Rajiv Srivastava, a detail-oriented pre-professional with strong education background in Land and Water Resources Engineering and capable of adapting and implementing innovative crop modeling techniques, and enjoy opportunities to develop solutions to address challenging research questions.

Dr. Rajiv Kumar Srivastava, Researcher, Biological and Agricultural Engineering, Texas A&M University, Texas-77843, USA.

Mitigation and Adaptation Strategies Against Climate Change in Natural Systems

Special issue on 'Sustainable Solutions for Urban Wastewater Management and Resource Utilization'

: Air, Soil and Water Research: Sage JournalsView articles in this Published Special Issue of Air, Soil and Water Research

Special Collection: Application of Hydroinformatics in Real Time Monitoring of Water Contamination

Call For Book Chapter: Advanced Hydroinformatics in Vulnerability Assessments and Mitigative Interventions (Elsevier)

*Please submit your proposed title and summary to the editors on or before 20 September 2024.

NA2PG-9780443364280.pdf

Submission open: "Frontiers in Agronomy" IF 3.5

*Manuscript Submission Deadline 30 September 2024

Measurements and Modelling of Methane Emissions from Agricultural Cropping SystemsAccording to the IPCC (2021) report, anthropogenic climate change is occurring worldwide due to emissions of greenhouse gases. According to the Environment Protect Agency’s report, agriculture is one of the most predominant sources of greenhouse gases such as CO2 and CH4 gas emissions. The emissions of CH4 from agriculture are ranked second after the CO2 gas emissions. Therefore, current changes in the climate system due to greenhouse gases will increasingly have a significant impact on the agriculture cropping systems. The emissions of CH4 are not only dependent on livestock, but also on crops and cropping patterns, fertilizer applications, waste management, energy resources use, and biomass burning. Moreover, agricultural soils such as peat, muddy, water-logged, and swamp soils are the most responsible factors for the direct emissions of CH4, as highly saturated soil prevents oxygen from penetrating into the soil and creates an ideal condition for methane-emitting bacteria. Furthermore, the application of synthetic and nano fertilizers with biochar also influences the emissions of CH4 from agricultural crop fields under saturated soil conditions. In addition, other fertilizers such as manure, mixed fertilizer (mixture), and straw significantly enhance the CH4 emissions. Additionally, the impact of tillage management on CH4 emissions would also be an interesting approach that needs upscaling at a higher end for different agricultural crops and cropping systems.However, t...

Submission open: "Water Supply" IWA Publisher IF 1.7

*Deadline for manuscript submission is 13 January 2025

Recent Publications.......

Recent activities...

University of Hohenheim, Stuttgart, Germany

Institute of soil science and site evaluation, Biogeophysics, University of Hohenheim

Job opportunity at German Universities

Jobs at German UniversitiesAgricultural, Agronomy, Soil science, Plant Science, Journals, Crop modelling, Adaptation Strategy, Climate change, Sustainable agricultural, R, Linux

Rajiv_K_S.pdf

Publication Link

How to get more citation ?

How to Get More Citations for Your Research PaperAgricultural, Agronomy, Soil science, Plant Science, Journals, Crop modelling, Adaptation Strategy, Climate change, Sustainable agricultural, R, Linux

How to select appropriate journals in Agriculture ?

How to select appropriate journals in Agriculture ?How to select appropriate journals in Agriculture ?

Researchgate Google Scholar Scopus LinkedIn Publons SciProfile Orcid Review Editor Scholars

Page updated

Google Sites

Report abuse