Current situation of viticulture in Costa Rica and management strategies for downy mildew (Plasmopara viticola)

Daniel Castrillo-Sequeira, Rodrigo Jiménez-Robles, Milagro Granados-Montero
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Abstract

Viticulture is one of the oldest agricultural activities, and its exploitation has traditionally been limited to temperate climate zones, where the european grapevine (Vitis vinifera) and wine originate. Given the effects of climate change, more areas lose the capacity to grow this crop, and the tropics are presented as potential regions for this market. In Costa Rica, viticultural activity has been reported since the mid-20th century, however, technical information on the crop is scarce. Downy mildew, caused by the oomycete Plasmopara viticola, represents one of the diseases with the greatest economic impact for viticulture worldwide, as well as the most limiting phytosanitary problem in Costa Rica. Under high humidity conditions, the development of the pathogen is accelerated, and the host remains susceptible throughout the crop cycle, which makes proper management of epidemics difficult. Chemical control is the most common management strategy around the world, however, the appearance of P. viticola populations with resistance to fungicides has been observed in most grape vine-growing areas, hence the search for more ecological alternatives is a necessity. Currently, Costa Rica does not have integrated management strategies that allow sustainable production, and there is only one registered product for protection against this pathogen. This situation justifies paying more attention to the investigation of this pathosystem.
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哥斯达黎加葡萄栽培现状及霜霉病(Plasmopara viticola)防治策略
葡萄栽培是最古老的农业活动之一,其开发传统上仅限于温带气候区,欧洲葡萄藤(Vitis vinifera)和葡萄酒就起源于温带气候区。鉴于气候变化的影响,更多地区失去了种植这种作物的能力,热带地区成为这一市场的潜在区域。在哥斯达黎加,自 20 世纪中期以来就有葡萄栽培活动的报道,但有关该作物的技术信息却很少。霜霉病是由卵菌葡萄霜霉病菌(Plasmopara viticola)引起的,是对全球葡萄种植业经济影响最大的病害之一,也是哥斯达黎加最棘手的植物检疫问题。在高湿度条件下,病原体的发展速度加快,宿主在整个作物周期内都易感,这给流行病的适当管理带来了困难。化学防治是世界上最常见的管理策略,但在大多数葡萄种植区都发现了对杀菌剂产生抗性的葡萄孢菌群,因此必须寻找更生态的替代方法。目前,哥斯达黎加还没有能够实现可持续生产的综合管理策略,而且只有一种注册产品可以防治这种病原体。在这种情况下,有必要更加重视对这一病理系统的研究。
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