DGAT1 + cysteine-oleosin expression in Lolium perenne leaves enhances photosynthetic efficiency, growth, and pasture energy density (Q112543577)
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2020 doctoral thesis by Zac Beechey-Gradwell at Lincoln University
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | DGAT1 + cysteine-oleosin expression in Lolium perenne leaves enhances photosynthetic efficiency, growth, and pasture energy density |
2020 doctoral thesis by Zac Beechey-Gradwell at Lincoln University |
Statements
DGAT1 + cysteine-oleosin expression in Lolium perenne leaves enhances photosynthetic efficiency, growth, and pasture energy density (English)
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Lolium perenne
perennial ryegrass
carbon dioxide
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Photosynthesis
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specific leaf area
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2020
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