BREEDER SEED POTATO PRODUCTION THROUGH CONVENTIONAL AND HI-TECH SYSTEMS – A COMPARATIVE STUDY IN HIGH HILLS OF NORTH WESTERN INDIA

Authors

  • Ashwani Kumar Sharma Central Potato Research Station - Kufri, Shimla (HP)-171 012
  • K K Pandey CPRI, Shimla, HP

Keywords:

Potato, Seed, Conventional, Hi-tech, Micro-propagation, Tubers, Yield

Abstract

The conventional system of seed potato production involving clonal multiplications is being replaced with micro-propagation techniques (hi-tech system) on account of numerous advantages possessed by the later. High hills of north-western India are ideally suited for the production of breeder seed potatoes. Thus, nucleus and breeder seed potatoes for the hilly regions of India are produced at Central Potato Research Station, Kufri (Fagu), Shimla hills at an average altitude of 2700m above mean sea level. Since 2005, seed potato production through micro-propagation techniques has also been introduced at the station.  To know the comparative efficacy of both the systems of seed potato production a study was conducted at the station during 2011 and 2012 involving the important cultivars of the region. The study revealed that both the systems of seed potato production proved equally good with regard to plant growth vigour, disease freedom as well as for the tuber number and productivity. It can be attributed to the slow rate of degeneration of seed stocks in either of the production systems due to low vector pressure prevailing in high hills of north-western India. 

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Author Biographies

Ashwani Kumar Sharma, Central Potato Research Station - Kufri, Shimla (HP)-171 012

Departmant of Seed Technology,

Senior Scientist

K K Pandey, CPRI, Shimla, HP

Head

Division of Seed Technology

Published

2016-12-05

How to Cite

Sharma, A. K., & Pandey, K. K. (2016). BREEDER SEED POTATO PRODUCTION THROUGH CONVENTIONAL AND HI-TECH SYSTEMS – A COMPARATIVE STUDY IN HIGH HILLS OF NORTH WESTERN INDIA. Potato Journal, 43(1). Retrieved from https://epubs.icar.org.in/index.php/PotatoJ/article/view/49803

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Articles