Aim: To improve cabbage production by controlling cabbage pests using locally produced organic pesticide and cabbage-tomato intercropping. Methodology: Four treatments (control, cabbage-tomato intercropping, organic and synthetic pesticides) were evaluated for their potential to...
Open access
Research Article10.9734/JAERI/2017/38815
Christopher Ngosong, Clovis B. Tanyi, Cyril A. Njume, Priscilla M. Mfombep, Justin N. Okolle, Thomas E. Njock, Raymond N. Nkongho & Aaron S. Tening·Journal of Experimental Agriculture International·2018
Aim: To improve tomato performance, manage diseases and leafminer via NPK foliar fertilization as compared to soil fertilization. Methodology: Six treatments (control, soil NPK, Soil+Foliar NPK, Mucuna, Tithonia and Mucuna+Tithonia) were evaluated for their potential to improve t...
Open access
Research Article10.9734/JEAI/2018/39034
Christopher Ngosong, Clovis B. Tanyi, Cyril A. Njume, Priscilla M. Mfombep, Justin N. Okolle, Thomas E. Njock, Raymond N. Nkongho & Aaron S. Tening·International Journal of Plant & Soil Science·2018
Aim: Efficacy of locally produced dual-purpose organic amendment for improving tomato protection and yield was compared with synthetic pesticides and fertilizers. Methodology: The experiment was setup as randomized complete block with three treatments (control, inorganic and orga...
Open access
Research Article10.9734/IJPSS/2017/38666
Fertilizers are used to improve soil fertility and crop production, but high cost and environmental effects have necessitated cost-effective fertilizer management strategies. A field experiment was setup as randomised complete block design with three treatments (Control – no fert...
Open access
Research Article10.9734/AJAAR/2018/45721