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forest tree
This paper presents a brief review of traditional methods of studying genetic variation in forest tree species and introduces a new, integrated population genomics approach.
      
Therefore, only the heterotrophic part of tree biomass determines annual carbon losses in a forest tree population.
      
According to genetic variation parameters, three out of six populations (Akdagmadeni-Yozgat, Refahiye-Erzincan and Vezirkopru-Samsun) appear to be preferable populations for genetic conservation and forest tree breeding programs.
      
Plant parasitic nematodes from a forest tree nursery in southern Spain with some notes about the influence of soil storage on th
      
___TAGSTART___BR___TAGEND___A nematological survey was carried out in a forest tree nursery in Andujar, southern Spain.
      
Genetic engineering and lignin biosynthetic regulation in forest tree species
      
Although the production of transgenic trees is relatively recent and only a few species have been successfully genetically engineered in forest tree species, very useful and valuable information is available on the application of transgenic trees.
      
In this review, we describe the progress made recently in genetic engineering of forest tree species.
      
Black locust (Robinia pseudoacacia L.) was the first forest tree species to be, imported from North America to Europe at the beginning of the 17th century.
      
Analysis of the major components of root exudates released from several economic forest tree using GC-MS
      
Increasing cellulose production and transgenic plant growth in forest tree species
      
The overall objective of this project is to genetically engineer forest tree species such as loblolly pine with reduced amount of lignin and increased cellulose content.
      
auriculiformis is a short rotation forest tree species suitable to grow in subtropical humid climate.
      
Natural populations are currently the basic material for studying forest tree breeding, but little is known on the genotypic spatial structures in these stands.
      
Best linear prediction of breeding values in a forest tree improvement program
      
As tree improvement programs become more complex, the ease with which BLP and BLUP handle messy data and incorporate diverse sources of information should make these techniques appealing to forest tree breeders.
      
An example of the analysis is given with a forest tree species, Populus deltoides Bartr., and parameter estimates are presented for traits measured over 8 years.
      
The long generation intervals and economic uncertainty that surround forest tree breeding can make the choice of weights arbitrary.
      
Six forest tree populations were used to review the various properties of the model.
      
Simultaneous improvement of several, and often negatively correlated, traits is frequently a desired objective in forest tree breeding.
      
 

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