Uniting Life, Social, and Natural Sciences in Ecological Exploration
Bridging Borders: International Research, Local Impact
Beyond Theory: Practical Insights and Technical Advancements
Synthesizing Knowledge, Pioneering Tomorrow's Solutions
Strengthening Research Integrity, Fostering Collaboration
ABSTRACT: The crop growth rate (CGR), net assimilation rate (NAR) and dry matter accumulation in different organs, and phenology in relation to days to flowering and pod maturity were analyzed in five soybean genotypes, namely BARI soybean-6, BU soybean1, BD2329, BD2331 and AGS313. Genotypes showed significant difference in their growth pattern. AGS313 showed the highest NAR at 85 days after emergence (DAE), followed by the short growth duration variety BU soybean1 at 75 DAE. The lowest NAR was found in BARI soybean-6 and BD2331. CGR progressively increased with the advancement of growth stage up to 75 DAE and thereafter it declined. BD2329 showed the highest CGR, while BU soybean1 the lowest. BU soybean1 had 50% flower on 36.6 DAE while AGS313 had that on 58.6 DAE. BU soybean1 matured within 87 DAE, while AGS313 took the longest time of 112 DAE. AGS313 accumulated the highest amount of dry matter at all the growth stages than others, and BU soybean1 had the lowest. Among the genotypes, BU soybean1 had the highest rate of dry matter accumulation in leaf up to 55 DAE, though the variety had the lowest dry matter in stem throughout the growth period. At the reproductive stage i.e. during 65 DAE to 75 DAE, BU soybean1 had the highest rate of dry matter accumulation in pod followed by AGS313. It was concluded that BU soybean1 was the shortest variety and highly efficient one in transporting dry matter from vegetative parts to the reproductive organs.
Keywords: Genotypes, growth analysis, phenology, soybean
Immunomodulatory roles of probiotics in aquaculture: mechanisms and applications for fish disease control
Emerging roles of probiotics, prebiotics, and synbiotics in fish gut health and oxidative stress regulation
Abuses of pesticides ravage soil dwelling insects and soil health in Bangladesh
Functional composition and prevalence of arthropod communities in sweet corn-soybean intercropping system in Gazipur, Bangladesh
Wolf-spider genus Ocyale audouin, 1826 (Araneae: Lycosidae): a new species from Bangladesh
Socio-ecological dynamics of local crop persistence beyond adaptation: an interdisciplinary approach to Takenoko-imo taro in rural Japan
Effect of different management practices on sucking insect pests, disease incidence, and natural enemies in tomato plants
Insecticide-induced mortality and toxicity in two insect pests of sweet gourd
Abundance and diversity of arthropod pests in sesame crop field
Community empowerment as a pathway to sustainable agricultural productivity and biodiversity conservation in Nepal
Demography, husbandry practices, biosecurity and economic viability of pet bird farms in selected regions of Bangladesh: current status and future prospects
Field evaluation of plant-based oils against major sucking pests of chili
Plant characteristics and predator-prey abundance modulate aphid infestation and yield in bean cultivars
Exploring sustainable approaches for managing pod borer insect in yard long bean
Spatiotemporal assessment on above-ground biomass and carbon stock dynamics in Bhawal National Park of Bangladesh using Gedi Lidar and Sentinel-2 data
Ecology Journal © All Rights Reserved.
Developed by ToLearnTeam