📄 agriculture

Life Cycle Assessment of Rice Cultivation in Acid Sulfate Tidal Swamplands: A Case Study from Barito Kuala, South Kalimantan, Indonesia

This study evaluates the life-cycle greenhouse gas emissions of rice cultivation in Barito Kuala, Indonesia, revealing that while low-input biochar management minimizes area-based emissions, compost-amended practices offer the lowest yield-scaled intensity, though both outcomes depend heavily on nitrogen-use efficiency and the specific functional unit applied.

Muhammad Rizki, Dewi Fitriyanti2026-08-22
📄 agriculture

Evaluation of Methane Emissions from Major Dairy Cattle Feed Resources and Identification of Low Methane-Emitting Feeds with Optimum Nutritional Quality in Central Ethiopia

This study evaluated twelve major dairy cattle feed resources in Central Ethiopia, identifying wheat bran as an optimal low-methane supplement with high nutritional value while highlighting wheat straw's high emissions as a target for chemical pre-treatment.

Teshome Gemechu, Mitiku Eshetu, Yesihak Yusuf Mummed, Ulfina Galmessa, Aemiro Kehaliew2026-08-21
📄 agriculture

Soil Nutrient Analysis of Arabica Coffee in Shaded Coffee Systems and Monoculture Across an Environmental Gradient in the Sidama Region, Ethiopia

This study demonstrates that in Ethiopia's Sidama Region, shaded coffee systems significantly enhance soil nitrogen and potassium availability compared to monocultures, particularly at midland elevations, while phosphorus levels remain unaffected by production systems due to geochemical fixation in Nitisol soils.

Kassahun T Maru, Nega Emiru, Yared Mersha, Gebru Abebe, Girma Asressu, Abebe Chanie2026-08-21
📄 agriculture

Development of a DNA-launched reverse genetics system for a highly virulent porcine deltacoronavirus and infectious dose-dependent characterization of a rescued virus in vivo

This study successfully developed a DNA-launched reverse genetics system for a highly virulent porcine deltacoronavirus (PDCoV) and utilized the rescued virus to demonstrate that while high infectious doses cause the most severe clinical outcomes and mortality, lower doses paradoxically result in higher viral shedding and intestinal loads, providing critical insights for future control strategies and vaccine development.

Guehwan Jang, Jeonggyo Lim, Duri Lee, Hoewon Jeong, Kyeng-Cheol Min, An Kook Choi, Hokeun Won, Changhee Lee2026-08-21
📄 agriculture

Breeding maize genotypes for fall armyworm (Spodoptera frugiperda Lepidoptera: Noctuidae) resistance through conventional approaches: A systematic review

This systematic review, following PRISMA 2020 guidelines, evaluates conventional breeding approaches and identifies resistant germplasm for developing fall armyworm-resistant maize in Sub-Saharan Africa, concluding that despite resource constraints, these methods remain a viable strategy for ensuring food security.

Kambale Mbusa Héritier2026-08-21
📄 agriculture

Impact of Acorn Moth (Cydia fagiglandana) Infestation on Seedling Vigor and Early Recovery of Persian Oak (Quercus brantii) in Koya District

This 2024–2025 field study in Koya district demonstrates that *Cydia fagiglandana* infestation severely compromises the regeneration of Persian oak (*Quercus brantii*) by drastically reducing root and stem formation rates in seedlings, thereby posing a critical threat to sustainable forest recovery.

Muzafar Kanaby Omar, Abdulbaset Mohammed Amin Mohammed, Nawzad Bawakir Kadir2026-08-21
📄 agriculture

Prevalence and Distribution of Intestinal Parasites in Humans and Domestic Animals in Wa West District, Ghana: A One Health Perspective

This One Health study in Ghana's Wa West District reveals a high prevalence of intestinal parasites in both domestic animals (73.1%) and humans (67.7%), with significant overlap in parasite taxa suggesting potential zoonotic transmission risks, particularly among children and in communities utilizing extensive animal-rearing systems.

Joshua Kpieonuma Zineyele2026-08-21
📄 agriculture

Dietary thymol supplementation improves growth performance and reproductive endocrine status in growing Texel × Kazakh rams and remodels the rumen microbiota and metabolome

Dietary supplementation with 30 mg/kg thymol enhances growth performance, feed efficiency, and reproductive endocrine status in growing Texel × Kazakh rams by modulating rumen fermentation, enriching fibrolytic microbial taxa, and altering metabolite profiles related to purine and glutathione metabolism.

Qiming Zheng, Shuhao Zong, Hai Li, Haifeng Deng, Pengshun Liu, Xingnuo Feng, Xiaobin B. Li2026-08-20