MK

Moji K.t

Department of Agricultural Education, School of Secondary Education (vocational) Federal College of Education (Tech.) Bichi, Kano

4 Publications
1,042 Views
2,202 Downloads

Publications 4

1
Research Article Vol. 30, Issue 1

Genotypic Effect of Groundnut on Nodulation, N Fixation and N Balance in the Two Savannahs of Nigeria

Moji K.T*, Jibrin M. J., Umar F. G., Abubakar U. D

Identification of high N-fixing groundnut genotypes and integrating them into the prevailing cereal-based cropping systems can reduce the need for nitrogen (N) fertilizers, thus minimizing their high cost and associated environmental consequences. This study was conducted to estimate the amount of symbiotically fixed N by groundnut genotypes and it...

Apr, 2020 Vol. 30, Issue 1 257 views 547 downloads
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2
Research Article Vol. 29, Issue 2

Appraisal and Mapping of Soil Salinity and Sodicity Problems in Sector One of Watari Irrigation Scheme, Kano State.

Bashir A.Y*, Samndi A. M., Adam M.A, Moji K.T, Auwal M.

One of the main reasons for the loss of productive land in irrigated fields is the buildup of salinity in the soil. In the watari irrigation Scheme, no systematic ap-praisal and mapping have been made before within the sector. The study area was selected after a reconnaissance survey based on the farmer's complaint about the low production. Global ...

Apr, 2019 Vol. 29, Issue 2 274 views 614 downloads
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3
Research Article Vol. 29, Issue 2

Comparative Effect of Groundnut (arachis Hypogea L.) Genotypes on Yield and N Fixation in Sudan and Northern Guinea Savannahs of Nigeria

Moji K.T*, Jibrin M. J., Umar F. G., Bashir A.Y

Recognition of high yielding and nitrogen (N) fixing groundnut genotypes and desegregating them in the cereal-based cropping systems common in savannah regions will enhance food security and reduce the need for high N fertilizers hence, minimize the high cost and associated environmental consequences. Field trials were conducted during the 2015 gro...

Apr, 2019 Vol. 29, Issue 2 245 views 540 downloads
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4
Research Article Vol. 29, Issue 2

Effects of Different Organic Amendment Sources on the Physico Chemical Properties of a Nutrient Depleted Vertisol

Moji K.T*, Jibrin M. J., Umar F. G., Bashir A.Y

The decline in soil organic matter, nutrient depletion, and loss of soil fertility due to soil degradation contribute to low agricultural productivity. Organic amend- ments (OAs) have the potentials to reverse soil degradation processes by improv- ing the soil's physical and chemical properties and consequently improve crop growth and yield perform...

Apr, 2019 Vol. 29, Issue 2 266 views 501 downloads
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