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Soil Fertility for Sustainable Crop Production: A Case Study of Gyerentor in Kete Krachi, Oti Region of Ghana.
Soil fertility management is important for sustainable crop production. In the bid to boost the agricultural development in Ghana, Krachi Farm Ltd, identified Gyerentor in Kete Krachi within the West District of the Oti Region, formally Volta Region as a potential area for cashew, cowpea, maize and mango production -
Changes in bulk and surface properties of two biochar types during 12 months of field aging in two West-African soils
The study investigated the changes in properties of rice husk and corn cob biochars applied in urban agricultural field soils in Tamale (northern Ghana) and Ouagadougou (Burkina Faso), respectively. The biochars were both pyrolyzed at 500 °C with a batch reactor. -
Ghana Soil Management Policy: Relevance, Concepts and Processes for its Attainment.
Ghana’s soils are described as low productive soils whose productivity continues to decline rapidly as a result of the adopted unsustainable crops production systems -
Heavy Metal Concentration and Anthropogenic Activities at Artisanal shops at Suame Industrial Area, Ashanti Region, Ghana
Pollution of heavy metals in industrial, residential areas and cities has become a public health issue in Ghana. Studies were conducted at Suame Industrial Area to investigate the degree of the pollution as a result of human activities at various artisan shops. -
Comparative Growth Response of Maize on Amended Sediment from the Odaw River and Cultivated Soil
Pot experiment to determine the agronomic performance of maize was carried out in a randomized complete block with nine pots per block and three replicates using sediment from Odaw River and soil from cultivated field in Ghana. -
Geochemical Assessment of the Impact of Mine Tailings Reclamation on the Quality of Soils at AngloGold Concession, Obuasi, Ghana
This study assessed the geochemical impact of mine tailings reclamation on the quality of soils from the AngloGold Concession, Obuasi, Ghana. Soil samples from mine tailings reclamation sites were evaluated for the concentrations of plant nutrients and trace metals. Contaminations of trace metals, using geochemical pollution indices were used to assess possible effects on agriculture and livelihoods. The average pH ranges from 7.6 to 8.4 at the ex-tailing sites while the control site is 6.0. Organic carbon and nitrogen levels at the extailings site are low due to topsoil loss.