Mashamaite Chuene Victor, Phiri Ethel Emmarantia, Mandizvidza Tonderai Clive, Mothapo Palesa Natasha, Pieterse Petrus Jacobus, Albien Anouk Jasmine
Department of Agronomy, Stellenbosch University, Private Bag X1, Matieland, 7602, South Africa.
Faculty of AgriSciences, Stellenbosch University, Private Bag X1, Matieland, 7602, South Africa.
Heliyon. 2024 Feb 22;10(5):e26906. doi: 10.1016/j.heliyon.2024.e26906. eCollection 2024 Mar 15.
The increased movement of humans throughout the world allowed the transportation of several species, such as Lam. (moringa), into biomes far away from their native habitation. Native to India, moringa is a versatile, drought-tolerant, and fast-growing tree that is easily adaptable to wide-ranging tropical and sub-tropical conditions around the world. It is used in cosmetics, as food and medicine for humans, livestock feed, crop biostimulant, and green manure. Even though moringa is an alien species to South Africa, its production is increasing, and its numerous uses are recognised by communities. Moringa forms part of a highly complex (social, ecological, and economic) system. This is because it is on the Species Under Surveillance for Possible Eradication or Containment Targets (SUSPECT) list under the National Environmental Management Biodiversity Act (NEM:BA) of South Africa. Listing species that are regarded as beneficial to communities on national regulations can cause conflicts and uncertainties among various stakeholders (i.e., environmental policymakers, farmers, rural communities, and government bodies). In this paper, a systems thinking approach was applied to address complex and conflicting issues linked to the production and overall status (economic, ecological, legal, and social) of moringa in South Africa. The Causal Loop Diagram (CLD) was developed to present a broad insight into the complexity of moringa in South Africa and assist in underscoring the feedback mechanisms within the system. Moreover, the CLD indicated that the position of moringa within the country comprised a variety of interdependent variables of government policies, environment, and society, which are interconnected into a multifaceted system. The potential conflict dimensions and types associated with allocating moringa an impact category within the South African context were identified, and this may serve as a useful tool for facilitating engagements and decision-making processes among stakeholders in resolving the status of moringa in South Africa.
人类在全球范围内活动的增加,使得包括辣木属(辣木)在内的多个物种得以被运输到远离其原生栖息地的生物群落中。辣木原产于印度,是一种用途广泛、耐旱且生长迅速的树,能轻松适应世界各地广泛的热带和亚热带环境。它被用于化妆品、人类食品和药品、牲畜饲料、作物生物刺激剂以及绿肥。尽管辣木对于南非来说是外来物种,但其产量在不断增加,并且其众多用途得到了当地社区的认可。辣木构成了一个高度复杂(社会、生态和经济)的系统的一部分。这是因为它在南非《国家环境管理生物多样性法》(NEM:BA)的“可能需要根除或控制的受监测物种”(SUSPECT)名单上。将被认为对社区有益的物种列入国家法规可能会在不同利益相关者(即环境政策制定者、农民、农村社区和政府机构)之间引发冲突和不确定性。在本文中,运用了系统思维方法来解决与南非辣木的生产及其整体状况(经济、生态、法律和社会)相关的复杂和冲突问题。绘制了因果循环图(CLD),以全面洞察南非辣木的复杂性,并有助于突出系统内的反馈机制。此外,因果循环图表明,辣木在该国的状况包含政府政策、环境和社会等多种相互依存的变量,这些变量相互关联形成了一个多方面的系统。确定了在南非背景下给辣木分配一个影响类别可能涉及的潜在冲突维度和类型,这可能成为促进利益相关者参与解决南非辣木状况的决策过程的有用工具。