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Yield and Rain Water Use Efficiency of Maize (Zea mays L.) Under Selected Soil and Water Conservation Technologies in the Central Highlands of Kenya

J. Diels · M.W. Mucheru-Muna · D.N. Mugendi · M. Mugwe +4 more

A study was carried out to assess the effectiveness of mulching, mbili intercrop, minimum tillage and tied ridging on soil and water conservation and improvement of maize yields under a rainfed farming system. The treatments, in three repl…

RUF-31975 2012 CC BY 4.0 13 May 2014

Calibration and validation of AquaCrop Model for Maize in Sub-Humid and semi- arid Regions of Central Highlands of Kenya

J. Diels · M.W. Mucheru-Muna · D.N. Mugendi · J. Mugwe +3 more

Farmers in the central highlands of Kenya have been experiencing declining crop yields due to low soil water availability caused by low and unreliable rainfall and poor water harvesting techniques. To increase crop yields, and reduce produ…

RUF-31961 2012 CC BY 4.0 13 May 2014

Measuring Maize (Zea mays L.) Genetic Coefficients for Modeling Water-Limited Potential Yield and Yield Gaps in the Wami-Ruvu River Basin, Tanzania: An Overview

S.K. Mourice · A. Nyambilila · C.L. Rweyemamu · S. Tumbo

This research establishes observed data for validating an artificial neural network model for estimating the cultivar coefficients for the popular maize varieties in Tanzania. The genetic coefficients are fundamental in calibrating the DSS…

RUF-31925 2012 CC BY 4.0 12 May 2014

Determination of the Heterotic Groups of Maize Inbred Lines and the Inheritance of their 99 Resistance to the Maize Weevil

G. Asea · P. Gibson · M. Gafishi Kanyamasoro · J. Karungi

Maize weevil (Sitophilus zeamais Motschulsky) is a major maize (Zea mays L) storage insect pest in the tropics. Fifty-two inbred lines developed for weevil resistance were crossed to two testers, A and B, to determine their heterotic group…

RUF-31406 2012 CC BY 4.0 17 Sep 2013