Climate Change Mitigation Intensity and Mitigation Outcomes in the Crop Production Sector: Moderating Role of Experience and Education in Nigeria

2026-04-07T09:47:43+01:00

Climate-smart agriculture has gained attention; most studies focus on adoption rather than the intensity of mitigation practices and how this translates into measurable outcomes. This study therefore examined the effect of climate change mitigation intensity on sustainability, productivity, and environmental outcomes, as well as the moderating role of farmers’ experience and education. Data were collected from 331 crop farmers and analyzed using a composite mitigation intensity index derived from the number, frequency, scale, and duration of practices. Descriptive results show that 65.1% of farmers adopted 5–8 practices, with a mean intensity score of 5.3, while 66.7% operated within a moderate mitigation category. Regression results indicate that mitigation intensity significantly improves sustainability (β = 0.332, p < 0.01) and productivity (β = 1.157, p < 0.01), while also influencing environmental outcomes (β = 0.395, p < 0.01). The models explain a substantial proportion of variation, with R² values of 0.689, 0.527, and 0.801 for sustainability, productivity, and environmental outcomes, respectively. Household size (β = 0.127, p < 0.01) and extension access (β = 0.218, p < 0.05) significantly enhanced productivity, whereas credit access increases emission pressure (β = 0.055, p < 0.01). Moderation results showed that experience improves sustainability (β = 0.002, p < 0.05) but reduces marginal productivity gains (β = -0.018, p < 0.01), while education is not significant. The study concludes that although ATASP-1 has achieved widespread and sustained adoption, improved targeting of extension services and climate-smart financing is required to enhance mitigation intensity and optimize outcomes.

A Survey of Soil Ambient Physico-chemical Properties in Relation to Soil Nematodes of Eagle Island Mangrove Swamp in Rivers State, Nigeria

2026-04-28T17:15:17+01:00

A study of the physicochemical soil properties in relation to soil nematodes was conducted in a mangrove swamp at Eagle Island in Rivers State. The study was carried out to correlate nematodes with ambient soil properties. Soil Nematodes were extracted from the soil using the modified Bermann’s and Sieving Techniques. Physicochemical properties of the soil such as; temperature, pH, TOC, PO₄, NO₃, Pb, Cu, Na⁺, Mg⁺, K⁺, Ca⁺ and soil texture were tested for their relationship with nematode fauna. There was positive and negative relationships between the physicochemical parameters and the nematode fauna recovered in the study. Nematodes such as; Longidorus Spp.; Criconema Spp.; Tylenchus Spp.; Tylenchorhynchus Spp.; Hirschmanniella Spp.; Rotylenchus Spp.; Hemicyclophora Spp.; Xiphinema Spp.; Pratylenchus Spp.; Aphelenchus Spp.; Helicotylenchus Spp., Rhabditis Spp and Hoplolaimus Spp. were observed in this study. There were significant (p˂0.05) and also non-significant (p˃0.05) correlations between ambient physical, chemical and nematode community measurements in the soil across all sample stations.

Global Research in Environment and Sustainability

Climate Change Mitigation Intensity and Mitigation Outcomes in the Crop Production Sector: Moderating Role of Experience and Education in Nigeria

A Survey of Soil Ambient Physico-chemical Properties in Relation to Soil Nematodes of Eagle Island Mangrove Swamp in Rivers State, Nigeria