Yash Pal Singh
Biographic Data
| ID | 8843156 |
|---|---|
| NAME | Yash Pal Singh |
| GIVEN NAMES | Yash Pal |
| FAMILY NAME | Singh |
| SIGNATURE | SINGH Y P |
| AFFILIATIONS | ICAR‐Central Soil Salinity Research Institute, Regional Research Station Lucknow UP India |
| ORCID | 0000-0001-8345-9084 |
| VERIFIED | Yes |
| TOTAL WORKS | 4 |
| TOTAL CITATIONS | 0 |
| WORKS AS AUTHOR | 4 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 2022 |
| LATEST PUBLICATION YEAR | 2026 |
| H-INDEX | 0 |
Understanding Long‐Term Influence of Agroforestry Systems on Soil Microbiome Dynamics and Their Ecological Importance in Restored Sodic Soils of Indo‐Gangetic Plains
Agroforestry systems comprising silvipasture and silviculture were established on sodic soils and maintained for 30 years with the objective for soil restoration. Agroforestry systems improved soil physicochemical properties, which have been reported earlier. However, potential microbial mechanisms responsible for long‐term soil health recovery remained poorly understood. With this gap, metagenomics studies were conducted on restored sodic soils …
Utilization of marine gypsum as an alternative to mineral gypsum in the reclamation of degraded sodic soil and as a means of enhancing crop productivity
For sustainable management of degraded sodic soils, mineral gypsum (GYP) has been widely used, but supplies are limited, industrialization, and urbanization have thwarted its use in agriculture. Therefore, there is a need to develop alternative ameliorants to GYP. We conducted a field experiment on degraded sodic soil (pH‐10.2) using marine gypsum (MG), a waste/by‐product of the edible salt (NaCl) manufacturing process. Based on gypsum requiremen…
Restoration of degraded sodic soils through silvipastoral systems in the Indo‐Gangetic Plains
Excessive salts in degraded sodic soils aggravate the bio‐physicochemical properties of soils that need to be remediated and restored in a judicious way. The present study envisages smothering harmful effects of sodic soils and maintaining soil fertility through need‐based silvipastoral systems. We report on a three‐times replicated field experiment with 13 treatments comprised of three agroforestry tree species Acacia nilotica , Casuarina equise…
Does conservation tillage on partially reclaimed sodic soil restore land degradation by influencing boron dynamics, bioavailability for plant's uptake and nutritional security
Boron (B) is nutritionally important for plants, humans and animals but its deficiency in soil and plants has become a global problem and may affect the nutritional quality of food. The widespread crop residue (CR) burning on farms is another environmental and land degradation problem, causing ecological threats to agriculture. Addressing these issues, a field experiment was initiated for B restoration by incorporating CR into partially reclaimed…
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Utilization of marine gypsum as an alternative to mineral gypsum in the reclamation of degraded sodic soil and as a means of enhancing crop productivity
For sustainable management of degraded sodic soils, mineral gypsum (GYP) has been widely used, but supplies are limited, industrialization, and urbanization have thwarted its use in agriculture. Therefore, there is a need to develop alternative ameliorants to GYP. We conducted a field experiment on degraded sodic soil (pH‐10.2) using marine gypsum (MG), a waste/by‐product of the edible salt (NaCl) manufacturing process. Based on gypsum requiremen…
Restoration of degraded sodic soils through silvipastoral systems in the Indo‐Gangetic Plains
Excessive salts in degraded sodic soils aggravate the bio‐physicochemical properties of soils that need to be remediated and restored in a judicious way. The present study envisages smothering harmful effects of sodic soils and maintaining soil fertility through need‐based silvipastoral systems. We report on a three‐times replicated field experiment with 13 treatments comprised of three agroforestry tree species Acacia nilotica , Casuarina equise…
Does conservation tillage on partially reclaimed sodic soil restore land degradation by influencing boron dynamics, bioavailability for plant's uptake and nutritional security
Boron (B) is nutritionally important for plants, humans and animals but its deficiency in soil and plants has become a global problem and may affect the nutritional quality of food. The widespread crop residue (CR) burning on farms is another environmental and land degradation problem, causing ecological threats to agriculture. Addressing these issues, a field experiment was initiated for B restoration by incorporating CR into partially reclaimed…
Understanding Long‐Term Influence of Agroforestry Systems on Soil Microbiome Dynamics and Their Ecological Importance in Restored Sodic Soils of Indo‐Gangetic Plains
Agroforestry systems comprising silvipasture and silviculture were established on sodic soils and maintained for 30 years with the objective for soil restoration. Agroforestry systems improved soil physicochemical properties, which have been reported earlier. However, potential microbial mechanisms responsible for long‐term soil health recovery remained poorly understood. With this gap, metagenomics studies were conducted on restored sodic soils …
Soil water (4 works) · Ecology (3 works) · Environmental Science (3 works) · Soil Carbon and Nitrogen Dynamics (3 works) · Agroforestry and silvopastoral systems (2 works) · Agronomy (2 works) · Biology (2 works) · Chemistry (2 works) · Clay minerals and soil interactions (2 works) · Sodic soil (2 works)