scispace - formally typeset
Search or ask a question

What id the geology of ghana? 


Best insight from top research papers

The geology of Ghana is characterized by a variety of rock formations and mineral resources. The country is located within the West African Craton and is rich in gold deposits, with significant production dating back over 2,500 years . The main gold-bearing formations are the Palaeoproterozoic Birimian Supergroup and Tarkwaian Group, which contain mesothermal quartz vein-hosted and modified palaeoplacer gold mineralization . The Birimian Supergroup also hosts hydrothermal gold mineralization in basement-type granitoids . In addition to gold, Ghana has other mineral resources such as basalt, rhyolite, siltstone, shale, and greywacke . The country also has sedimentary basins, including the Cretaceous Tano Basin, which has potential for hydrocarbon exploration . The geology of Ghana has been studied extensively, with research focusing on understanding the regional geology, petrology, geochemistry, and structural features of different areas .

Answers from top 4 papers

More filters
Papers (4)Insight
The paper discusses the geologic and geophysical setting of Ghana, with a focus on the impact of geology and topography on gravity. It mentions the tectonic and stratigraphic correlations between the Precambrian and Lower Paleozoic Volta River Basin and the Pan African orogenic belt of West Africa. It also highlights the association of the Early Proterozoic Birimian Supergroup with gold mineralization in Ghana. However, it does not provide a comprehensive description of the geology of Ghana.
The provided paper is about the gold deposits in Ghana, but it does not provide a comprehensive overview of the geology of Ghana.
The paper provides information on the petrological, geochemical, and structural evidence of the neoproterozoic Pan-African orogenic event in certain parts of Ghana, specifically the Eastern and Volta regions. It discusses the presence of metamorphic rocks such as granitic augen gneiss, biotite gneiss, and quartzite, as well as the deformation and structures observed in these rocks. However, it does not provide a comprehensive overview of the geology of Ghana as a whole.
The paper provides information about the geology of the Julie greenstone belt and associated rocks in NW Ghana, including volcanic and sedimentary successions, granitoids, and deformational events. However, it does not provide a comprehensive overview of the geology of Ghana as a whole.

Related Questions

How industry in Ghana has benefited from globalization?5 answersGlobalization has had varied impacts on the industry in Ghana. While some studies suggest that the manufacturing sector has not significantly benefited from globalization due to factors like competition from overseas, others highlight the importance of industrialization in the country's economic development. Ghana's natural resources and human capital have attracted foreign direct investment, contributing to business expansion and economic growth. However, challenges such as inadequate implementation of industrial policies have led to a decline in the manufacturing sector's contribution to GDP over the years. Despite these challenges, globalization has provided opportunities for business investment in Ghana, leading to the emergence of different business models and opportunities in regions embracing the globalized economy.
What is climate change in ghana?5 answersClimate change in Ghana refers to the significant environmental shifts impacting the country, including rising temperatures, variable rainfall patterns, and their effects on agriculture and food security. Studies show that climate change adversely affects food crop production, with farmers adapting through measures like growing different crop varieties and implementing irrigation systems. Additionally, climate change poses health risks, particularly in vulnerable regions like northern Ghana, where adaptive capacity influences household nutrition and child health outcomes. Research indicates that temperature negatively affects overall food production in Ghana, while precipitation is beneficial for certain crops like cereals and maize. Despite efforts to address climate change, there are knowledge gaps among Ghanaian adults, with a need for improved education and communication strategies on climate change adaptation.
What is oil palm in ghana?4 answersOil palm in Ghana is a crucial crop with significant economic importance. It is the second most important industrial crop after cocoa, offering extensive local value chains for processing into various products like palm oil. Despite its importance, the sector has faced challenges leading to underperformance, with political economy factors influencing its performance. Small-scale palm oil processing mills in Ghana have raised environmental concerns due to the disposal of wastewater without treatment, highlighting the need for improved practices and policy interventions. Artisanal mills play a key role in palm oil production, facing challenges that hinder their potential contribution to reducing Ghana's net palm oil imports. Adoption of Best Management Practices among smallholder farmers can significantly impact oil palm yield, influenced by sectoral innovation system challenges.
What are the current trends in the mining industry in Ghana?5 answersThe current trends in the mining industry in Ghana include the implementation of digitalization to reduce costs, boost productivity, and revolutionize operations. There is a growing demand for top management to embrace the potentials offered by the digital economy and consider digital transformation a strategic priority. Additionally, the expansion of artisanal mining, or Galamsey, has escalated in recent years, leading to significant vegetation loss and deforestation in the region. Income inequality is also a major challenge in the mining industry, with rising levels of inequality and a concentration of wealth among a few expatriates and management staff. These trends highlight the need for sustainable practices, environmental monitoring, and efforts to address income disparities in the mining industry in Ghana.
What are the most important scientific papers done in Ghana?4 answersThe most important scientific papers done in Ghana cover a range of disciplines. In the field of health and medicine, research has focused on public, environmental, and occupational health, as well as tropical medicine. In the context of the COVID-19 pandemic, Ghana has made contributions to global research on the disease, although there is a gender gap in research output. In the area of mental health, research in Ghana has been limited in quantity and quality, but there is a need for targeted interventions and large-scale studies. In the field of corporate governance, research in Ghana has grown in terms of annual production and citations, with topics such as corporate social responsibility, corporate ownership, and firm performance being studied.
What are the causes of floods in Ghana?5 answersThe causes of floods in Ghana include increasing amounts of rainfall, poor design of drains, choked drains, inadequate drainage infrastructure, and extreme rainfall. These factors contribute to the recurrent and severe flooding experienced in urban areas such as Kumasi and along the Ghanaian coast. Additionally, poor urban planning and development, poor environmental attitude, and inadequate investment in flood containment infrastructure are identified as drivers of urban flooding in Ghana. The effects of floods in Ghana include destruction of properties, decreased economic productivity, soil erosion, and health concerns. To cope with floods, residents employ various strategies such as temporary migration, relying on family and friends, relocation, and construction of drains. However, barriers to effective flood management include financial constraints, inadequate support from government and non-governmental institutions, and a lack of understanding of early warning systems.

See what other people are reading

Can we give ocix anoxic envrionment to komatite of chitradurga schist belt?
5 answers
The Chitradurga schist belt hosts komatiites that contain economic nickel, chromium, titanium, and copper deposits. The Banded Iron Formations (BIFs) in this region, including the prominent BIFII layer, exhibit characteristics suggesting deposition in an anoxic environment with high-temperature hydrothermal fluid fluxes. Additionally, the massive volcanic-hosted sulphide deposits in the Jogimardi volcanic suite within the Chitradurga belt were formed under anoxic conditions at temperatures around 350°C. These findings collectively indicate that an anoxic environment was prevalent during the formation of various rock types in the Chitradurga schist belt, suggesting the feasibility of providing an anoxic environment to komatiites in this geological setting.
Is there any graphite occurrence in Tajikistan?
5 answers
Graphite occurrences have been documented in various locations worldwide, but there is no direct mention of graphite in Tajikistan in the provided contexts. However, the presence of graphite in different geological settings is highlighted in the abstracts. Graphite has been identified in altered ankeritic carbonatite within the Darkainle nepheline syenite complex in the Somali Republic, as well as in the serpentinized regions of olivine grains from kimberlites. Additionally, graphite occurrences have been reported in the early Precambrian banded iron formation in Anshan, China, and in greenschist facies metamorphic rocks in the area of Mt. Psunj. While graphite occurrences are noted in various regions globally, there is no specific mention of graphite in Tajikistan in the provided contexts.
How does Topographical, Geological?
4 answers
Topographical and geological factors play crucial roles in various aspects of Earth's processes. Topographic contour maps provide detailed representations of the Earth's surface, aiding in understanding slopes, streams, and cliffs. Geological influences on biodiversity hotspots are evident, with topographic diversity gradients reflecting tectonic and climatic history over millions of years. Additionally, topography influences tectonic vergence, affecting the evolution of structures and terrain recovery processes. In hydrogeology, the hydraulic conductivity of bedrock and aquifers significantly impacts catchment dynamics, with the bedrock productivity index proposed as a key indicator. Understanding these interactions is essential for interpreting geological features, biodiversity patterns, and hydrological processes across different scales and environments.
Examples of metamorphic reactions?
5 answers
Metamorphic reactions encompass a variety of processes crucial in rock evolution. Examples include amphibolitization triggered by fluid influx before viscous deformation, zoned reaction textures like coronites and symplectites formed during metamorphism, and phase-boundary controlled reactions influenced by neighboring mineral compositions in sapphirine corona formation. These reactions involve mass transfer within local rock volumes, influenced by factors like strain intensity, fluid saturation, and P-T parameters. Aqua-complex concepts highlight how metamorphic reactions extract and mobilize metals like Au and Fe, leading to mineralization in quartz-gold-sulfide associations. Understanding the kinetics and thermodynamics of these reactions is essential for interpreting metamorphic processes and their implications on rock compositions and structures.
How does rockfall affect people in dran?
5 answers
Rockfall poses significant risks to people in various regions. In Slovenia, rockfall events have caused damage to residential areas, endangering human lives and property. Similarly, in India, rockfall events during monsoon seasons have resulted in casualties, with a major event in Manikaran town causing fatalities and injuries. Ohio Department of Transportation utilizes concrete barriers to protect highways from rockfall hazards, emphasizing the need for impact-resistant structures to ensure roadway user safety. Furthermore, historical monuments near steep rocky slopes are at risk of rockfalls, especially in areas with high tourist concentrations, highlighting the need for rockfall management systems to safeguard visitors. Construction sites like the Marun Dam face daily rockfall risks, necessitating simulations and risk assessments to protect workers and structures. Overall, rockfall events have direct implications on human safety, necessitating proactive measures to mitigate risks.
What are surveys?
5 answers
Surveys are structured questionnaires used to gather data from individuals. They are prevalent in various fields like social sciences, human-computer interaction research, and geological mapping. Surveys play a crucial role in understanding populations, behaviors, user experiences, attitudes, and intent. They provide insights into media use patterns, opinions on media policy, and geological data plotting. While surveys offer a quick way to collect data from a geographically dispersed population, they may suffer from recall bias and limited depth compared to other research methods like ethnography. Properly structured surveys with well-tested questions ensure high data validity, but errors can arise from survey implementation, content, and human factors. Researchers must consider survey quality to ensure accurate research results.
How would earth's hadean crust have evolved?
5 answers
Earth's Hadean crust evolved through a complex process involving the formation of various minerals and the growth of continental crust. The earliest solid phases in Earth's crust, formed shortly after the Moon-forming impact, consisted of 262 mineral types generated by different processes. Continental growth likely began in the early Hadean, with at least 50% of today's continental volume existing by the end of that era. The Hadean-to-Eoarchean crust underwent successive reworking, leading to a shift towards more juvenile compositions around 3.2 to 3.0 billion years ago, indicating enhanced mantle melting and injection of magmas into older crust. The stabilization of Earth's first cratons in the Eoarchean was linked to the formation of stable, evolved rocks through the influx of juvenile magmatic sources. This evolution involved distinct pulses of large-scale magmatic activity and crustal rejuvenation, as evidenced by Hadean mantle differentiation processes.
How does Nd/Sm radiometric dating in pegmatites?
4 answers
Nd/Sm radiometric dating in pegmatites involves analyzing the Sm-Nd isotope systematics of minerals like garnet, monazite, and apatite to determine the age of formation. Pegmatites from different regions exhibit varying Nd isotopic compositions, indicating diverse sources. For instance, pegmatites in Maine show distinct Nd isotopic characteristics between different series. In the Eastern Alps, garnet Sm-Nd data from various rock types reveal challenges like high-LREE inclusions and isotopic disequilibrium, emphasizing the need for careful evaluation. Additionally, pegmatites in Antarctica provide insights into the cooling history of rocks based on Sm-Nd and Rb-Sr ages. Overall, Nd/Sm radiometric dating in pegmatites helps unravel the geological history, source characteristics, and metamorphic events associated with these unique rock formations.
What is the Madukkarai Wall?
4 answers
The Madukkarai Wall refers to a significant geological feature in the Madurai Block of the Southern Granulite Terrane in Peninsular India. This region comprises three sub-blocks: the Neoarchean Northern Madurai block, Paleoproterozoic Central Madurai block, and the Neoproterozoic Southern Madurai Block. The Madurai Block hosts ultrahigh-temperature (UHT) granulite facies rocks, including a layered mafic-ultramafic intrusion found in association with Mg-Al granulites at Ganguvarpatti in the Central Madurai Block. The area is also characterized by the Suruli shear zone, a ductile shear zone extending over 150 km from Kadaiyanallur to Ganguvarpatti, showcasing transposed foliation and mylonite foliation. This geological setting is crucial for understanding the tectonic evolution and magmatic history of the region within the broader context of the Gondwana supercontinent.
What is monazite?
5 answers
Monazite is a significant accessory mineral used in dating geological processes due to its internal structure, which can be observed through cathodoluminescence (CL) techniques. It contains thorium (Th), uranium (U), and rare earth elements (REEs) and is challenging to study using isotope research methods. Monazite's chemical dating reveals ages, such as a Triassic age for monazite from lithium-bearing granitic pegmatites. Monazite in pelitic granulites records Paleoproterozoic metamorphism and Triassic fluid modification, indicating complex geological histories. Monazite is also considered for nuclear power generation due to its Th and U content, with ongoing research focusing on high-temperature cracking processes for efficient cation liberation.
How is the available services from Easter kaapval craton?
5 answers
The available services from the Eastern Kaapvaal Craton are diverse and include seismic velocity modeling, upper-mantle structure analysis, genetic polymorphism studies, deep-seismic reflection profiling, and synchronous primary-backup system optimization. Studies have revealed radial anisotropy in the upper mantle, thick lithosphere beneath the craton, genetic polymorphisms within the FVIII and IX genes, tectonic accretion events, and the presence of crustal slivers derived from the northwest. Additionally, the craton's boundary with the Natal Namaqua Mobile Belt has been imaged, indicating cratonic crust and mantle lithosphere underlying a significant portion of the Mobile Belt. These services provide valuable insights into the geological, genetic, and technological aspects of the Eastern Kaapvaal Craton.