菲律宾园艺保护的引种与潜力综述

Jaypee H. Estigoy, K. Yeo, Yoonhee Seo, S. Jang
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摘要

:保护农业对菲律宾的蔬菜产业具有巨大的潜力,因为它允许应用现代种植技术来减轻不利的天气条件,并使农民能够有效地管理病虫害。因此,为了解决菲律宾对粮食日益增长的需求,一项经过测试和/或证实的增加蔬菜产量的战略是加强使用保护结构。本综述介绍了菲律宾农业的规模和潜力,重点介绍了园艺作物的保护性种植。与其他亚洲国家相比,菲律宾在温室技术方面远远落后,这些国家有数千至数百万公顷的土地用于保护蔬菜种植。几项研究调查了菲律宾等台风易发国家低成本和高成本防护结构的经济可行性和适用性,表明防护结构是可行和有利可图的。此外,与露天耕作相比,保护耕作的影响显著提高了产量,提高了农产品质量。因此,菲律宾政府同意在韩国的帮助下改善该国萎靡不振的蔬菜产业,并努力通过建立智能温室技术来实现粮食安全国家的地位。总体而言,尽管由于电力和建设成本高而受到限制,但与露天相比,包括所需技术在内的保护栽培设施为季节性和非季节性蔬菜作物生产提供了更大的优势。此外,这种技术可以应用于各种地理位置,如平原、丘陵、沙漠、农村和城市地区。
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Introduction and Potential of Protected Horticulture in the Philippines: A Review
: Protected agriculture has great potential for the vegetable industry in the Philippines as it allows the application of modern cultivation techniques to mitigate adverse weather conditions and enable farmers to manage pests and diseases efficiently. Thus, to address the increasing demand for food in the Philippines, one strategy to increase vegetable production which is tested and/or proven is through the intensified use of protective structures. This review describes the magnitude and potential of agriculture in the Philippines, focusing on the protected cultivation of horticultural crops. The Philippines is far behind in greenhouse technologies compared to other Asian countries where thousands to millions of hectares are used for protected vegetable cultivation. Several studies have investigated the economic via-bility and applicability of low- and high-cost protective structures in typhoon-prone countries such as the Philippines, demonstrating that protective structures are feasible and profitable. Also, the impact of protected cultivation as compared to the open field has resulted in significantly higher yield and better quality of produce. Hence, the Philippine government with the assistance of the Republic of Korea agreed to improve the country’s flagging vegetable industry and endeavor to attain the status of a food-secure country through the establishment of smart greenhouse technologies. Overall, despite the limitations due to the high cost of electricity and construction protected cultivation facilities including required technologies provide greater advantages for seasonal and off-seasonal vegetable crop production compared to that in the open field. Moreover, such technology can be applied to various geographical locations such as plains, hills, deserts, rural, and urban areas.
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