Non-linear kernels boost soybean genomic prediction while keeping the math breeders trust
A new study shows that non-linear kernel methods consistently match or outperform the standard linear model for predicting soybean yield, ...
A new study shows that non-linear kernel methods consistently match or outperform the standard linear model for predicting soybean yield, ...
A two-year evaluation of 67 radish accessions from the Indian Himalayas has uncovered substantial genetic and biochemical diversity, identifying high-yielding ...
Field trials in Nigeria's derived savanna show that newly bred fall armyworm-resistant maize hybrids can outyield leading commercial varieties under ...
A massive seed-measurement study of the vulnerable African oak across Benin's climatic zones shows that most seed diversity hides within ...
Indian researchers used high energy pulse electron beam irradiation to create genetically diverse maize mutants with improved cob and kernel ...
Indian researchers combined BLUP statistics, SSR markers and the MGIDI index to identify doubled haploid maize lines with the compact, ...
A new evaluation of 48 single-cross maize hybrids across two Ethiopian highland locations identifies high-yielding, stable genotypes with yield advantages ...
A two-year, three-location evaluation of 300 pearl millet genotypes in Rajasthan's arid zone has identified stable, high-yielding lines with highly ...
A six-year genetic study of nearly 2,000 Abergelle goats in Ethiopian community breeding programmes finds moderate heritability for growth traits ...
A new Bayesian method called genetic factor analysis decomposes genome-wide association data into shared pleiotropic factors, revealing the hidden genetic ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine