Seed Biology received its first JIF of 3.4, according to the 2025 Journal Citation Reports™ (Clarivate), released on 18 June 2025. This marks a major milestone for the journal. Seed Biology ranks in Q1 in the PLANT SCIENCE category and is currently ranked 68th in the field.

#SeedBio. Arabidopsis NPA1, a non-CRP pollen tube attractant, reveals dicot attractant diversity. @MaximumAcademic #PollenAttraction #DicotBiology #NPA1 @NewPhyt. Details: 

#SeedBio. Plant aroma compounds: biosynthesis, uses, and CRISPR-enhanced potential. @MaximumAcademic #PlantAroma #CRISPR @PlantPhys. Details: 

#SeedBio. Soybean CENH3 role in genome stability, parent-of-origin effects, and potential for haploid induction. @MaximumAcademic #SoybeanCENH3 #GenomeStability @aBIOTECH5. Details: 

#SeedBio. Synergid cells key in angiosperm double fertilization—guide pollen tubes, enable fertilization recovery. @MaximumAcademic #DoubleFertilization #SynergidCells @agristok. Details: 

#TropicalPlants. Camellia hainanica's low fruit set linked to pollinator limitation, partial self-incompatibility. Solutions suggested. @MaximumAcademic #CamelliaHainanica #PollinationEcology @agristok. Details:

#TropicalPlants. Cassava's MeFER4 regulates oxidative stress; overexpression affects Arabidopsis stress sensitivity. Key for crops. @MaximumAcademic #CassavaGene #StressResponse @NewPhyt. Details:

#SeedBio. Study explores foxtail millet grain development—morphology, transcriptomics, key genes. Aids yield/quality research. @MaximumAcademic #FoxtailMillet #GrainDevelopment @Plants_MDPI. Details: 

#TIA. Digital tech transforms agriculture—boosts yields, efficiency, but equity and access matter. Secure food future responsibly. @MaximumAcademic #AgriTech #FoodSecurity #DigitalFarming @Plants_MDPI. Details:

#TropicalPlants. BBX proteins regulate plant flowering via transcription, alternative splicing. Review highlights their key roles. @MaximumAcademic #BBXGenes #PlantFlowering @annbot. Details:

#SeedBio. First Ipomoea pes-caprae genome reveals salt tolerance evolution via gene duplication, TE roles. Aids research. @MaximumAcademic #SaltTolerantPlants #GenomeAnalysis @PlantPhys. Details: 

#SeedBio. High-yield varieties narrow crop yield gaps, turning genetic potential into actual production gains. @MaximumAcademic #YieldGap #CropProductivity @NewPhyt. Details: 

#TIA. Bacterial bioagents, esp B. subtilis BDISO45JoyR, curb rice sheath blight, boost yield safely. @MaximumAcademic #BioControl #RiceHealth @MPlantPCom. Details:

#TIA. Genomic selection with AI/machine learning boosts crop breeding; key for Breeding 4.0. @MaximumAcademic #GenomicSelection #AIinBreeding @NaturePlants. Details:

#SeedBio. Leaf senescence, a regulated process, is explored via snRNA-seq to uncover spatiotemporal dynamics. @MaximumAcademic #LeafSenescence #SingleNucleusSeq @Plants_MDPI. Details: 

#SeedBio. Incw2 mutation affects maize seed sucrose, regulating α-zein synthesis via SRF1; key for development. @MaximumAcademic #MaizeSeedDevelopment #SucroseSignaling @MPlantPCom. Details: 

#SeedBio. CLE peptides regulate plant growth, stress responses; crosstalk with hormones key for crop resilience. @MaximumAcademic #CLEPeptides #PlantHormones @NewPhyt. Details: 

#TropicalPlants. LLMs like GPT aid genomics, offering tools for biology, agriculture; challenges in plant genomics remain. @MaximumAcademic #AIinGenomics #LLMsResearch @icarindia. Details:

#TropicalPlants. Exogenous melatonin boosts Areca catechu's drought tolerance via physiology, biochemistry, transcriptomics. @MaximumAcademic #Melatonin #DroughtResistance @NewPhyt. Details:

#TropicalPlants. Modified zeolites show promise in industries, aiding pollution control and sustainability via tech advances. @MaximumAcademic #ModifiedZeolites #EnvironmentalSustainability @CropGlobal. Details:

#TIA. Modified zeolites show promise in industries, aiding pollution control and sustainability via tech advances. @MaximumAcademic #ModifiedZeolites #EnvironmentalSustainability @agristok. Details: