1932 papers
This ten-year study of 2,053 urban trees in Slovakia using 3D acoustic tomography demonstrates that the traditional slenderness coefficient (H/D ratio) is an inadequate universal predictor of tree stability, necessitating a shift toward species-specific risk assessments that integrate internal decay analysis and morphometric data.
This study demonstrates that in the Congo Basin's smallholder maize systems, complex and aggregated landscape configurations promote the dominance of the invasive fall armyworm over native stemborers, whereas increased forest cover and edge density help suppress fall armyworm infestations.
This study demonstrates that blending pumice with cocopeat, particularly in a 50:50 ratio, offers a cost-effective and sustainable alternative to pure cocopeat for potato minituber production by maintaining high yields and nutrient uptake while improving substrate physico-chemical properties.
This study demonstrates that endophytic entomopathogenic fungi strains GL-5 and H8 suppress *Spodoptera frugiperda* and enhance parasitoid biocontrol by remodeling the maize phyllosphere microbiome and metabolome, which disrupts pest development and detoxification pathways while promoting plant growth.
This study demonstrates that electrospun nanofibers derived from garlic shell waste effectively enhance the microbiological safety and extend the refrigerated shelf life of red meat by significantly suppressing the growth of pathogenic and spoilage microorganisms.
This study demonstrates that a stable nanoemulsion (GFN) encapsulating Gnidia glauca flavonoids in Anisomeles indica essential oil effectively controls bacterial leaf blight in paddy by disrupting bacterial membrane integrity and biofilms, offering a promising eco-friendly biopesticide alternative.
This study of 180 oil palm farmers in Ondo State, Nigeria, reveals that while men dominate participation and produce more palm oil, there is no significant gender gap in fruit production, though income patterns vary by year and product, suggesting that agricultural interventions should support both genders.
A study of 36 *Alternaria brassicicola* isolates from Kagawa Prefecture, Japan, revealed significant genetic diversity and multiple vegetative compatibility groups with field-specific distributions but no correlation between genetic clusters and virulence, suggesting the pathogen population is in a differentiated state following limited invasions.
This study screened a tomato core collection for resistance to TSWV, ToMV, and FOL, identifying valuable multi-pathogen resistant accessions and novel genetic loci through phenotypic and molecular analyses to support the development of durable, resilient tomato varieties.
This study reveals that *Psychotria viridis* seeds exhibit recalcitrance and morphophysiological dormancy driven by seed coat restrictions, high abscisic acid levels, and asynchronous polyembryony, which can be effectively overcome through embryo excision and in vitro culture supplemented with gibberellic acid.