The improvement of crop productivity under abiotic stress is one of the biggest challenges faced by the agricultural scientific community. Despite extensive research, the research-to-commercial transf

NIAID Data Ecosystem30

Data for: Screening of Different Iranian Ecotypes of Cannabis under Water Deficit Stress

大麻抗旱性筛选

植物干旱胁迫生理生化

Includes; analysis of correlation between indices, The dry weight of all ecotypes, which includes male and female plants In two replicates which includes water deficit stress and control treatment.

NIAID Data Ecosystem20

Data_manuscript_1_Arjunanetal

植物干旱胁迫生理生化

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This daset comprises of the data used in the manuscript entitled " Stomatal, hydraulic and leaf browning responses to experimental drought in Australian grass species" - Arjunan et al

Figshare2023-06-19 更新30

Table_1_Over-Expression of a Maize N-Acetylglutamate Kinase Gene (ZmNAGK) Improves Drought Tolerance in Tobacco.docx

植物抗旱基因

植物干旱胁迫生理生化

Water deficit is a key limiting factor that affects the growth, development and productivity of crops. It is vital to understand the mechanisms by which plants respond to drought stress. Here an N-ace

NIAID Data Ecosystem30

Plant drought stress biochemistry & stress alleviation by PGPR

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