Marrone Pamela G
Invasive Species Corporation, Davis, California, 95616, USA.
Pest Manag Sci. 2024 Jan;80(1):81-86. doi: 10.1002/ps.7403. Epub 2023 Feb 22.
Biopesticides (commonly called Biocontrol or more recently bioprotection) have been experiencing double digit growth and now comprise about 10% of the global pesticide market driven by increased return on investment, restrictions on chemical pesticides, and pesticide resistance and residue management. However, despite the large need for new herbicides due to widespread and increasing resistance to herbicides with almost most of the chemical modes of action, bioherbicides are an insignificant percentage of the total. The technical difficulty in finding bioherbicides that can compete with the spectrum and price of chemical herbicides has left agriculture with a paucity of new bioherbicides. Billions of dollars of investment capital are being invested in new, innovative startups, but only a small number focus on bioherbicide discovery and development, due to a perception of higher risk than plant biotech, biostimulants, bionutrients and other categories of biopesticides. However, the exciting new technologies that these startups are developing such as RNAi, sterile pollen, and systemic metabolites have potential to impact the market in 10 years or less. © 2023 Society of Chemical Industry.
生物农药(通常称为生物防治,或最近称为生物保护)一直保持两位数的增长,目前约占全球农药市场的10%,这得益于投资回报率的提高、对化学农药的限制以及抗药性和残留管理。然而,尽管由于对几乎所有化学作用模式的除草剂普遍且日益增强的抗性,对新型除草剂有巨大需求,但生物除草剂在总量中所占比例微不足道。寻找能与化学除草剂的光谱和价格相竞争的生物除草剂存在技术难题,导致农业领域新型生物除草剂匮乏。数十亿美元的投资资本正投入到新的创新初创企业,但由于认为风险高于植物生物技术、生物刺激剂、生物营养素和其他类别的生物农药,只有少数企业专注于生物除草剂的发现和开发。然而,这些初创企业正在开发的令人兴奋的新技术,如RNA干扰、不育花粉和系统性代谢物,有可能在10年或更短时间内影响市场。© 2023化学工业协会。