Sentence examples for the evolution of crops from inspiring English sources

Understanding past domestications is an exciting area of interdisciplinary investigation, between archaeologists and plant scientists, which may offer insights relevant to future directions in the evolution of crops under human manipulation.

Genetic and genomic approaches, often used in concert with ethnobotanical data, have been successful in illuminating the evolution of crops from wild species under domestication (Purugganan and Fuller 2009).

It is a crucial step in the evolution of crop species since humans have an important impact on their origins and changes.

However, management plans to hinder the evolution of crop pests are rarely designed at the landscape scale and if so, they do not consider remnant patches of wild vegetation.

These advances not only allow for an investigation of the overall genetic architecture of the wild-crop transition, but also make possible the identification of genomic regions and genes that were subjected to selection during the evolution of various crops.

As Burger et al. (2008) noted recently with regard to crops, These advances not only allow for an investigation of the overall genetic architecture of the wild-crop transition, but also make possible the identification of genomic regions and genes that were subjected to selection during the evolution of various crops.

spp. from wheat, rye and barley, compared to those from oats, suggests that the proliferation of these genes could be related to the specialization of the parasite during the evolution of cereal crops in agriculture.

Moreover, because safflower is a modern-day oilseed crop and a member of the same family as cultivated sunflower, which has been the subject of a great deal of recent study [ 24, 25], the initiation of such work in safflower would create a comparative framework for studying the evolution of oilseed crops within the Asteraceae.

Many QTL studies have demonstrated that major key domestication traits are controlled by a relatively small proportion of the genome, implying that either pleiotropy or tight linkage among several loci may be an important attribute in the evolution of domesticated crops [ 8, 11, 17].

The evolution of the crop gland has been of vital importance to the pigeons.

It is the next step in the evolution of generic crop templates for APSIM, building on software and science lessons from past versions and capitalising on new software approaches.