3-7 July 2023
University of Zululand
Africa/Johannesburg timezone
The Proceedings of SAIP2023 Published: 20 December 2023

Assessment of CO2 emissions in the rural set-up of the Vuwani area in Limpopo, South Africa.

5 Jul 2023, 14:40
20m
University of Zululand

University of Zululand

Oral Presentation Track F - Applied Physics Applied Physics

Speakers

Mr Lufuno Takalani (University of Venda) Ms Humbelani Thenga (Council for Scientific and Industrial Research)

Description

Abstract

The world is currently battling climate change through various mitigation and adaptation measures. Some of these measures include reducing greenhouse gas emissions, transitioning to renewable energy sources, implementing sustainable agriculture and forestry practices, and enhancing climate resilience in vulnerable communities. The Vuwani area plays a significant role in carbon emissions, where agriculture and land use change are major drivers of emissions. This area often has high levels of deforestation, burning of fossil fuels, and use of traditional biomass for cooking and heating, which contribute to carbon emissions. The assessment of CO2 emissions in the Vuwani area is a growing concern due to its potential impact on climate change. This study focuses on the rural area of Vuwani in Limpopo, South Africa, where CO2 emissions are high due to various anthropogenic activities. However, there was a gap in knowledge regarding the magnitude and sources of CO2 emissions in this area. The availability of data on CO2 emissions from the Vuwani eddy covariance flux tower filled that gap and shows the area as a source of carbon which can assist the country in formulating effective policies to mitigate climate change. The eddy covariance technique is used as a possible solution to estimate CO2 emissions from the Vuwani area. The method measured the exchange of CO2 between the surface and the atmosphere and provided accurate and continuous measurements of daily means of Net Ecosystem Exchange ranging from -5 gCm^(-2)/day and +54 gCm^(-2)/day that included meteorological parameters radiation (daily mean) of minimum 250 w.m-2 and maximum 504 w.m-2. The daily CO2 flux ranged from ± 7 µmol/m^2 s^1, and close to 100% energy closure. The findings of this study assist in formulating policies and strategies to reduce CO2 emissions in rural areas and mitigate climate change.

Keywords: Vuwani area, climate change, Net ecosystem exchange, CO2 emissions, eddy covariance

Level for award;(Hons, MSc, PhD, N/A)?

MSc

Apply to be considered for a student ; award (Yes / No)? yes

Primary author

Mr Lufuno Takalani (University of Venda)

Co-authors

Ms Humbelani Thenga (Council for Scientific and Industrial Research) Sophie Mulaudzi (University of Venda) Nnditshedzeni Eric Maluta (University of Venda)

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