Mango off-season technology (MOST): Innovative, applicable, adaptive to climate change, and brings many positive impacts

Zainuri, T. Sjah, Nurrachman, C. Ayu
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引用次数: 5

Abstract

This paper presents the application of the new technology on production of mango fruits at out of its normal seasons, by using growth regulator in North Lombok, as well as presentation of its benefits and potentials for several aspects of mango production, mango producers, and the regions. Source of information for this paper was mainly obtained from authors own research and extension activities related to the introduction of the new technology for production of mango fruits in out of normal mango seasons. The information is also supplemented through reviews of related literatures. The paper concludes that mango off-season technology (MOST) with help from plant growth regulator or hormone, called paclobutrazol, has been recently applied to mangoes in Nusa Tenggara Barat (NTB). The technology is innovative, and adaptive to climate change occurred currently. Despite still not so many growers were convinced to apply for it so far, the technology is friendly to be applied. Its application to mangoes, called here as ‘MOST’ has evidenced that the technology is very useful as it brings many positive impacts. The application is potential to be scaled up to other regions, or to other crops in the same or different regions.This paper presents the application of the new technology on production of mango fruits at out of its normal seasons, by using growth regulator in North Lombok, as well as presentation of its benefits and potentials for several aspects of mango production, mango producers, and the regions. Source of information for this paper was mainly obtained from authors own research and extension activities related to the introduction of the new technology for production of mango fruits in out of normal mango seasons. The information is also supplemented through reviews of related literatures. The paper concludes that mango off-season technology (MOST) with help from plant growth regulator or hormone, called paclobutrazol, has been recently applied to mangoes in Nusa Tenggara Barat (NTB). The technology is innovative, and adaptive to climate change occurred currently. Despite still not so many growers were convinced to apply for it so far, the technology is friendly to be applied. Its application to mangoes, called h...
芒果淡季技术(MOST):创新、适用、适应气候变化,并带来许多积极影响
本文介绍了在龙目岛北部使用生长调节剂在非正常季节生产芒果的新技术的应用,并介绍了它在芒果生产、芒果生产者和地区的几个方面的效益和潜力。本文的资料来源主要来自作者本人对超常芒果生产新技术引进的研究和推广活动。并通过查阅相关文献进行补充。本文认为,在植物生长调节剂或激素多效唑的帮助下,芒果淡季技术(MOST)最近在努沙登加拉巴拉(NTB)的芒果上得到了应用。该技术具有创新性,能够适应当前发生的气候变化。尽管到目前为止还没有那么多种植者被说服申请,但这项技术的应用是友好的。它在芒果上的应用,在这里被称为“MOST”,证明了这项技术非常有用,因为它带来了许多积极的影响。该应用有可能扩大到其他地区,或在相同或不同地区的其他作物。本文介绍了在龙目岛北部使用生长调节剂在非正常季节生产芒果的新技术的应用,并介绍了它在芒果生产、芒果生产者和地区的几个方面的效益和潜力。本文的资料来源主要来自作者本人对超常芒果生产新技术引进的研究和推广活动。并通过查阅相关文献进行补充。本文认为,在植物生长调节剂或激素多效唑的帮助下,芒果淡季技术(MOST)最近在努沙登加拉巴拉(NTB)的芒果上得到了应用。该技术具有创新性,能够适应当前发生的气候变化。尽管到目前为止还没有那么多种植者被说服申请,但这项技术的应用是友好的。它在芒果上的应用被称为h…
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