The technology for biodegradation of pig manure by using houseflies in a pilot plant capable of processing 500–700 kg of pig manure per week is described. A single adult cage loaded with 25,000 pupae produced 177.7±32.0 ml of eggs in a 15-day egg-collection period. With an inoculation ratio of 0.4–1.0 ml eggs/kg of manure, the amount of eggs produced by a single cage can suffice for the biodegradation of 178–444 kg of manure.

Nature is kind enough to create human beings after all its other creation so that we can enjoy and live happily and
easily. But owing to our memory and thinking capacities, we became selfish and lazy and wanted to have everything for

One of the ways in which farmers can protect their soils is through the use of mulch. When the soil is covered with a
thick layer of organic matter, it is protected from extreme rainfall, winds or drought. Mulch also serves as a home for
insects, helping attract many species which significantly improve soil texture and soil fertility.

Insect behavior is largely decided by farming practices. Both plants and insects are mutually dependant. While plants provide food to insects, insects provide the necessary ecological services to the plant. Farmers therefore need to manage cropping as a part of a larger ecosystem management. This requires deeper understanding of the relationships of various living forms in an ecosystem.

Pollination is a concern for cardamom farmers as it is difficult to maintain pollinator populations in plantations between
years. The innovative solution that is gaining popularity for ensuring quality pollination services to cardamom in South West India, is the use of managed forestry to create "sequential blooms" in mixed coffee and cardamom plantations.

Questions have been raised about the transparency and scientific quality of regulatory processes applied in the first open field releases of genetically modified (GM) insects, and there is concern that inappropriate precedents have been set, particularly through generic risk assessments covering multiple species and technologies.

After many years of open discussion and development, the first genetically modified (GM) insect strains are entering field trials. A key engineered trait renders the insects “genetically sterile”, such that some or all of their offspring die; the insects additionally carry a fluorescent marker gene for easy identification. Such “genetic sterility” transgenes (in genetic terms, conditional dominant lethal genes) are not able to establish or spread in the wild due to their high fitness cost; such self-limiting strategies are widely viewed as the lowest risk category.

Experimental releases of genetically modified (GM) insects are reportedly being evaluated in various countries, including Brazil, the Cayman Islands (United Kingdom), France, Guatemala, India, Malaysia, Mexico, Panama, Philippines, Singapore, Thailand, the United States of America, and Vietnam. GM mosquitoes (Aedes aegypti) have already been released for field trials into inhabited areas in the Cayman Islands (2009–?), Malaysia (2010–2011), and Brazil (2011–2012).

Insects are the pre-eminent form of metazoan life on land, with as many as 1018 individuals alive at any one instant and over three-quarters of a million species described. Although it is estimated that there are as many as 14,000 species that are blood feeders, only three to 400 species regularly attract our attention. Some of these are of immense importance to us, as vector-borne diseases still form a huge burden on both the human population and our domesticated animals.

Current paradigms generally assume that increased plant nitrogen (N) should enhance herbivore performance by relieving protein limitation, increasing herbivorous insect populations. We show, in contrast to this scenario, that host plant N enrichment and high-protein artificial diets decreased the size and viability of Oedaleus asiaticus, a dominant locust of north Asian grasslands. This locust preferred plants with low N content and artificial diets with low protein and high carbohydrate content.