sustainable viticulture

Home
sustainable viticulture

Improving drought stress resilience in grapevine using Aspergillus niger strain ZRS14 under in vitro conditions.

Posted inAgriculture Emerging Science Environment

Fungal Breakthrough: Aspergillus niger ZRS14 Boosts Drought Resilience in Grapevine

A new study in Plant Cell Reports reveals that Aspergillus niger strain ZRS14 enhances drought tolerance in grapevine (Vitis vinifera L. cv. Rasheh) by improving antioxidant activity and reducing oxidative stress under PEG-induced drought conditions.

Posted by

Aneknowledge October 22, 2025

Search

Categories

Agriculture 388
Alternaria 7
Artificial Intelligence 6
Aspergillus 2
Bacillus 38
Beauveria 3
Biochar 26
Biochemistry 238
Biodiversity 35
Bioengineering 22
Bioinformatics 30
Books 1
Botrytis 3
Comparisons 8
Emerging Science 572
Environment 319
Food Technology 259
Fusarium 18
Genetic Engineering 48
Genetics 27
Health 100
Immunology 37
Insect Pests 18
Microbiology 327
Micronutrients 7
Molecular Biology 73
Mushrooms of Nepal 1
Natural Products 300
Nematodes 4
Nitrogen Fixation 11
Notebook 20
Phosphate Solubilizers 16
Phytohormones 8
Plant Biotechnology 110
Plant Diseases 86
Plant Nutrition 66
Plant Protection Products 126
Potassium Solubilizers 4
Practical Aspects of Molecular Biology and Biotechnology 9
Pseudomonas 2
Pseudomonas_PPP 15
Pythium 3
Rhizoctonia 2
Self-help 1
Siderophores 4
Soil Health 68
Streptomyces 16
Streptomyces_Antifungal 5
Streptomyces_Antiviral 1
Streptomyces_Biodegradation 2
Streptomyces_Bioremediation 2
Streptomyces_Insecticidal 1
Streptomyces_Plant Growth Promoter 4
Trichoderma 19
TU_GE 5
TU_MB 13
Viral Infection 1
Xanthomonas 3
नेपाली 27