Claim · model-written summary
Stem dry weight rose with distance from the canopy top across treatments
- Taxon
- Mungbean
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Vigna radiatat0 - Outcome
- stem dry weighte0
- Direction
- increasee0
Verbatim
e0“There was increase in stem dry weight with decrease in height from the top regardless of the treatments”
t0“Mungbean”
Title
Growth, Canopy Structure and Seed Yield of Mungbean as influenced by Water Stress
Muhammad Tajul Islam; Fumitake Kubota; Waichi Agata Journal of the Faculty of Agriculture Kyushu University 1994. doi:10.5109/24053
Other claims from this paper (17)
- Intervention effect Waterlogging significantly harmed mungbean morphophysiological characters
- Intervention effect Drought significantly harmed mungbean morphophysiological characters
- Observation Waterlogging affected most measured characters more than drought
- Observation Waterlogged plants had lower leaf area production, CGR, NAR and TDW than other treatments
- Observation At final harvest, the two stress treatments differed by about 10%
- Observation Dry matter distribution was similar among treatments except for roots
- Observation Drought-stressed roots had the highest dry matter
- Observation Waterlogged roots had the lowest dry matter
- Observation Roots of waterlogged mungbean became fibrous
- Observation Canopy structures varied distinctly by treatment
- Observation Control and waterlogged foliage was concentrated in upper and middle canopy strata
- Observation Drought-stressed foliage was concentrated in middle and lower strata
- Observation Waterlogged plants had the maximum light extinction coefficient of 0.82
- Observation Control plants yielded 7.06 g seed per plant, significantly more than stressed plants
- Observation Drought-stressed plants yielded 4.21 g seed per plant
- Observation Waterlogged plants yielded 2.30 g seed per plant
- Association Seeds per plant and pods per plant contributed more to seed yield than other components