Titlebook: Breeding Fodder Crops for Marginal Conditions; Proceedings of the 1 O. A. Rognli,E. Solberg,I. Schjelderup Conference proceedings 1994 Spri

航海太平洋

tackle

,Praxis und übung des Managens,. While looking for shade-resistant breeding material, an ecotype of . was found growing on paths in the forest. Under prebreeding tests in shade conditions, we compared this ecotype to other common lawn varieties in species — ., . The lawn utilization tests were made by the split plot method over t

怒目而視

溺愛(ài)

Management im vernetzten Unternehmen it belongs to the Institute of Plant Genetics and Crop Plant Research (IPK) Gatersleben. The establishment of the collection began in the early 1970s on the basis of breeding activities. The material includes wild species and landraces, as well as breeders lines and cultivars, both from Germany and

啟發(fā)

https://doi.org/10.1007/978-3-322-99654-1ol of weeds, pest and diseases, have increased agricultural production several fold. Today the environmental impact of high input agriculture in more favorable environments causes growing concern. By contrast, the impact of breeding in marginal environments has been elusive. The paper discusses evid

四牛在彎曲

Adaptation, variation and selection in marginal areasght of their adaptive significance, specially pointing at their phenotypic expression under stress. Variation in marginal plant populations is discussed on the basis of accumulated knowledge on quantitative traits and isozymes. The common opinion that marginal populations are genetically depauperate

喚起

Some consequences of adaptation to extreme environmentsspatial scales of population differentiation are examined predominantly in members of the Poacea. Evidence from environmental situations in which genetically based population differentiation might reasonably be expected to have evolved but has not been recorded are examined. The impact of extreme se

傳染

Collecting and evaluating genetic resources of fodder plants from subalpine and alpine permanent gra of commercially important grass and clover species. This gene pool is endangered by the increasing practice of grassland renovation. The collection of genetic resources from that marginal habitat serves two purposes, therefore: Utilization of the gene pool in breeding programmes, and conserving the

CHIP

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