Aims Climate change has significant effects on net primary productivity (NPP) in forests, but
there is a large uncertainty in the direction and magnitude of the effects. Process-based …

Larix forests are typical vegetation of cold temperate zones and are important timber
resources in China. A study was conducted to establish a biology-climate net primary …

Based on the BIOME-BGC model and field-measured productivity data, a modeling study
was conducted and tested to estimate the dynamic changes of net primary productivity …

Understanding the distribution, net primary productivity (NPP) and environmental constraints
of Larix kaempferi is crucial to predict how global climate change will affect its growth and …

As global climate change has a large effect on the structure and function of vegetation, it is
very important to understand how forests in climate transition regions respond to climate …

Climate change is expected to substantially affect forest site productivity. However, its effects
may vary depending on the climate scenario, region and tree species. We chose Larix …

Understanding the effects of thinning on forest productivity under climate change is vital to
adaptive forest management. In the present study, the 3-PG mix model was applied to …

Biological rotation length is a key parameter of even-aged forest management. Future
climate change is expected to affect forest growth and thus modify biological rotation age …

Larch plantations play an important role in timber production and ecological benefits in
China. However, our ability to quantitatively predict the growth at regional level is limited …

Parameter sensitivity analysis can determine the influence of the input parameters on the
model output. Identification and calibration of critical parameters are the crucial points of the …