Black soldier fly organic fertilizer: An integrated approach to soil health, low-carbon agriculture, and pest management
Sources of information
Black soldier flies may be small, but they could play a surprisingly big role in more sustainable farming. By breaking down organic waste, they can turn by-products into nutrient-rich fertilizer that supports healthier soils while potentially helping crops defend themselves against pests and diseases. In a recent IRRI greenhouse experiment with India’s specialty Kalanamak rice, seeds treated with 2% Black Soldier Fly-derived fertilizer showed up to a 42.85% increase in early germination, along with stronger seedling growth. By turning waste into a useful agricultural resource, Black Soldier Fly technology could help farmers improve soil health, reduce reliance on synthetic inputs, and move toward more circular and low-carbon farming systems.

Content adapted from Rice Today (IRRI) | Image source: Rice Today (IRRI)
Viewed Articles
Black soldier flies may be small, but they could play a surprisingly big role in more sustainable farming. By breaking down organic waste, Â they can turn by-products into nutrient-rich fertilizer that
Read More
December 17, 2025 | Food and Agriculture Organization (FAO) |Â FAO announced that the Global Environment Facility (GEF) approved a US$58.8 million package of 8 FAO-led projects spanning Bangladesh, DR
January 7, 2026 | The Consortium of International Agricultural Research Centres (CGIAR) |Â IRRI) has introduced an innovative all-in-one machine in Vietnam that integrates mechanized dry direct seeding
May 22, 2026 | World Fertilizer |The fertilizer and farming sectors account for roughly 1.3% of global CO2 emissions, with ammonia production alone emitting an estimated 450 million tonnes annually, p
May 21, 2026 | Central News Agency (CNA) (In Chinese) |Â Taiwan's domestically grown soybean acreage expanded from approximately 680 hectares in 2014 to 4,473 hectares in 2024, a more than 5.5-fold
January 16, 2026 | ETtoday News (In Chinese) |Â Taiwan's Ministry of Environment has officially announced the first soil carbon sink methodology tailored for organic and friendly-managed tea garden