The KwaZulu-Natal Department of Cooperative Governance and Traditional Affairs (KZNCOGTA) has issued a cautionary alert to communities concerning Level 2 severe thunderstorms anticipated in various parts of the province on Monday evening, 18 December 2023, until midnight.
Areas identified as potentially affected by the severe weather conditions, according to the South African Weather Services forecast, include:
- Newcastle
- Ladysmith
- Dannhauser
- Underberg
- Utrecht
- Dundee
- Estcourt
- Greater Kokstad
- Impendle
- Ingwe
- Giants Castle
- Mooi River
- Msinga
- Nquthu
- Bergville
- Richmond
- Msunduzi
- Ubuhlebezwe
- uMngeni
- uMuziwabantu
- Umzimkhulu
Furthermore, KZNCOGTA highlighted the forecasted risks, stating, “The forecast predicts possible heavy downpours, damaging winds, hail, and severe lightning are expected over the western parts of KZN today. Some of the thunderstorms may become severe leading to the risk of flooding.”
The government entity cautioned that this may result in the flooding of roads, settlements, and low lying areas, potentially causing closures of bridges and roads. Residents are advised to anticipate disruptions to traffic flow due to major roads being flooded or obstructed by fallen trees.
KZNCOGTA further advised communities, saying, “Communities are advised to avoid crossing swollen rivers. Exercise extreme caution when travelling, or consider postponing travel plans as roads may become impassable due to flooding, water-filled potholes, and potential sinkholes.”
In rural areas, residents living along riverbanks are urged to be prepared to evacuate to higher ground if necessary, as riverbanks may flood. The department has activated disaster management teams in all affected municipalities, ensuring they remain on high alert during this period.
As the province braces for the impending severe weather conditions, community members are encouraged to share their thoughts and experiences in the comment section below.
Your insights contribute to the ongoing conversation about local preparedness and response to natural events.
