Home/South African Geographical Journal (SAGJ)/Article Record
Peer-Reviewed Article February 3, 2019

Classifying and mapping rainfall seasonality in South Africa: a review

Are you an author of this work?Link to your sovereign AfriScholar profile
Published in: South African Geographical Journal (SAGJ)
Publisher: Taylor & Francis • South Africa • 0373-6245 • 2151-2418
DOI: https://doi.org/10.1080/03736245.2019.1573151

Abstract

Across South Africa, many activities warrant consistent and predictable rainfall patterns which can be achieved from classification of rainfall seasonality into homogeneous zones. Since the first seasonality map for South Africa which was published in 1938, attempts to classify and map rainfall seasonality for the region has proliferates, with many different approaches adopted. Currently, 59 published maps depicting rainfall seasonality across South Africa are known. Although the dichotomy between the summer and winter rainfall zones is well-reported, classification and mapping of the seasonal rainfall zones remains somewhat arbitrary and relatively inconsistent amongst authors. Amongst these maps, there is a broad consensus that three distinct regions with a relatively homogenous seasonal distribution of rainfall exist, known as: summer, winter and year-round rainfall zones. Much of the country has been classified with at least 75% spatial agreement, while classification for the remainder of the country remains rather disputed. Available classification approaches were interrogated, and it was demonstrated that each approach is associated with limitations affecting the accuracy of these maps. We suggest a rigorously assessed approach, or a set of approaches should be used to classify rainfall zones which may be important in further understanding rainfall seasonality across South Africa.

Download Full Text PDFView at PublisherCrossref RecordCrossref XML

Verified Citation Velocity

Recorded scholarly citations in African and international peer-reviewed literature

97
Total Citations

Citations are continuously tracked and harvested across continental OJS endpoints and OpenAlex feeds.