红薯是大洋洲的战略性块根作物:综述过去的研究和未来的发展方向

IF 0.5 Q4 AGRONOMY Sains Tanah Pub Date : 2023-06-19 DOI:10.20961/stjssa.v20i1.66319
Patrick S. Michael, Topas M. Peter
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引用次数: 0

摘要

甘薯是世界范围内重要的食品、工业和医药作物,对恶劣的农业气候条件具有高度的适应性,是应对气候变化的战略作物之一。尽管如此,可持续的作物生产仍然是一个问题,因为土地受到压力,土壤肥力下降,病虫害增加,没有标准化的生产做法。在温带地区,生产是高度机械化的,而在热带地区,它仍然是一种局限于自给农业系统的自给作物。这些问题由于缺乏适应更广泛的农业生态区并对现有和新的胁迫具有适应性耐受性的通用和农艺改良基因型而更加复杂。在最近的过去,全世界都取得了重大进展;然而,结果往往是特定于地方的,不能外推,需要分散目前的方法。这篇综述指出,这种作物是大洋洲地区一种重要的战略作物,因为它能够在不利的农业气候条件下生长,并能产生合理的产量。本文继续强调新兴现代技术的当前趋势,这些技术可用于有效地改善和增强农艺重要性和更广泛的适应性性状。此外,需要改变土地利用计划、耕作制度和文化生产方式,以实现可持续生产。通过指出替代战略,例如,与无机肥料相比,使用有机物质作为相对便宜和容易获得的土壤养分来源,进一步加强了对这些的需要。
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Sweet potato is a strategic root crop in Oceania: A synthesis of the past research and future direction
Sweet potato is an important food, industrial, and pharmaceutical crop worldwide and highly adapted to adverse ranges of agroclimatic conditions, making it one of the strategic crops under climate change. Despite the importance, sustainable crop production continues to be an issue because of the pressure put on land, the decline in soil fertility, the buildup of pests and diseases, and no standardized production practices. Production is highly mechanized in temperate regions, whereas, in the tropics, it is still a subsistence crop confined to subsistence farming systems. These issues are compounded by a lack of generically and agronomically improved genotypes adapted to wider agroecological zones with adaptive tolerance to existing and new stresses. In the recent past, significant progress has been made worldwide; however, the outcomes tend to be locality-specific, and cannot be extrapolated, needing decentralization of the current approaches. This review points out that the crop is a critical strategic crop in the Oceania region because of its ability to grow under adverse ranges of agroclimatic conditions and can produce a reasonable yield. The paper continues to emphasize the current trends in emerging modern technology that can be used to efficiently improve and enhance traits of agronomic importance and wider adaptivity. In addition, land use plans, farming systems, and cultural production practices need to be changed for sustainable production. The need for these is further strengthened by pointing out alternative strategies, e.g., using organic matter as a relatively cheap and readily available source of soil nutrients compared to inorganic fertilizers.
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来源期刊
Sains Tanah
Sains Tanah Environmental Science-Pollution
CiteScore
1.90
自引率
0.00%
发文量
16
审稿时长
8 weeks
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