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收获害虫用于动物饲料:挖掘未开发资源的潜力。

Harvesting insect pests for animal feed: potential to capture an unexploited resource.

作者信息

Cohnstaedt Lee W, Lado Paula, Ewing Robert, Cherico Jason, Brabec Daniel, Shults Phillip, Arsi Komala, Donoghue Ann M, Wagner Roy, Chaskopoulou Alexandra

机构信息

National Bio and Agro-Defense Facility, USDA Agricultural Research Service (ARS), Manhattan, KS, USA.

Center for Grain and Animal Health Research, USDA Agricultural Research Service (ARS), Manhattan, KS, USA.

出版信息

J Econ Entomol. 2024 Aug 12;117(4):1301-1305. doi: 10.1093/jee/toae131.

Abstract

The demand for animal protein grows as the human population increases. Technological and genetic advances in traditional animal agriculture will not produce enough protein to meet future needs without significant innovations such as the use of insects as protein sources. Insect farming is growing insects, whereas insect harvesting is collecting insects from their natural habitats to produce high-quality protein for animal feed or human food. Intensive agricultural environments produce tremendous quantities of pestiferous insects and with the right harvest technologies these insects can be used as a protein supplement in traditional animal daily rations. An avenue to exploit these insects is to use traps such as the United States Department of Agriculture-Biomass Harvest Trap (USDA-BHT) to efficiently attract, harvest, and store insects from naturally abundant agricultural settings. The modular design allows for a low cost, easy to build and fix device that is user friendly and has customizable attractants to target various pest species. Although insect harvesting faces substantial challenges, including insect biomass quantity, seasonal abundance and preservation, food safety, and economic and nutritional evaluation, the potential for utilizing these pests for protein shows tremendous promise. In this forum, insect harvesting is discussed, including its potential, limitations, challenges, and research needs. In addition, the use of a mass trapping device is discussed as a tool to increase the biomass of insects collected from the environment.

摘要

随着人口增长,对动物蛋白的需求也在增加。如果没有诸如将昆虫用作蛋白质来源等重大创新,传统畜牧业的技术和基因进步将无法生产出足够的蛋白质来满足未来的需求。昆虫养殖是饲养昆虫,而昆虫采集则是从自然栖息地收集昆虫,以生产用于动物饲料或人类食品的优质蛋白质。集约化农业环境会产生大量害虫,借助合适的采集技术,这些昆虫可作为传统动物日粮中的蛋白质补充剂。利用这些昆虫的一条途径是使用诸如美国农业部生物质采集诱捕器(USDA - BHT)之类的诱捕装置,从自然丰富的农业环境中高效吸引、采集和储存昆虫。这种模块化设计使得该装置成本低、易于建造和维修,用户友好,且具有可定制的引诱剂,能针对各种害虫物种。尽管昆虫采集面临诸多重大挑战,包括昆虫生物量数量、季节性丰富度和保存、食品安全以及经济和营养评估等,但利用这些害虫获取蛋白质的潜力巨大。在本次论坛中,将讨论昆虫采集,包括其潜力、局限性、挑战和研究需求。此外,还将讨论使用大规模诱捕装置作为一种增加从环境中采集到的昆虫生物量的工具。

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