Suleiman A’s research while affiliated with Bayero University Kano and other places

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Publications (1)


Soil Fertility Status of the Kano River Irrigation Project Area in the Sudan Savanna of Nigeria
  • Article

April 2008

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406 Reads

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35 Citations

Journal of Applied Sciences

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Suleiman A

This study was conducted to assess the soil fertility status and the extent of soil sodicity and salinity in the Kano River Irrigation Project (KRIP), located between latitudes 11°32`N to 11°51`N and longitudes 8°20`E to 8°40`E in the Sudan Savanna of Nigeria. Soil samples were collected from the entire project area using stratified random sampling technique. Questionnaires were used to obtain information on farmers` soil and water management practices. Soil sodicity was the most serious problem in the area. The exchangeable sodium percentage in the top soil ranged from 3.1 to 34.4 with an average of 14.8, while in the subsoil the range was from 3.1 to 40.6 with an average of 17.5. Soil pH values ranged from 5.6 to 9.5 and 4.8 to 9.6 in the top and subsoil, respectively. About 53% of the farmers interviewed cultivated on their field drains, a practice that has led to the blockage of most of the field drains in KRIP and resulted in waterlogging.

Citations (1)


... The excessive nitrogen fertilizer application significantly reduces soil pH. The percentage organic carbon for all three sites are generally low, the lower organic carbon may be as result of intensive cultivation without adding much organic matter inform of manure or crop residues (Jibrin, et al., 2008). The lower nitrogen content in the soil was perhaps due to intensive rice cultivation which is heavy feeder crop for nutrient, as a result of excess amount of water that would leached down the N, and they are not including much legume in their rotation system and non-addition of crop residue which are mostly used to feed their animals. ...

Reference:

Designing Sustainable Crop Rotations for Intensively Managed Irrigated Lowlands
Soil Fertility Status of the Kano River Irrigation Project Area in the Sudan Savanna of Nigeria
  • Citing Article
  • April 2008

Journal of Applied Sciences