Biological Insecticide Articles & Analysis
14 articles found
Another area of research that has shown promising results is the use of Japonilure pheromone in combination with other control methods, such as biological control agents or insecticides. By integrating pheromone-based monitoring and control tactics with other pest management strategies, researchers have been able to achieve more sustainable and effective pest ...
Enzymes are biomolecules that catalyze chemical reactions in living organisms. In agriculture, enzymes play a crucial role in various aspects, such as crop production, soil fertility, and pest management. Agriculture enzymes refer to the enzymes that are used in farming practices to improve crop yield and quality. In this article, we will discuss the classification of agriculture enzymes and ...
Classification of Insecticides 1.1 Source According to the source classification, insecticides can be divided into two categories: biologically derived insecticides and chemically synthesized insecticides. Biological insecticides include preparations of ...
Paul Roberts, co-founder and partner of Ashdown Nursery, established nearly 30 years ago, grows approximately 160,000 strawberry plants for co-operative, Berry Gardens, in greenhouses covering 1.6 hectares. “This year, we’ve had to deal with a significant increase in the number of spidermite, thrips and whitefly,” explains Mr Roberts. “Over the years, I have used a ...
Biopesticides deserve respect. Once derided as snake oil, today’s products have proven benefits in suppressing pest organisms. Whether they activate plant defenses, parasitize or inhibit pathogen growth or make the environment less favourable to disease, they can play an integral role in crop protection. While the greenhouse sector first excelled at incorporating biopesticides in ...
Environmental presence and retention of commonly used neonicotinoid insecticides such as dinotefuran (DNT), imidacloprid (IMD), and thiamethoxam (THM) is a cause for concern and prevention due to their potential toxicity to non‐target species. In the present study the kinetics of the photodegradation of these insecticides were investigated in water and soil compartments under natural light ...
On September 22, 2105, the U.S. Environmental Protection Agency (EPA) published a notice in the Federal Register listing its revised registration service fees applicable to specified pesticide applications and tolerance actions for fiscal year (FY) 2016 that are registered under the Federal Insecticide, Fungicide, and Rodenticide Act (FIFRA). The Pesticide Registration Improvement Act of 2003 ...
U.S. regulatory oversight of synthetic biology across the board needs to be modernized to reflect and address the promising technologies routinely entering the market. From a statutory perspective, the pertinent laws appear sufficiently broad to empower federal agencies to address potential risks and promote the potential benefits of synthetic biology. The regulatory infrastructure, however, is ...
Due to their natural origin, biopesticides are assumed to be less harmful to beneficial insects, including bees, and therefore their use has been widely encouraged for crop protection. However, there is little evidence to support this ingrained notion of the biopesticide safety to pollinators. As larval exposure is still largely unexplored in ecotoxicology and risk assessment on bees, we ...
Agrochemical firms have been actively influencing farmers to continue using chemical pesticides and fertilisers. However, there are two major problems. Since fertilisers rely heavily on fossil fuels, which are non–renewable resources, their ability to produce food and fibre for the world populations in the long run is questionable. The use of chemical pesticides tends to cause serious ...
The over-use of agrochemicals may have adverse effects on soils along with surface and groundwater. An assessment of alternative management practices to reduce the application of agrochemicals and minimise the pollution of water resources was carried out in the vegetable agro-ecosystem in the Rattaphum Catchment. This paper details the factors that govern the volume of agrochemicals used on high ...
The over-use of agrochemicals may have adverse effects on soils along with surface and groundwater. An assessment of alternative management practices to reduce the application of agrochemicals and minimise the pollution of water resources was carried out in the vegetable agroecosystem in the Rattaphum Catchment. This paper details the factors that govern the volume of agrochemicals used on high ...
Managing agricultural biotechnology for sustainable development demands more than research and intellectual property rights policies. Economic and regulatory institutions conducive to application of intrinsically sustainable technologies are also required. From an interdisciplinary development research perspective, it is argued that sustainability of Indian agriculture and food crop production ...
Biopesticides developed and used in the future will emerge against the backdrop of the environmental effects associated with the use of conventional pesticides and government policies designed to control these effects. In the final analysis, farmers' choices on pesticides will be influenced by the prevailing costs and benefits of conventional pesticides and their alternatives, including ...