Eldesouki, Zeinab
zeinabeldesouki@agr.asu.edu.eg
Department of Soil Science - Agriculture
Interests: Soil amendment strategies for acidic, saline, and saline–alkali environments, Biochar and engineered biochar-fertilizer systems for soil improvement, Nitrogen, phosphorus, and carbon cycling in degraded agricultural soils, Plant–soil–microbe interactions under abiotic stress conditions,
Internal ID: rp11169
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Full Name
Eldesouki, Zeinab
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Biography
Zeinab Eldesouki is a researcher in soil and environmental sciences whose work focuses on improving soil quality and crop productivity through sustainable amendments. Her research explores how biochar and biochar-based fertilizers modify soil chemical properties, microbial communities, and nutrient cycling in acidic, saline, and saline-alkali soils. She works on phosphorus and carbon dynamics, highlighting the role of soil microorganisms in regulating nutrient availability and plant growth.
In parallel, her research examines the physiological, chemical, and molecular responses of plants to soil improvement strategies, utilizing approaches such as chlorophyll fluorescence, nutritional status analysis, and metabolite profiling. Her work on crops, including pak choi, oilseed rape, and cotton, contributes to understanding stress tolerance mechanisms and supports the development of environmentally sustainable agricultural systems.
In parallel, her research examines the physiological, chemical, and molecular responses of plants to soil improvement strategies, utilizing approaches such as chlorophyll fluorescence, nutritional status analysis, and metabolite profiling. Her work on crops, including pak choi, oilseed rape, and cotton, contributes to understanding stress tolerance mechanisms and supports the development of environmentally sustainable agricultural systems.
Type
Subject
- 1 Acid soil | Aluminum toxicity | Modified biochar | P availability | Pakchoi growth
- 1 acid soil | biochar | chlorophyll fluorescence | phosphorus | photosynthesis | plant growth
- 1 acidic soil | aged biochar | carbon fractions | soil bacterial communities | soil enzymes
- 1 Acidic soil | Bacterial community | Biochar aging process | Soil enzymes | Soil phosphorus
- 1 ammonia oxidizers | biochar | nitrogen fertilizer form | soil nitrogen transformation
- 1 Antioxidant defense | AsA-GSH cycle | Biosynthetic pathways | Boron | Salt stress
- 1 bacterial community | base cations | extracellular enzyme | salt movement | soil salinization
- 1 Bacterial community; Biochar; Cotton; Metabolic; Saline-alkali
- 1 Bacterial community; Biochar; Metabolites; N-cycling- genes; Nitrogen fertilizer
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