Host plant resistance through physico-chemical characters against major insect pests of okra occurring in the Gangetic plains of eastern India
J Acharya, S Chatterjee, A Konar… - … Journal of Pest …, 2019 - Taylor & Francis
Okra production in the tropics is threatened by attack of insect-pests, fruit and shoot borer
(FSB), jassid and whitefly causing severe loss in marketable yield particularly in the
Gangetic plains of eastern India. No developed varieties/hybrids are free from attack of these
pests. However, improved lines of okra have potential to broaden the genetic variability may
improve resistance to these pests. Therefore, the population dynamics of these pests were
recorded from 24 advance breeding lines/varieties of okra during peak infestation period …
(FSB), jassid and whitefly causing severe loss in marketable yield particularly in the
Gangetic plains of eastern India. No developed varieties/hybrids are free from attack of these
pests. However, improved lines of okra have potential to broaden the genetic variability may
improve resistance to these pests. Therefore, the population dynamics of these pests were
recorded from 24 advance breeding lines/varieties of okra during peak infestation period …
Host plant resistance through physico-chemical characters against major insect pests of okra occurring in the Gangetic plains of eastern India.
JA Jayadprava Acharya, SC Soumitra Chatterjee… - 2019 - cabidigitallibrary.org
Okra production in the tropics is threatened by attack of insect-pests, fruit and shoot borer
(FSB), jassid and whitefly causing severe loss in marketable yield particularly in the
Gangetic plains of eastern India. No developed varieties/hybrids are free from attack of these
pests. However, improved lines of okra have potential to broaden the genetic variability may
improve resistance to these pests. Therefore, the population dynamics of these pests were
recorded from 24 advance breeding lines/varieties of okra during peak infestation period …
(FSB), jassid and whitefly causing severe loss in marketable yield particularly in the
Gangetic plains of eastern India. No developed varieties/hybrids are free from attack of these
pests. However, improved lines of okra have potential to broaden the genetic variability may
improve resistance to these pests. Therefore, the population dynamics of these pests were
recorded from 24 advance breeding lines/varieties of okra during peak infestation period …