Titlebook: Cash Crops; Genetic Diversity, E P.M. Priyadarshan,S. Mohan Jain Book 2022 Springer Nature Switzerland AG 2022 Plant breeding.Climate chang

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白楊魚

Genetic Resources of Brassicass which led to accelerated research in the field of molecular cytogenetics, genomics, proteomics, comparative genomics, and bioinformatics in Brassicas. In this chapter, various aspects of Brassica are discussed including taxonomy, origin of different Brassica species, Brassica landraces, Brassica g

Fierce

Genetic Resources of Groundnutost frequently targeted trait in the breeding programmes, and the enhanced yield attained in the Indian cultivars has been attributed to the improvement in seed size, seed weight, and number of pods per plant. The other trait which have been in focus is tolerance/resistance to diseases and drought,

Sinus-Node

蹣跚

Date Palm Genetic Resources for Breedingopagation via offshoots is simply not enough to meet the present-day date palm tree demands. Conversely, micropropagation has shown promising signs as a better large-scale propagation method for cultivating date palm trees. In vitro regeneration involving different methods has been explored. This ca

archaeology

Genetic Diversity for Breeding Tomatoding modern cultivars. This makes conservation of the . section gene pool a necessity, both in situ and ex situ. Tomato germplasm collections can be stored either in seed banks (at low or freezing temperature) or at cryogenics (liquid nitrogen). In order to optimize the management of germplasm colle

DUCE

Methodology for Quantified Risk Assessment,nge (IPCC) predicts that 25–30% of plant species will be extinct or endangered in the next century. As such, cash crops are utilized by humans to earn money, and such crops are prone to climate changes. Hence, safe guarding the existing diversity and producing new diversity in cash crops are of utmo

PATRI

Springer Series in Reliability Engineeringrder to meet on-going and future challenges to cocoa production, including the need for greater climate resilience and more easily managed, productive cacao farms, it is necessary to utilise a broader range of genetic resources. Advances in genomic technology may accelerate breeding efforts and can

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