2006Yaredai nongye yanjiuRequires access

High-yield population structure of waxy maize combination Minnuo 0018

Rong Hu

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Abstract

Population construction of Minnuo 0018 was stuided.The result showed that the population leaf area developing was reasonable while the planting density was 6.0×10~4·hm~(-2),net assimilation rate(LAD) and leaf area index(LAI) were all the highest,dry matter accumulation was the most during the growing period,source-sink ratio and economic coefficient were more equitable,yield and yield character were best.Regulating the population leaf area at different stages has an important influence on dry matter accumulation and yield.

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What this paper is about

Population construction of Minnuo 0018 was stuided.The result showed that the population leaf area developing was reasonable while the planting density was 6.0×10~4·hm~(-2),net assimilation rate(LAD) and leaf area index(LAI) were all the highest,dry matter accumulation was the most during the growing period,source-sink ratio and economic coefficient were more equitable,yield and yield character were best.Regulating the population leaf area at different stages has an important influence on dry matter accumulation and yield.

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Available abstract

Population construction of Minnuo 0018 was stuided.The result showed that the population leaf area developing was reasonable while the planting density was 6.0×10~4·hm~(-2),net assimilation rate(LAD) and leaf area index(LAI) were all the highest,dry matter accumulation was the most during the growing period,source-sink ratio and economic coefficient were more equitable,yield and yield character were best.Regulating the population leaf area at different stages has an important influence on dry matter accumulation and yield.

Key concepts: Dry matter, Leaf area index, Agronomy, Yield (engineering), Sowing, Population, Sink (geography), Biology

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