbon source/sink changes in forest ecosystems and their environmental drivers (2022-2025, ￥1,000,000) 🌱. His earlier projects include studying carbon flux techniques in mountainous forests (41503071), and exploring canopy phenology dynamics’ impact on carbon and water flux (QC2017010) 🍃.
Publications Top Notes
Ratio of photosynthetically active radiation to global solar radiation above forest canopy in complex terrain.
Degree of shade tolerance shapes seasonality of chlorophyll, nitrogen, and phosphorus levels of trees and herbs in a temperate deciduous forest.
Applicability of the generalized wind profile model over mountainous forests.
Decoupling of nitrogen, phosphorus, and carbon release from fine and coarse roots during 7 years of decomposition.
Achieving grain security and carbon neutrality: Challenges from carbon allocation.
Comparison of leaf cost-benefit relationship for five pinnate compound-leaf tree species in temperate forests of northeast China.
Comparison of tree-ring xylem anatomical parameters of three tree species under different moisture conditions in the Mulling area, Heilongjiang Province of northeastern China.
Seasonal asynchrony in above- and below-ground phenology in a temperate forest.
Comparison of characteristics of tree trunk xylem vessels among three species of Betula in northeast China and their relationships with climate.
Filling the “vertical gap” between canopy tree species and understory shrub species: biomass allometric equations for sub canopy tree species.