Floristic inventory of forest genetic resources reserve in Korea

The Conservation of Forest Genetic Resources

Airborne Laser Scanning – a New Challenge for Forest Inventory and Monitoring of Forest Resources

The use of the newest methods of airborne laser scanning integrated with hyper-spectral satellite systems, provides principally new opportunities for remote sensing of forest cover. High efficiency of laser scanning (up to 100 thousand measurements per second) in combination with sub-meter spatial resolution, high accuracy of a tree stands’ structural parameters detection as well as three-dimen...

Forest inventory

Synthesis Report: Forest Genetic Resources in the EU

Conservation of forest genetic resources has always been an integral part of tree improvement programs. However threats to FGR, such as habitat destruction, fragmentation, pollution, the use of low quality forest reproductive material and climate change have increased in the past decades and with it the need to maintain FGR. During the past two decades several policy instruments and initiatives...

Isozymes and the Genetic Resources of Forest Trees

Genetic data are an essential prerequisite for analysing the genetic structure of tree populations. The isozyme technique is the best currently available method for obtaining such data. Despite several shortcomings, isozyme data directly evaluate the genetic resources of forest trees, and can thus be used to monitor and manipulate these resources. For example, preliminary isozyme data indicate ...