Increased economic activity has resulted in higher levels of greenhouse gases and carbon emissions in Nigeria, making the country more vulnerable to the effects of climate change. To investigate the distribution of greenhouse gases in the Nigerien Delta, researchers used an ex post facto approach. The information was gathered from the six Niger Delta states that comprise BRACED: Delta, Edo, Rivers, Cross Rivers, and Akwa Ibom. The study focused on twelve refineries or gas flare sites, which represented all of the areas that fit the Niger Delta profile. Starting in September 2022 and ending in February 2023, data were collected every other week using Sage thermal mass flow metres. We used ANOVA and statistical diagrams to look for regional differences in climate-GHG concentrations. Greenhouse gas emissions from the Niger Delta area fell sharply between 1993 and 2022, reaching a low of 1.38 million square metres in 2010. In 2022, the average CO2 concentration in the area was 25.4µg/m³, and SO2 emissions were 20.1µg/m³. Carbon dioxide far outnumbered sulphur IV oxide (SO2) in greenhouse gas flares. Soil organic carbon concentrations averaged highest in Rivers State and lowest in Akwa Ibom. An examination of regional statistics revealed that NO2 and SO2 emissions varied significantly, with the greatest differences found between the states of Edo and Rivers. However, CO2 emissions were uniform across the country. Reduce the impact by collaborating, strengthening our capabilities, conducting research, and sharing our technologies.
Keywords: Carbon Dioxide, Emission, Greenhouse Gases, Niger-Delta, spatial spread
