Maviza Auther, Ahmed Fethi
Department of Environmental Science and Health, Faculty of Applied Sciences, National University of Science and Technology, Corner Cecil Avenue and Gwanda Road, Ascot, Bulawayo Zimbabwe.
School of Geography, Archaeology and Environmental Studies, University of Witwatersrand, 1 Jan Smuts Avenue, Braamfontein, Johannesburg, South Africa.
SN Appl Sci. 2021;3(5):549. doi: 10.1007/s42452-021-04512-9. Epub 2021 Apr 12.
This paper reviews developments in climate science and hydrological modelling studies in Zimbabwe over the past 29 years in an effort to expose knowledge gaps within this research domain. We initially give a global and regional overview and then follow a systematic thematic approach in reviewing specifically online published, peer-reviewed journal articles on climate change/variability and hydrological modelling in Zimbabwe. The state and progress towards advanced integrated climate and hydrological modelling research are assessed, tracking benchmarks in the research methodologies (tools and techniques) used therein including geographic information systems and remote sensing. We present descriptive summaries of key findings, highlighting the main study themes (categories) and general conclusions arising from these studies while examining their implications for future climate and hydrological modelling research in Zimbabwe. Challenges associated with climate and hydrological modelling research in Zimbabwe are also briefly discussed and the main knowledge gaps in terms of research scope and methodologies employed in the reviewed studies also exposed. We conclude by presenting plausible potential areas of focus in updating and advancing scientific knowledge to better understand the climate-land use-hydrology nexus in Zimbabwe. While this paper is primarily relevant for researchers, the general findings are also important for policy-makers since it exposes potential areas for policy intervention or agenda setting in as far as climate and hydrology science research is concerned so as to effectively address pertinent questions in this domain in Zimbabwe.
本文回顾了过去29年里津巴布韦气候科学和水文模型研究的发展情况,旨在揭示该研究领域内的知识空白。我们首先给出全球和区域概况,然后采用系统的主题方法,专门回顾津巴布韦已发表的、经过同行评审的关于气候变化/变率和水文模型的在线期刊文章。评估了先进的综合气候和水文模型研究的现状与进展,追踪其中使用的研究方法(工具和技术)的基准,包括地理信息系统和遥感。我们给出了关键发现的描述性总结,突出了主要研究主题(类别)以及这些研究得出的一般结论,同时考察了它们对津巴布韦未来气候和水文模型研究的影响。还简要讨论了津巴布韦气候和水文模型研究相关的挑战,并揭示了所审查研究在研究范围和采用方法方面的主要知识空白。我们通过提出在更新和推进科学知识以更好理解津巴布韦气候-土地利用-水文关系方面可能的潜在重点领域来得出结论。虽然本文主要对研究人员有参考价值,但总体研究结果对政策制定者也很重要,因为它揭示了在气候和水文科学研究方面政策干预或议程设定的潜在领域,以便有效解决津巴布韦该领域的相关问题。