Working Document Series Open Access Effect of cation rich biochar and micronutrient blended inorganic fertilizer on rice yield in an acidic soil A. Bala · W. Bello, · K. Oludade, · O. Umeugochukwu This study investigatd the effect of rice husk biochar and sulfur (15) and Zinc (1Zn) blended inorganic fertilizer on rice yield in comparison to two treatments under normal farmers’ practice. The experiment was laid out in a complete rand… RUF-40548 2018 CC BY 4.0 28 Jul 2023
Working Document Series Open Access Biochar and Inorganic NPK Fertilizer or Compost Application Improves Soil Quality and Cabbage Yield C. Abbey · C.M. Agbale · E.A. Ampofo · K.A. Frimpong +2 more Soil fertility decline and loss of organic matter are widespread challenges to crop production in sub-Saharan Africa (SSA). Combined biochar and compost application has potential to increase crop yield due to direct nutrient addition and l… RUF-40533 2019 CC BY 4.0 7 Jun 2023
Working Document Series Open Access Biochar and Inorganic NPK Fertilizer or Compost Application Improves Soil Quality and Cabbage Yield C. Abbey · C.M. Agbale · E.A. Ampofo · K.A. Frimpong +2 more Soil fertility decline and loss of organic matter are widespread challenges to crop production in sub-Saharan Africa (SSA). Combined biochar and compost application has potential to increase crop yield due to direct nutrient addition and l… RUF-40532 2019 CC BY 4.0 7 Jun 2023
Working Document Series Open Access Assessment of the effect of shea nut cake biochar on tomato (Solanum lycopersicon L.) growth J.M. Agbattey · A.K. Quainoo This study was conducted to assess the effect of Shea nut cake biochar on tomato growth, evaluate the soil-biochar ratio necessary for enhanced tomato growth and assess the response of local and Petomech variety to soil-biochar treatment. … RUF-39849 2019 CC BY 4.0 1 Mar 2023
Working Document Series Open Access Effects of organic mulch on soil properties and yield composition of groundnut on a typical latosol J. K. Ahiakpa · N. P. Kolliesuah Given the deficient nature of the Liberian soil (low N, P, K and acidic soil condition), a field experiment was conducted in 2016 and 2017 at the College of Agriculture and Sustainable Development Experimental Field using Biochar, Sawdust … RUF-38607 2018 CC BY 4.0 4 Sep 2020
Working Document Series Open Access The Effectiveness of Lignite Coal and Biochar in Reducing Nitrogen (N) Losses from Cattle Feedlot Manure F.M. Kagimbo · H. Suter · A. Weatherley This study was conducted at the University of Melbourne Burnley campus aimed at investigating the effectiveness of lignite coal and biochar in reducing nitrogen losses from feedlot cattle manure. Forty (40) kg of manure was mixed with eith… RUF-32679 2012 CC BY 4.0 18 May 2014
