在鹽影響和非影響條件下，不同代謝物的累積和確定參與CO2反應的主要代謝

在鹽影響和非影響條件下，不同代謝物的累積和確定參與CO2反應的主要代謝途徑。CO2濃度升高對多年生草地早熟禾更好的耐鹽性有效改善生長和生理活動。

結果 (英文) 1:

Major metabolic pathways in non-impact and impact salt conditions, and determining the accumulation of various metabolites involved in the reaction CO2. CO2 enrichment on perennial bluegrass better salt tolerance effectively improve the growth and physiological activity.

結果 (英文) 2:

Under salt and non-influenced conditions, the accumulation of different metabolites and the identification of the main metabolic pathways involved in CO2 reactions. Increased CO2 concentration sedatives for precocious grasshoppers in perennial grasslands effectively improve growth and physiological activity.

結果 (英文) 3:

The accumulation of different metabolites and the main metabolic pathway involved in CO2 reaction were determined under the condition of salt influence and non influence.