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In Nigeria to day, the need for increased food production to feed the ever- increasing human population is more recognised now than ever before. However, with the realization that population in Nigeria is growing at an alarming rate while food production is slow. It is pertinent to note. However, that the hihg groundwater table exposessoils to salinity/sodicity development and consequent hazards. A study was conducted to determined the salinity/sodicity status of soils from baure, dadin kowa and kwadonin yamaltu. Seventy two soils samples were collected at 0-15cm and 15-30cm depth and analyzed…mehr

Produktbeschreibung
In Nigeria to day, the need for increased food production to feed the ever- increasing human population is more recognised now than ever before. However, with the realization that population in Nigeria is growing at an alarming rate while food production is slow. It is pertinent to note. However, that the hihg groundwater table exposessoils to salinity/sodicity development and consequent hazards. A study was conducted to determined the salinity/sodicity status of soils from baure, dadin kowa and kwadonin yamaltu. Seventy two soils samples were collected at 0-15cm and 15-30cm depth and analyzed using standard procedures. Result obtained indicated that the soils are clay loam in texture, medium to high cation exchange capacity and exchangeable bases with calcium and magnesium being high and dominants. The soil pH range from 6.2-6.8 , electrical conductivity 60-190, and exchangeable sodium percentage 1.2- 2.1 % indicating no salinity/sodicity for now.
Autorenporträt
Ibrahim Ahmed Kawu obtained his Msc (Soil science) from Abubakar Tafawa Balewa, University Bauchi in 2011. He is a lecturer with Federal College of Horticulture Dadin Kowa, Gombe State and author of several articles published in reputable international journals. He is a member of the Soil Science Society of Nigeria and IUSS.