Search

Molecular characterization and identification of gene involved in the multiple stresses: Nano-material for mitigation

Climate change and pollution are critical factors in destroying ecosystems, including aquatic ones. These changes lead to declining production of aquatic organisms and contaminated final products. Researchers face challenges in alleviating these impa

Transition metal oxide nanosheets for efficient and cost-effective green hydrogen production

The increasing global energy consumption and the climate change crisis have led to a shift towards renewable energy sources, such as green hydrogen produced from water electrolysis. However, green hydrogen is expensive, costing almost three times mor

Tailored Interfaces for Optimal Photovoltaic Performance: Uniting 2D-3D Interface Engineering in Perovskite Solar Cells

The growing energy scarcity and the need to combat climate change necessitate the development of renewable and low-cost clean energy technologies. Photovoltaic conversion technology, which uses the sun's energy to generate electricity, is an attracti

Deciphering role(s) of effectors, post-translational modification and transcriptional regulation during effector triggered immunity in multi-host response against Fusarium disease in worm and chickpea

Climate change is causing a significant increase in the impact of fungal pathogens, such as Fusarium oxysporum, on global health and agriculture. F. oxysporum f. sp. ciceri mediated vascular wilt disease poses a significant threat to chickpea product

Development of High-Output Power Piezo-Triboelectric Hybrid Nanogenerator for Green Hydrogen Production: An IoT-Integrated Process Intensification Approach Using AI/ML

This project aims to harness the power of hybrid energy harvesting technologies, specifically piezoelectric and triboelectric generators, to produce green hydrogen through anion exchange membrane electrolysis (AEMWE). Motivated by the global need for

Antarctic Circumpolar Current characteristics variability over the last 600 kyr and its numerical modelling: Implications on global climate

The Southern Ocean (SO) absorbs the most atmospheric CO₂, is influenced by the Antarctic Circumpolar Current (ACC) and other related deep-water currents such as Circumpolar Deep Water (CDW) and Antarctic Bottom Water (AABW). These ocean currents, a

Development of 3D molecular structural models of Indian coal through investigation of aerial auto-oxidation and spontaneous combustion

Coal, once a popular energy source during the industrial revolution in the 18th century, has evolved into a major source of energy in India, with over 50% of electricity coming from coal-fired power plants. However, concerns about climate change have

Elucidating the roles of heat shock proteins and selenium transporters in Proso millet

Climate change and anthropogenic factors pose threats to agriculture, leading to concerns about food security and hunger in many regions. Millets, such as Panicum miliaceum L. (Proso millet), are stress-resistant plants that provide ample carbohydrat

Soil, water and crop management strategies to mitigate climate induced changes in rain fed ecosystem of south coastal A.P

A Compound Flood Modelling Framework for Real-Time Forecasting and Long-Term Assessment under Climate and Urbanization Scenarios in Kochi City

India has faced a surge in urban flooding incidents in recent decades, with cities like Mumbai (2005), Chennai (2015), and Kochi (2018) witnessing significant socio-economic and infrastructural losses. Kochi, located at the confluence of the Arabian