Heavy metal distribution in sediment of akpabuyo stream, cross river basin southeastern nigeria.. – geology project topics – complete project material

Project Abstract

Heavy metal contamination in aquatic environments is a significant environmental issue due to its potential impact on human health and ecosystems. The Akpabuyo Stream, located in the Cross River Basin in southeastern Nigeria, is an important water body that serves various purposes for the surrounding communities. However, anthropogenic activities in the area have raised concerns about heavy metal pollution in the stream sediments. This study aimed to investigate the distribution of heavy metals in the sediment of the Akpabuyo Stream to assess the level of contamination and potential risks to human health and the environment. Sediment samples were collected at different locations along the stream and analyzed for heavy metal concentrations using atomic absorption spectrometry. The heavy metals analyzed included lead (Pb), cadmium (Cd), chromium (Cr), and nickel (Ni). The results revealed varying concentrations of heavy metals in the sediment samples, with some locations showing higher levels of contamination compared to others. The highest concentrations were observed for lead and cadmium, which are known for their toxic effects on human health and the environment. The spatial distribution of heavy metals in the sediment indicated localized hotspots of contamination, suggesting point sources of pollution in the area. Further analysis of the heavy metal data using geochemical indices and statistical methods provided insights into the sources and processes influencing the contamination of the Akpabuyo Stream sediments. The assessment of the contamination levels against established guidelines and standards helped in evaluating the potential risks posed by the heavy metal pollution in the area. Overall, this study highlights the importance of monitoring heavy metal pollution in aquatic environments like the Akpabuyo Stream and emphasizes the need for effective management strategies to mitigate the risks associated with contamination. By understanding the distribution patterns and sources of heavy metals in the sediment, appropriate remediation measures can be implemented to protect human health and preserve the ecosystem integrity of the Cross River Basin in southeastern Nigeria.

Project Overview

<p>CHAPTER ONE<br><br>1.1 INTRODUCTION<br><br>Heavy metals pollution of aquatic ecosystem is becoming a potential global problem, pollution typically refers to chemicals or other substance in concentration greater than it would occur under natural conditions. Water pollution is the introduction by man of substances into the aquatic environment resulting from deleterious effect as harm to human health (FAO 1990).The presence of increased level of heavy metals in the aquatic environment has been of much concern for the past decades due to adverse effect of some metals on living organisms in food chains leading to man. Pollutants are the cause of major water quality degradation around the world. Several toxic metals which are important to the environment and human health have been detected in aquatic media. These toxic metals include the non-essential meals and are no importance to humans (Borgman and Norwood 2002).<br><br>Trace amount of heavy metals are always present in fresh water from terrigenous sources such as weathering of rocks resulting into geo-chemical recycling of heavy metal elements in these ecosystem. Trace elements may be immobilised within the stream sediments and could be involved in absorption, co-precipitation and complex formation. Sometimes they are co-adsorbed with other elements as oxides, hydroxides of Fe, Mn, or may occur in particulate form.<br><br>Heavy metal may enter into aquatic ecosystem from anthropogenic sources, such as industrial wastewater discharge, sewage wastewater, fossil fuel combustion, and atmospheric deposition. Trace element in stream sediment compartment can be used to reveal the history and intensity of local and regional pollution. In this work, the of stream sediment contamination was assess using geo-accumulation index.<br><br>1.2 AIMS AND OBJECTIVES<br><br>The main objectives of the current study area are:<br><br>To assess the extent and degree of metals, and the origin of these metals, using the geo-accumulation index of the metals.<br><br>To determine the total content of heavy metals in surface sediments of Akpabuyo.<br><br>To estimate the anthropogenic input and to assess the pollution status on the area.<br><br>1.3 STUDY AREA<br><br>The study area which is located in Akpabuyo, Cross River State lies between longitudes 80 22I 30II E – 80 30I 0II E and latitude 40 52I 30II N – 40 57I 30II N (fig 2). With an area of 126,4032 Square Km. Although many stream samples where collected but few was selscted for the heavy metal analysis. The various Locations in Akpabuyo which sediment samples were collected and used to carry out the analysis are Esuk Mbat stream(L1), Esuk Ekpo Eyo Stream(L2), Ikot Akwa Stream(L3), Dan Archibong Stream(L4), Itu Stream(L5), Ikot Ndarake Stream(L6), Asioha Stream(L7), Ikot Ekpo Ene Stream(L8), Ekpene Ikot Imo Stream(L9), Ikot Nakanda(L10), and their following coordinate shown respectively (table 1.3) . It originate from a hilly region and flows through several villages and farmland.<br><br>Purchase Detail<br>Hello, we’re glad you stopped by, you can download the complete project materials to this project with Abstract, Chapters 1 – 5, References and Appendix (Questionaire, Charts, etc) for N5000 ($15) only,<br>Please call 08111770269 or +2348059541956 to place an order or use the whatsapp button below to chat us up.<br>Bank details are stated below.<br><br>Bank: UBA<br>Account No: 1021412898<br>Account Name: Starnet Innovations Limited<br></p>