Exploring how Iran's native plants like Artemisia dracunculus are proving effective against malaria-carrying Anopheles stephensi mosquitoes through their larvicidal properties.
Exploring 40 years of breakthroughs in chemical ecology, from plant communication to pest management solutions, as documented in the journal Chemistry and Ecology.
Discover how Megabalanus coccopoma barnacle larvae serve as sensitive indicators for marine pollution through acute toxicity testing.
Exploring the geochemical secrets of Vietnam's coastal waters between 60-100m depth, revealing insights into ocean health and climate resilience.
Exploring predictive ecotoxicology methods that forecast chemical impacts across species without extensive animal testing.
Research on how climate change amplifies marine pollution effects through bioaccumulation, toxicity synergies, and ecosystem impacts.
Exploring how SPE-LC-ESI-MS/MS analysis reveals hidden disperse dye pollution in water systems and its environmental impacts
Exploring the groundbreaking work of limnologist Takayuki Hanazato and his discoveries about aquatic ecosystems, pesticide impacts, and lake restoration.
Exploring the ecological risk assessment of agrochemicals on terrestrial wildlife through scientific studies and data visualization.
Exploring the intersection of climate change, ocean acidification, and marine ecotoxicology, and their combined impact on marine ecosystems.