Plant growth and productivity are greatly impacted by temperature stress, both high and low.
These stresses impair biochemical, physiological, and molecular processes in the plant …

Nanotechnology is an emerging and innovative field with potential to sustain agriculture
against abiotic stress. Various nanoparticles with ultrafine structure and size range of 1–100 …

The novelty of this study lies in demonstrating a new approach to control wilt diseases using
Jania ethyl acetate extract. In the current investigation, the potential impacts of Jania sp …

In a scenario of accelerated global climate change, the continuous growth of the world
population, and the excessive use of chemical fertiliser, the search for sustainable …

Nanostructured materials are advantageous within numerous fields of medicine owing to
their intriguing qualities, which include their size, reactive surface, bioactivity, potential for …

Rising temperature due to changing climate significantly impacts the production of tomato.
The morpho-physiological functions of tomato such as gas exchange, growth and …

Intensified industrial activities significantly threaten farmland soil integrity, particularly in
salinized regions. However, comprehensive evaluations of soil fertility and contamination by …

Nanomaterials find widespread applications, but their potential harm to the environment and
ecology necessitates effective recycling methods. In this study, the effects of varying nano …

This study employed a combination of fused deposition modeling (FDM) 3D printing and
freeze-drying techniques to fabricate a polylactic acid-pearl-chitosan-copper (PLA-P-CS/Cu) …

The application of nanotechnology in agriculture has increased rapidly. However, the fate
and effects of various nanoparticles on the soil, plants, and humans are not fully understood …