Aim & Scope
Pesticide Science and Pest Control (ISSN: 2833-0943) is an international, Open Access publisher of peer-reviewed journals encompassing a broad spectrum of scientific research and technological disciplines.
Pesticide Science and Pest Control (ISSN: 2833-0943) is originated with a rigid commitment of serving the scientific and research community by inviting innovations and a vision to encourage the existing scientists, experts and young scientists to enlighten the common society, encompassing a broad spectrum of scientific research and technological disciplines.
Pesticide Science and Pest Control (ISSN: 2833-0943) is an Open Access single blinded peer-reviewed medical journal, publish original research articles, review papers, clinical studies, case reports, editorials, and perspectives etc. It seeks support from individuals, institutes, libraries, universities, funding agencies, and others.
Pesticide Science and Pest Control (ISSN: 2833-0943) focuses on pesticide-related health disorders, toxicological complications, environmental effects, pest management strategies, and related safety interventions.
The current research in Pesticide Science and Pest Control (ISSN: 2833-0943) involves the development of new techniques to minimize these ailments and provides knowledge for researchers, practitioners, and even common people.
Pesticide Science and Pest Control (ISSN: 2833-0943) accepts the articles in the fields of: Pesticide chemistry, Pesticide formulation, Mode of action, Pesticide residues, Toxicology, Environmental fate of pesticides, Biodegradation, Pesticide regulation, Maximum Residue Limits (MRLs), Integrated Pest Management (IPM), Insecticides, Herbicides, Fungicides, Rodenticides, Nematicides, Acaricides, Bactericides, Bio-pesticides, Organic pesticides, Organophosphates, Carbamates, Pyrethroids, Neonicotinoids, Chlorinated hydrocarbons, Sulfonylureas, Phenylpyrazoles, Botanical pesticides (Neem, Pyrethrin), Chemical control, Biological control, Cultural control, Mechanical control, Genetic control, Pheromone traps, Crop rotation, Companion planting, Spraying techniques, Aerial application, Precision agriculture, Personal Protective Equipment (PPE), Pesticide poisoning, Pesticide resistance, Drift and runoff, Pesticide degradation, Soil contamination, Water pollution, Airborne pesticide drift, Bioaccumulation, Endocrine disruption, Non-target species impact, Pollinator decline (Bees, Butterflies), EPA (Environmental Protection Agency), FAO (Food and Agriculture Organization).
Authors can contribute their valuable submission through online and/or to info@mediresonline.org
Pesticide chemistry: Pesticide chemistry is the study of the chemical composition, properties, and modes of action of substances used to control pests. It explores how pesticides are designed, synthesized, and interact with biological systems. The field also examines their environmental behavior, toxicity, and safe application.
Pesticide formulation: Pesticide formulation refers to the prepared mixture of active ingredients and other substances (such as solvents, carriers, or surfactants) that make a pesticide easier, safer, and more effective to apply. It enhances stability, handling, and performance, ensuring the pesticide works efficiently under various environmental conditions.
Mode of action: Mode of action refers to the specific biological mechanism through which a drug, chemical, or microorganism produces its effect in the body or target organism. It explains how the agent works at the cellular or molecular level, such as inhibiting enzymes, blocking receptors, or disrupting cellular processes.
Pesticide residues: Pesticide residues are the small amounts of chemicals that remain on or in food crops after pesticides are applied to control pests. These residues can persist through harvesting, storage, and processing. Regulatory agencies set safe limits to ensure they do not pose health risks to consumers.
Toxicology: Toxicology is the scientific study of harmful effects caused by chemicals, substances, or toxins on living organisms. It examines how these agents enter the body, their mechanisms of action, and the dose at which they become dangerous. Toxicology also helps assess risks and develop safety guidelines to protect human health and the environment.
Environmental fate of pesticides: Environmental Fate of Pesticides refers to the processes that determine what happens to pesticides after they are released into the environment. This includes their movement through soil, water, and air, their breakdown by chemical, biological, or physical means, and their potential accumulation in plants, animals, or ecosystems. Understanding these processes helps assess environmental risks and impacts.
Biodegradation: Biodegradation is the natural process by which microorganisms such as bacteria and fungi break down organic substances into simpler, non-toxic compounds. It helps recycle nutrients in the environment and reduces the accumulation of waste. This process can occur in soil, water, or other natural settings.
Pesticide regulation: Pesticide regulation refers to the laws, policies, and guidelines that govern the production, distribution, use, and disposal of pesticides. It aims to protect public health, the environment, and agricultural safety by ensuring pesticides are tested, approved, and used responsibly. These regulations also set limits on residues in food and establish safety standards for workers and consumers.
Maximum Residue Limits (MRLs): Maximum Residue Limits (MRLs) are the highest levels of pesticide or veterinary drug residues legally permitted in food and feed products. They are established based on scientific risk assessments to ensure consumer safety. MRLs help regulate agricultural practices and ensure that marketed foods remain safe for consumption.
Integrated Pest Management (IPM): Integrated Pest Management (IPM) is an environmentally friendly approach to controlling pests by combining biological, cultural, physical, and chemical methods. It focuses on preventing pest problems, monitoring pest activity, and using the least harmful control measures only when necessary. IPM aims to reduce risks to human health, beneficial organisms, and the environment.
