Rivers State University of Science and Technology

About: Rivers State University of Science and Technology is a education organization based out in Port Harcourt, Rivers, Nigeria. It is known for research contribution in the topics: Population & Threatened species. The organization has 1826 authors who have published 1833 publications receiving 15183 citations.

Creative climate and organisational resilience: the mediating role of innovation

Abstract: Purpose – This study aims to investigate the mediation role of innovation between creative climate and organisational resilience. Design/methodology/approach – The study used a cross-sectional design to collect data about the study variables from parastatal managers using self-administered questionnaires. Hierarchical regression and Medigraph were used to test hypotheses. Findings – Creative climate has a significant association with innovation and organisational resilience. Innovation partially mediates the effect of creative climate on organisational resilience. Research limitations/implications – The sample size was small involving only parastatals. The results may be different in an expanded public sector. The study was cross-sectional that is limited in examining long-term effects of creative climate and innovation on organisational resilience. Therefore, a longitudinal study design is proposed for future research. Practical implications – Managers in parastatals need to provide a conducive creative ...

Urine effects on soil chemical properties and the impact of urine and dung on pearl millet yield

Abstract: Most farming systems in semi-arid West Africa rely on organic matter recycling for maintaining soil fertility. The cycling of biomass through ruminant livestock into dung (faeces) and urine that fertilize the soil has long been an important factor in t he nutrient cycling processes of these integrated, mixed crop/livestock systems. While dung greatly improves soil properties and crop yields, little is known about the effects of urine on soil chemical properties and the impact of dung and urine on crop p roduction. An average voiding of sheep urine applied to a sandy, siliceous soil in the Republic of Niger increased soil pH, available phosphorus and ammonium levels dramatically in the upper 10–15 cm of soil, especially during the first week following application. Losses of applied urine nitrogen via volatilization were in the order of 30–50%. A four-year field trial was conducted on the same soil type to evaluate the effects on pearl millet and weed yields of corralling cattle o r sheep overnight on cropland (dung plus urine application) for one, two or three nights, every one, two or three years versus the effects of applying only dung at the same application rates and intervals achieved with corralling. The main results of this field trial were that (1) urine had large positive effects on millet grain, threshed panicle, leaf, stem and weed yields, (2) sheep dung was more effective than cattle dung in increasing yield, (3) two nights of dung application was adequate for maximum yield and (4) the positive effects of dung and urine on yield lasted two to three cropping seasons after application.