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Global aspects of the CO2 and wood option: Current use and future potentials of fuelwood in relation to fossil fuels and their CO2 emissions

Climate impact under the IPCC scenarios S-92a and S-450 on the vegetation with focus on temperate forests between 1975 and 2100

Age class and standing stock development of high forests in the temperate and boreal zone until 2100: Considering different wood and CO2 managment strategies - six country study USA, Canada, Russian Federation, Germany, Austria and Finland

Wood energy in the industrialized world: Present status and potential contribution to CO2 mitigation - technology, economy and policy issues

A two-generation analysis of pollen pool genetic structure in flowering dogwood, Cornus florida (Cornaceae), in the Missouri Ozarks

Measuring pollen flow in forest trees: An exposition of alternative approaches

Two-generation analysis of pollen flow across a landscape V: A stepwise approach for extracting factors contributing to pollen structure

Using genetic markers to estimate the pollen dispersal curve

Pollen dispersal is a critical process that shapes genetic diversity in natural populations of plants. Estimating the pollen dispersal curve can provide insight into the evolutionary dynamics of populations and is essential background for making predictions about changes induced by perturbations. Specifically, we would like to know whether the dispersal curve is exponential, thin‐tailed (decreasing faster than exponential), or fat‐tailed (decreasing slower than the exponential). In the latter case, rare events of long‐distance dispersal will be much more likely.

Introduction to landscape genetics in tree populations

A new approach to the study of seed dispersal: A temperate example for tropical systems