S Ramesh, M Byregowda - Mysore J Agric Sci, 2016 - researchgate.net
Dolichos bean is a multi-purpose cool-season legume crop. It is presently grown throughout the tropical regions in Asia, Africa and Australia. It is regarded as 'underutilized'crop as …
D Ngure, M Kinyua, O Kiplagat - 2021 - 41.89.164.27
Lablab purpureus is a multipurpose legume mainly grown by subsistence farmers for pulse, forage and vegetable. Despite these diverse uses that can be combined successfully under …
CM Keerthi, S Ramesh, M Byregowda, AM Rao… - Journal of genetics, 2014 - Springer
Materials and methods Materials consisted of HA 4 (HA 3× Magadi local), a released photoperiod insensitive and determinate type cultivar and photoperiod sensitive …
CM Keerthi, S Ramesh, M Byregowda, AM Rao… - Journal of genetics, 2016 - Springer
An investigation on inheritance of qualitative traits in dolichos bean revealed biallelic monogenic control of photoperiod-induced sensitivity to flowering time and flower colour in F …
PV Vaijayanthi, S Ramesh, MB Gowda… - Journal of Food …, 2015 - indianjournals.com
An investigation was carried out to assess the variability among 644 germplasm accessions of dolichos bean which included540Indian, 24Kenyanand80accessions ofunknown origin at …
PV Vaijayanthi, Chandrakant, S Ramesh - Advances in Plant Breeding …, 2019 - Springer
Hyacinth bean (Lablab purpureus (L.) Sweet) is widely distributed in the Indian subcontinent, Africa and Southeast Asia. It is a multipurpose tropical legume valued as a …
CM Keerthi, S Ramesh, M Byregowda, AM Rao… - Current Science, 2018 - JSTOR
Prediction of time to flowering of crop plants (especially photoperiod sensitive (PS) ones) help make appropriate crop management decisions such as choosing optimum sowing and …
A set of 41 lablab bean accessions were evaluated based on morphological characteristics and farmers' participatory selection was performed based on agronomic and sensory traits …
G Basanagouda, S Ramesh… - Legume …, 2024 - arccarticles.s3.amazonaws.com
Background: Allocation of resources only to a few promising segregating populations that are likely to result in high frequency of transgressive recombinant inbred lines (RILs) for use …