Claim · model-written summary
With increasing planting density, specific leaf weight and chlorophyll content significantly decreased.
Verbatim
e0“Vegetable soybean is generally planted in the south of China”
e1“With the increasing of planting density,plant height and height of lowest pod increased significantly,stem width and branching number decreased greatly,upper leaves obviously became small,SLW and CC significantly decreased,biggest LAI increasd,and PP showed increase and then decrease trend”
Title
Effect of Plant Density on Dry Matter Accumulation and Yield of Vegetable Soybean with Film Mulching
Zhang Pei-ling 2008
Other claims from this paper (8)
- Association With increasing planting density, plant height and height of lowest pod increased significantly.
- Association With increasing planting density, stem width and branching number decreased greatly.
- Association With increasing planting density, upper leaves became small.
- Association With increasing planting density, leaf area index reached its largest value.
- Association With increasing planting density, photosynthetic potential increased and then decreased.
- Intervention effect At a planting density of 19.5 x 10(4) plants per hectare, the population had moderate LAI and larger photosynthetic potential after podding.
- Intervention effect At a planting density of 19.5 x 10(4) plants per hectare, more dry matter was accumulated and partitioned to seed.
- Intervention effect At a planting density of 19.5 x 10(4) plants per hectare, Xinxiandou No.1 gave the highest final fresh pod yield, 15 185.50 kg per hectare.