Ento232

Understand applied entomology, its scope, and the economic classification of insects in agriculture.

Trace the development of beekeeping from early honey collection to organized apiary practice and scientific apiculture.

Learn practical apiary management, including site selection, colony inspection, seasonal care, feeding, swarming control, and bee forage planning.

Understand how honey bees support crop pollination, improve yield and quality, and outperform most other commercial pollinators in agriculture.

Understand the major bee products such as honey, wax, royal jelly, propolis, pollen, and bee venom, along with their formation and uses.

Learn how pesticides and other farm inputs harm honey bees through direct exposure, residues, drift, and contamination of colonies and bee products.

Understand how pollinators, insect weed-control agents, and other beneficial insects support crop production, biodiversity, and natural pest regulation.

Learn the foundations of insect ecology, including ecosystem terms, agroecosystems, balance of nature, and the environmental forces that regulate insect populations.

Understand insect population attributes, growth forms, life tables, and how competition, predators, parasites, and diseases regulate pest populations.

Learn how temperature, humidity, light, and host-related conditions influence insect survival, development, reproduction, and seasonal population change.

Understand what makes an organism a pest and learn the major categories of pests relevant to agriculture, forestry, households, veterinary, and medical systems.

Learn how pest monitoring, surveillance, and forecasting track pest incidence, predict outbreaks, and support timely IPM decisions.

Understand the meaning of pest management, the need for IPM, and the shift from routine pesticide use to integrated decision-based control.

Study cultural, physical, and mechanical pest-control practices that reduce pest pressure through field management, sanitation, habitat manipulation, and direct suppression.

Learn how quarantine, pest legislation, and insecticide regulation help prevent pest entry, spread, and unsafe control practices.

Understand host plant resistance as an IPM tool, including its types, mechanisms, genetic basis, and crop protection value against insect pests.

Learn how predators, parasitoids, and pathogens suppress insect pests and why biological control is a major ecological component of IPM.

Study chemical control in entomology, including the development of insecticides and the role of pesticides in modern pest management.

Understand the major pesticide groups classified by target organism, including insecticides, acaricides, rodenticides, molluscicides, nematicides, and fungicides.

Learn the purpose of the Insecticides Act, 1968 and how it regulates pesticide manufacture, sale, quality, and safe use in agriculture.

Learn how pheromones act as chemical signals between insects and how they are used in pest monitoring, trapping, and behavioral management.

Learn sterility-based insect control, especially SIT and SIRM, including sterile male release, population suppression logic, and practical use conditions.

Understand insect growth regulators as selective chemicals that disrupt molting, metamorphosis, and development rather than causing immediate knockdown.

Learn the principles of pesticide application, including timing, coverage, dose accuracy, and the role of equipment in safe and effective control.

Understand pesticide compatibility, tank mixing, and the physical or chemical interactions that can improve or reduce spray effectiveness.

Learn how rising temperature and climate change alter insect distribution, survival, reproduction, seasonal activity, and pest status in agriculture.

Understand the history, principles, and field application of Integrated Pest Management in crop protection.

Understand the major institutional, informational, sociological, economic, and political constraints in IPM, along with strategies for wider adoption.

Learn practical integrated pest management strategies for rice and cotton, including agronomic prevention, biocontrol releases, and economic threshold-based action.

Learn how biotechnology supports pest management through resistant varieties, transgenic plants, and gene pyramiding.