Microbial biotechnology strengthens soil health and plant nutrition by utilizing beneficial microbes, promoting sustainability, reducing chemical inputs, and enhancing crop resilience.

AI-powered Accuracy Agriculture helps the agricultural sector by combining sustainable progress with higher output, resource protection and improved decision-making capabilities.

Synthetic biology offers transformative solutions for sustainable protein production, enhancing food security, environmental conservation, and nutritional quality worldwide.

The global food security challenges are improving by increasing nanotechnology in agriculture and water management by enhancing the efficiency, sustainability and environmental safety.

Integrating smart renewable energy with precision agriculture empowers off-grid farmers, improves productivity, reduces costs, and supports sustainable, climate-resilient farming.

AI-driven microgrid irrigation enhances water and energy efficiency, boosts crop yields, and supports sustainable farming in rural communities.

This study highlights large cardamom farming as a profitable, livelihood-transforming alternative to paddy, driving rural income growth in Arunachal Pradesh.

This review highlights integrated morphological, physiological, and molecular strategies to develop climate-smart crops resilient to drought and heat stress

This review highlights how synthetic biology enables sustainable protein production through CRISPR, metabolic engineering, and microbial fermentation to enhance global food security.

Microbial biotechnology strengthens soil health and plant nutrition by utilizing beneficial microbes, promoting sustainability, reducing chemical inputs, and enhancing crop resilience.

This study underscores genomic and biotechnological innovations enhancing root-mediated soil carbon sequestration for sustainable agriculture and global climate change mitigation.

This study establishes an energy-efficient micropropagation protocol enhancing Gardenia jasminoides growth and chlorophyll content using 0.2 mg L ^-1 2iP under blue LED.

This study demonstrates integrated salinity correction and boron nutrition strategy improving broccoli productivity, soil quality, and nutrient efficiency under salinity-affected agricultural conditions.

This review highlights integrated molecular, physiological, and digital innovations enhancing crop resilience to drought and heat stress for sustainable global food security.