Raghavendra Singh
Biographic Data
| ID | 4463687 |
|---|---|
| NAME | Raghavendra Singh |
| GIVEN NAMES | Raghavendra |
| FAMILY NAME | Singh |
| SIGNATURE | SINGH R |
| AFFILIATIONS | ICAR—Indian Institute of Farming Systems Research Modipuram Uttar Pradesh India |
| ORCID | 0000-0002-0766-3806 |
| VERIFIED | Yes |
| TOTAL WORKS | 6 |
| TOTAL CITATIONS | 0 |
| AUTHOR COUNT | 6 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2021 |
| LATEST PUBLICATION YEAR | 2026 |
| H-INDEX | 0 |
Assessment of Organic Carbon Stock and Soil Organic Carbon Fractions Across Different Cropping Systems in the Red and Laterite Soils of Meghalaya, India
Soil carbon (C) depletion is a prime indicator of land degradation. Cropping system intensification with short‐duration legumes is a perceived important strategy to restore soil C in agricultural land. Hence, the impact of six cropping systems (maize [ Zea mays ]—French bean [ Phaseolus vulgaris ], maize–soybean [ Glycine max ], maize–urdbean [ Vigna mungo ], maize–mungbean [ Vigna radiata ], maize–toria [ Brassica campestris var. toria], and mai…
Optimizing Food‐Energy‐Water‐Carbon Synergies Through Conservation Tillage and Organic Nutrient Management in Eastern Himalayan Rice–Pea System
Balancing economic returns and environmental outcomes is a global priority, making the development of a sustainable bioeconomy vital for greening agriculture and Sustainable Development Goals‐linked targets. Thus, a 5‐year field study was undertaken to develop a robust tillage and nutrient management model to improve system productivity and energy use efficiency while reducing the carbon and water footprints of the organic rice–pea system. Three …
A Quantitative Comparison of Conventional and Conservation Tillage of Diverse Agro‐Ecologies
A detailed insight on global yield change of crops, soil quality parameters, and water‐nutrient‐energy nexus and biotic factors under conservation tillage (CT) in comparison to conventional tillage (CONT) is limited. We summarized the impacts of CT on yields, profitability, soil quality, and ecosystem sustainability in comparison to CONT. Globally, average yields of crops increased by 3.7% ( p 3 years) compared to CONT. The CT has led to a signif…
Effect of Land‐Use Management on Soil Erosion Under Two Distinct Climates of Indian Himalayas
Soil erosion is a growing concern, especially in regions where the combination of climate, land‐use, and soil characteristics increases the risk of degradation. The study utilized a stratified random sampling method across various land‐use types in both subtropical and temperate climatic zones of the Indian Himalayas. A total of 50 sampling locations were strategically selected, with 25 in each climate zone, to ensure representative data collecti…
Conservation agriculture practices for improving productivity and soil health in maize–wheat systems under Indian conditions
Achieving sustainable development in agri-food production systems requires integrated strategies that boost productivity while preserving soil and environmental health. This study examined the conservation agriculture (CA) practices (tillage, crop residue management, and phosphorus fertilization) on the performance of a maize–wheat (M-W) system in India. A two-year field experiment involving fifteen treatment combinations was conducted. The resul…
Conservation tillage and organic nutrients management improve soil properties, productivity, and economics of a maize‐vegetable pea system in the Eastern Himalayas
Soil quality restoration and sustainable crop production in the rainfed ecosystem of the Indian Himalayas can be achieved through effective conservation tillage and organic management. Hence, a six‐year (2013 to 2019) study was conducted to quantify the effect of tillage and organic nutrient management on soil properties, productivity, and profitability of the maize‐vegetable pea ( Pisum sativum ) system. Three tillage practices [conventional (CT…
No prominent works on this page.
Conservation tillage and organic nutrients management improve soil properties, productivity, and economics of a maize‐vegetable pea system in the Eastern Himalayas
Soil quality restoration and sustainable crop production in the rainfed ecosystem of the Indian Himalayas can be achieved through effective conservation tillage and organic management. Hence, a six‐year (2013 to 2019) study was conducted to quantify the effect of tillage and organic nutrient management on soil properties, productivity, and profitability of the maize‐vegetable pea ( Pisum sativum ) system. Three tillage practices [conventional (CT…
A Quantitative Comparison of Conventional and Conservation Tillage of Diverse Agro‐Ecologies
A detailed insight on global yield change of crops, soil quality parameters, and water‐nutrient‐energy nexus and biotic factors under conservation tillage (CT) in comparison to conventional tillage (CONT) is limited. We summarized the impacts of CT on yields, profitability, soil quality, and ecosystem sustainability in comparison to CONT. Globally, average yields of crops increased by 3.7% ( p 3 years) compared to CONT. The CT has led to a signif…
Effect of Land‐Use Management on Soil Erosion Under Two Distinct Climates of Indian Himalayas
Soil erosion is a growing concern, especially in regions where the combination of climate, land‐use, and soil characteristics increases the risk of degradation. The study utilized a stratified random sampling method across various land‐use types in both subtropical and temperate climatic zones of the Indian Himalayas. A total of 50 sampling locations were strategically selected, with 25 in each climate zone, to ensure representative data collecti…
Conservation agriculture practices for improving productivity and soil health in maize–wheat systems under Indian conditions
Achieving sustainable development in agri-food production systems requires integrated strategies that boost productivity while preserving soil and environmental health. This study examined the conservation agriculture (CA) practices (tillage, crop residue management, and phosphorus fertilization) on the performance of a maize–wheat (M-W) system in India. A two-year field experiment involving fifteen treatment combinations was conducted. The resul…
Assessment of Organic Carbon Stock and Soil Organic Carbon Fractions Across Different Cropping Systems in the Red and Laterite Soils of Meghalaya, India
Soil carbon (C) depletion is a prime indicator of land degradation. Cropping system intensification with short‐duration legumes is a perceived important strategy to restore soil C in agricultural land. Hence, the impact of six cropping systems (maize [ Zea mays ]—French bean [ Phaseolus vulgaris ], maize–soybean [ Glycine max ], maize–urdbean [ Vigna mungo ], maize–mungbean [ Vigna radiata ], maize–toria [ Brassica campestris var. toria], and mai…
Optimizing Food‐Energy‐Water‐Carbon Synergies Through Conservation Tillage and Organic Nutrient Management in Eastern Himalayan Rice–Pea System
Balancing economic returns and environmental outcomes is a global priority, making the development of a sustainable bioeconomy vital for greening agriculture and Sustainable Development Goals‐linked targets. Thus, a 5‐year field study was undertaken to develop a robust tillage and nutrient management model to improve system productivity and energy use efficiency while reducing the carbon and water footprints of the organic rice–pea system. Three …
Soil Carbon and Nitrogen Dynamics (4 works) · Biology (3 works) · Environmental Science (3 works) · Tillage (3 works) · Agroforestry (2 works) · Ecology (2 works) · Geography (2 works) · Nutrient (2 works) · Nutrient Management (2 works) · Soil carbon (2 works)