印度卡纳塔克邦不同水稻生态系统中稻瘟病的流行与分布

Amoghavarsha Chittaragi, G. R. Naik, D. Pramesh, M. K. Naik, Raghunandana A, Chidanandappa E, S. Huded, S. Alase, Chethana Bs
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引用次数: 2

摘要

大米是世界上大部分地区,特别是亚洲,消费最广泛的谷类主食。印度的卡纳塔克邦是水稻产量最高的邦之一,它拥有从灌溉平原到雨养丘陵的多种水稻生态系统。稻瘟病在这些生态系统中发生的严重程度不同,每年造成重大损失。这项巡回调查是在2019年哈里夫期间在卡纳塔克邦5个灌溉和2个雨养生态系统下分布的18个县的120个村庄进行的。在灌溉生态系统中,PDI最高的是卡韦里(50.85),其次是瓦拉达(45.89)、巴德拉(45.82)、通加哈德拉(11.13)和上克里希纳(10.58)。在雨养生态系统中,丘陵生态系统的PDI最高(53.38),沿海生态系统最低(3.73)。18个区中,Thungabhadra生态系统的Gadag区PDI最低(1.68),丘陵区Chikkamagalur区PDI最高(81.60)。该病害在雨养丘陵生态系统中最为严重,其次是灌溉和雨养滨海生态系统。这些信息有助于制定卡纳塔克邦不同水稻生态系统的稻瘟病管理策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Prevalence and distribution of rice blast disease in different rice ecosystems of Karnataka, India
Rice is the most widely consumed cereal staple food for a significant part of the world, particularly in Asia. The Karnataka state of India is one of the highest rice producers, and it has a varied rice ecosystem from irrigated plains to rainfed hilly areas. The rice blast occurs at different severity in these ecosystems causing significant losses each year. The roving survey was carried out in the 120 villages of 18 districts distributed under five irrigated and two rainfed ecosystems of Karnataka during Kharif -2019. Within the irrigated ecosystems, the highest PDI was observed in the Kavery (50.85), followed by Varada (45.89), Bhadra (45.82), Tungabhadra (11.13), and Upper Krishna (10.58) command areas. In a rainfed ecosystem, the highest PDI was observed in the hilly ecosystem (53.38) and the least in the coastal ecosystem (3.73). Within 18 districts, the lowest PDI was observed in the Gadag district (1.68) of the Thungabhadra ecosystem, and the highest was observed in the Chikkamagalur district (81.60) of the hilly ecosystem. The disease was severe in the rainfed hilly ecosystem, followed by an irrigated and rainfed coastal ecosystem. This information is helpful in formulating the management strategies of rice blast in different rice ecosystems of Karnataka.
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