Author

Vivian Ukamaka Ugwu

Observed names: V. U. Ugwu, V.U. Ugwu, Vivian U. Ugwu, Vivian U.. UGWU

Institutions: University of Nigeria, University of Buea

Observed institutions: University of Nigeria, University of Buea

OpenAlex ID: A5048290859

Effects of amending an Ultisol with bambara groundnut seed residue on soil fertility, microbial nutrient cycling and yield of cucumber

2020 · Chinyere Blessing Okebalama, Chukwunonso Odera Ibezim, et al. · Biological Agriculture & Horticulture · 8

Phosphorus Mineralization in Two Lithologically Dissimilar Tropical Soils as Influenced by Animal Manure Type and Amendment-To-Sampling Time Interval

2023 · C. C. Chukwuma, C. J. Oraegbunam, et al. · Communications in Soil Science and Plant Analysis · 7

Soil fertility indices of tropical loamy sand as influenced by bambara groundnut variety, plant spacing and fertilizer type

2021 · C.P. Umeugokwe, V.U. Ugwu, et al. · Agro-Science · 6

Manurial amendments and source of water for supplemental irrigation of sawah-rice system influenced soil quality and rice yield

2021 · A.L. Nnadi, V.U. Ugwu, et al. · Agro-Science · 6

Residual effects of heavy application of poultry-droppings manure on aggregation, P-fertility and hydraulic properties of well-drained tropical soils

2024 · Sunday Ewele Obalum, Vivian Ukamaka Ugwu, et al. · Applied Environmental Biotechnology · 4

Soil Fertility Evaluation of Acid Coarse-textured Ultisols Following Co-application of Natural and Synthetic Lime-phosphorus Amendments

2025 · Solange T.. NDZESHALA, Vivian U.. UGWU, et al. · AgroLife Scientific Journal · 1

Converting Lignified Waste to Dignified Wealth: the Crucial Role of Microbial Biotechnology in Sustainable Agriculture and Environmental Management

2025 · Sunday E. Obalum, Solange T. Ndzeshala, et al. · Environmental Engineering and Management Journal · 1

Lime and manure application to low-fertility tropical soils enhances phosphorus bioavailability for increased agronomic productivity

2024 · Vivian U. Ugwu, Anulika I. Orah, et al. · Agroindustrial science · 1

Lime and Manure Application to Low-fertility Tropical Soils Enhances Phosphorus Bioavailability for Increased Agronomic Productivity

2025 · V. U. Ugwu, A. I. Orah, et al. · Journal of Agriculture Research and Technology

Lime-Manure Agronomic Effects in Droughty Low-Fertility Tropical Soils Largely Reflect P-Bioavailability Changes

2024 · Vivian U. Ugwu, Anulika I. Orah, et al. · Journal of Agriculture Research and Technology

Works count: 10

Citation count: 34

H-index: 4

I10-index: