🐟 Dynamic Population Breeding Improves Turquoise Killifish Husbandry   The turquoise Killifish (Nothobranchius furzeri) is one of the most important model organisms in aging research. However, keeping these fish presents unique challenges: Because they age very quickly, breeding lines must be continuously renewed—while at the same time preserving their genetic diversity. Researchers at the Leibniz-Institut für Alternsforschung - Fritz-Lipmann-Institut e.V. (FLI) have therefore developed Dynamic Population Breeding (DPB). This innovative breeding concept improves the survival rate of offspring, reduces differences between breeding cohorts, and thus lays an important foundation for sustainable and more reproducible aging research. 🧬 #AgingResearch #Alternsforschung #NothobranchiusFurzeri #ModelOrganism #BiologicalAging #LifeScience

Proud to be part of the #DayalSeeds R&D – Hyderabad maize breeding program. This field represents our Maize Hybrid Evaluation and Breeding Nursery, where diverse breeding materials are being evaluated and advanced based on grain yield potential, early vigor, plant architecture, plant and ear height, synchronisation, biotic resistance (disease and insect), abiotic stress tolerance (drought and heat), grain quality and other important agronomic and breeding traits. These evaluations support the development of high-yielding, stable, climate-resilient and farmer-preferred maize hybrids for the future.

Cotton fibers are seed hairs from plants of the order Malvales, family Malvaceae, tribe Gossypieae, and genus Gossypium. Botanically, there are four principal domesticated species of cotton of commercial importance: hirsutum, barbadense, aboreum, and herbaceum. Thirty-three species are currently recognized; however, all but these four are wild shrubs of no commercial value. Each one of the commercially important species contains many different varieties developed through breeding programs to produce cotton with continually improving properties (e.g., faster maturing, increased yields, and improved insect and disease resistance) and fibers with greater length, strength, and uniformity.

Genomic Blueprint for Drought Resistance Mapped in Ancient Grain Study Plant biologists completed a comprehensive genetic map of ancient grains on July 8, identifying the precise genes that allow survival during extreme soil dehydration, a breakthrough that could revolutionize crop breeding programs in the face of accelerating climate change pressures. https://lnkd.in/d96CTazd

Drought tolerance screening in vegetables remains one of the greatest challenges in plant breeding. Here's a concise comparison of screening approaches in okra, brinjal, and tomato based on key physiological, biochemical, and molecular traits. #PlantBreeding #DroughtTolerance #VegetableScience #PlantStress #CropImprovement #ClimateResilience #PlantGenetics #VegetableBreeding #Research #PhDLife

Delighted to inform that our manuscript, "CV-Mamba: A Leakage-Free Deep Learning Framework for Mango Leaf Disease Detection with MambaOut Transfer Learning" is progressing through the publication process in Frontiers in Agronomy, a Scopus-indexed Q1 journal.

🎉 Happy to share that our research article, “Sterile cytoplasm associated molecular markers in chilli (Capsicum annuum L.)”, has been published in the South African Journal of Botany (Elsevier). Our work identifies and validates molecular markers associated with sterile cytoplasm, providing reliable tools for distinguishing CMS and maintainer lines and supporting marker-assisted hybrid breeding in chilli. 📖 DOI: https://lnkd.in/gwHDuvAC Grateful to my co-authors, mentors, and ICAR-IIHR for their invaluable support. #Research #PlantBreeding #Chilli #Capsicum #CMS #MolecularBreeding #Elsevier #ICARIIHR

V7 corn. Sprayer axles already touching the canopy. And a Y-drop program that's been refined over 5 or 6 years. Nick Wenning of Wenning Farms doesn't guess—he builds his program around tissue samples, limiting factors, and what's worked season after season. His Y-drop mix? S17, Z9, B10, Komplete, Total Phos, Carbon RX, Sweet Success, and manganese. "We throw the book at it every time we put something to it. It's paid," Nick said. CA DSM Mike Buiter was out with him recently, and it's clear: this is what happens when you know your fields, trust your program, and execute with precision. #agronomy #biology #chemistry #SeetheCADifference

Observing a cornfield reveals critical timing for fungicide application, specifically targeting the green silk stage before tasseling. Upon closer inspection within the canopy, it's evident that some plants are already showing green silk, while others are still days away from tasseling. This indicates the advancement of new corn genetics, designed for improved stress tolerance, which often feature abundant silk that emerges before pollen drop. Unexpectedly, adult western corn rootworms were also spotted, signaling a need for vigilance against root damage, especially in a corn-on-corn rotation. Understanding these agronomic nuances is key to successful crop management. #Agronomy #CropManagement #CornFarming #PestManagement #SustainableAgriculture

https://lnkd.in/dDx__qDQ Did you know that preserving indigenous cattle begins with maintaining accurate breeding records? Multi-generation breeding records help protect original bloodlines, preserve genetic diversity, and ensure that indigenous cattle continue to retain their unique characteristics for future generations. Discover how Dr. P. Krishnam Raju and Nadipathy Goshala have spent more than 18 years maintaining systematic breeding records as part of their long-term indigenous cattle conservation research. 📖 Read our latest blog: "Why Multi-Generation Breeding Records Matter – The Importance of Maintaining Accurate Breeding History in Indigenous Cattle Conservation." 🌐 www.minicows.co.in #NadipathyGoshala #BreedingRecords #BloodlinePreservation #IndigenousCows #Punganur #MiniatureCows #NanoCows #CowConservation #ScientificBreeding #DrKrishnamRaju #GeneticConservation #Biodiversity #IndianHeritage #SustainableLivestock