Neugebauer Kerri A, Mattupalli Chakradhar, Hu Mengjun, Oliver Jonathan E, VanderWeide Joshua, Lu Yuzhen, Sullivan Kevin, Stockwell Virginia O, Oudemans Peter, Miles Timothy D
Department of Plant, Soil, and Microbial Sciences, Michigan State University, East Lansing, MI, United States.
Department of Plant Pathology, Washington State University, Northwestern Washington Research and Extension Center, Mount Vernon, WA, United States.
Front Plant Sci. 2024 Aug 6;15:1428769. doi: 10.3389/fpls.2024.1428769. eCollection 2024.
Blueberry is an important perennial fruit crop with expanding consumption and production worldwide. Consumer demand for blueberries has grown due to the desirable flavor and numerous health benefits, and fresh market production in the U.S. has risen in turn. U.S. imports have also increased to satisfy year-round consumer demand for fresh blueberries. Pre- and post-harvest fruit diseases such as anthracnose (caused by spp.) and botrytis fruit rot (caused by spp.) have a significant impact on fruit quality and consumer acceptance. These are also among the most difficult diseases to control in the blueberry cropping system. These latent pathogens can cause significant losses both in the field, and especially during transport and marketplace storage. Although both diseases result in rotted fruit, the biology and infection strategies of the causal pathogens are very different, and the management strategies differ. Innovations for management, such as improved molecular detection assays for fungicide resistance, postharvest imaging, breeding resistant cultivars, and biopesticides have been developed for improved fruit quality. Development and integration of new strategies is critical for the long-term success of the blueberry industry.
蓝莓是一种重要的多年生水果作物,在全球范围内其消费量和产量都在不断增加。由于其诱人的风味和诸多健康益处,消费者对蓝莓的需求不断增长,美国的鲜食市场产量也相应增加。美国的进口量也有所增加,以满足消费者对新鲜蓝莓的全年需求。采前和采后果实病害,如炭疽病(由 spp. 引起)和灰霉病果腐(由 spp. 引起),对果实品质和消费者接受度有重大影响。这些也是蓝莓种植系统中最难控制的病害之一。这些潜伏性病原体在田间以及特别是在运输和市场储存期间都会造成重大损失。虽然这两种病害都会导致果实腐烂,但致病病原体的生物学特性和感染策略非常不同,管理策略也不同。为了提高果实品质,已经开发了一些管理创新方法,如改进的抗真菌剂耐药性分子检测方法、采后成像、培育抗病品种和生物农药。新策略的开发和整合对于蓝莓产业的长期成功至关重要。