One of the possibilities for increasing the yield of groundnut , particularly in the Semi -Arid Tropics, is breeding varieties wi th resistance to pests and diseases. Some progress has been made in this field, but the improvements that can be made by breeders are limited by the availability of genes wi thin A. hypogaea. Collect ions of wild species from South America have made available a wider range of genes, especially genes for disease resistance. The richness of Arachis germplasm collection offers a great opportunity for anyone interested in the improvement of this crop (Bunting et al. 1974, Simpson 1976; Smartt et a I. 1978a, b; Gregory and Gregory 1979)
Background: The genus Arachis, originated in South America, is divided into nine taxonomical section...
Wild relatives harbor novel sources of variation, which can be used to enhance the genetic base of...
About 94% of the world groundnut (Arachis hypogaea L.) production comes from the rainfed crop grown ...
Cultivated groundnut (Arachis hypogaea) has a narrow genetic base, probably because of the bottlenec...
Genetic improvement of crops by utilization of characters from wild species, which often have desir...
Utilization of wild species for improvement of cultivated forms has been investigated since Fairclo...
Groundnut (Arachis hypogaea L.) is widely grown and consumed around the world and is considered to h...
Groundnut (Arachis hypogaea L.) is widely grown and consumed around the world and is considered to h...
Groundnut, an important crop of many countries of the world, is susceptible to a range of diseases a...
Ploidy difference between wild Arachis species and cultivated genotypes hinder transfer of useful al...
Ploidy difference between wild Arachis species and cultivated genotypes hinder transfer of useful al...
Autotetraploids were established from 8 diploid wild species of section Arachis. In all the autotetr...
Autotetraploids were established from 8 diploid wild species of section Arachis. In all the autotetr...
Cultivated groundnut (Arachis hypogaea L.) is a segmental amphidiploid (2n = 4x = 20) with a basic C...
Synthetic amphidiploids were established in 32 combinations involving 8 diploid wild species represe...
Background: The genus Arachis, originated in South America, is divided into nine taxonomical section...
Wild relatives harbor novel sources of variation, which can be used to enhance the genetic base of...
About 94% of the world groundnut (Arachis hypogaea L.) production comes from the rainfed crop grown ...
Cultivated groundnut (Arachis hypogaea) has a narrow genetic base, probably because of the bottlenec...
Genetic improvement of crops by utilization of characters from wild species, which often have desir...
Utilization of wild species for improvement of cultivated forms has been investigated since Fairclo...
Groundnut (Arachis hypogaea L.) is widely grown and consumed around the world and is considered to h...
Groundnut (Arachis hypogaea L.) is widely grown and consumed around the world and is considered to h...
Groundnut, an important crop of many countries of the world, is susceptible to a range of diseases a...
Ploidy difference between wild Arachis species and cultivated genotypes hinder transfer of useful al...
Ploidy difference between wild Arachis species and cultivated genotypes hinder transfer of useful al...
Autotetraploids were established from 8 diploid wild species of section Arachis. In all the autotetr...
Autotetraploids were established from 8 diploid wild species of section Arachis. In all the autotetr...
Cultivated groundnut (Arachis hypogaea L.) is a segmental amphidiploid (2n = 4x = 20) with a basic C...
Synthetic amphidiploids were established in 32 combinations involving 8 diploid wild species represe...
Background: The genus Arachis, originated in South America, is divided into nine taxonomical section...
Wild relatives harbor novel sources of variation, which can be used to enhance the genetic base of...
About 94% of the world groundnut (Arachis hypogaea L.) production comes from the rainfed crop grown ...