Tropical climate change and its impact on horticultural plants in Enrekang District, South Sulawesi, Indonesia

A. Yassi, E. B. Demmallino, Hairul Rachman Sultani
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Abstract

Abstract.Yassi A, Demmallino EB, Sultani HR. 2023. Tropical climate change and its impact on horticultural plants in Enrekang District, South Sulawesi, Indonesia. Biodiversitas 24: 3073-3079. Global, regional, and local changes in climate are phenomenologically different and have distinct impacts on the horticultural and agricultural sectors. Therefore, this research aims to examine tropical climate change in South Sulawesi, Indonesia and analyze its impact on horticultural crops. Apost-positivistic interpretation framework of the case study tradition was used, while the location was determined by purposive sampling followed by comprehensive data collection. Data were analyzed using integrated techniques, and validity tests were carried outto assess thecredibility and reliability. The results indicated a local climate change marked by a differencein the pattern of distribution and intensity of extreme rainfall between 2015 and 2018. This was due toan increase in air temperature, which on average reached ±0.03731°C from the lowest of 22.50°C in 2011 to the highest of 23.12°C in 2020. In other words, it can be stated that the air temperature had increased by ±0.63°C in the last decade. The impact on various types of horticultural crops was marked by a decrease in the production of several kinds of Chinese cabbage,carrots, and green beans in 2015 as well asa very drastic reductionin potato crop production in 2018, while cabbage plants experienced a peak in production in 2018. Some types of horticultural crops such as shallots, cabbage and red chili began to stabilize and even increased their production in the aftermath of climate changeduring said period.
热带气候变化及其对印尼南苏拉威西Enrekang地区园艺植物的影响
摘要Yassi A, Demmallino EB, Sultani HR。2023. 热带气候变化及其对印尼南苏拉威西Enrekang地区园艺植物的影响。生物多样性24:3073-3079。全球、区域和地方的气候变化在现象上是不同的,对园艺和农业部门有明显的影响。因此,本研究旨在考察印度尼西亚南苏拉威西岛的热带气候变化,并分析其对园艺作物的影响。采用案例研究传统的后实证主义解释框架,而地点则通过有目的的抽样和全面的数据收集来确定。采用综合技术对数据进行分析,并进行效度检验以评估信度和信度。结果表明,2015 - 2018年,极端降雨的分布模式和强度存在差异。这是由于气温上升,从2011年最低的22.50°C到2020年最高的23.12°C,平均气温达到±0.03731°C。换句话说,可以说在过去的十年里,气温上升了±0.63°C。对各类园艺作物的影响主要表现在2015年几种白菜、胡萝卜和绿豆的产量下降,以及2018年马铃薯作物产量大幅下降,而白菜作物在2018年达到了产量峰值。在此期间,一些类型的园艺作物,如葱、卷心菜和红辣椒,在气候变化的影响下开始稳定下来,甚至增加了产量。
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