🧬 Why do second-generation crossbreed puppies often look unexpectedly different from their parents? Genetic segregation and recombination can produce outcomes that surprise even experienced breeders.

✍️ Explore the science of doodles and beyond: https://TPC8.short.gy/ZVjB8RN2

🌈 Where chaos becomes beauty, variation writes its own poetry

#Crossbreeds #DogGenetics #ScienceCommunication #Labradoodle #GeneticDiversity #TherapyDogs #Dogs #Genetics #F1F2F3 #Pets #TPC8

New AI‑driven tools are helping scientists design cross‑breeding strategies to boost genetic diversity in the endangered kākāpō. By combining machine‑learning predictions with DNA sequencing data, conservation genomics can curb species decline and prevent genetic loss. Read how open‑source tech is reshaping wildlife rescue. #AICrossbreeding #ConservationGenomics #KakapoRecovery #GeneticDiversity

🔗 https://aidailypost.com/news/ai-aids-crossbreeding-curb-decline-genetic-loss-endangered-species

Why #WildlifeCorridors are Essential for #Biodiversity and #Ecosystem Health

November 12, 2024

"Wildlife corridors serve as lifelines for biodiversity and ecosystem health. By providing a unique way to balance human development with #NatureConservation; connecting #FragmentedHabitats and allowing wildlife to move freely. So what exactly are wildlife corridors and why are they so important?

Wildlife corridors are strips of natural habitat that connect fragmented landscapes. They enable wildlife to move between isolated areas, aiding #migration, #GeneticDiversity, and survival. These corridors help mitigate the negative impacts of human development, such as #roads and #urbanisation, on animal populations.

Wildlife corridors serve many purposes, all stemming from their ability to reconnect isolated populations. By preventing habitat fragmentation, they enhance survival rates through increased food sources, cover, and reduced predation. On top of this, they protect biodiversity by enabling animals to move freely between habitat patches, reducing the risk to both wildlife and humans posed by human-made barriers.

Wildlife corridors are crucial for the survival of landscape species, which are wildlife species that need expansive areas to survive, such as tigers in India or grizzly bears in the United States. They are also vital in maintaining safe passage for birds, fish, and mammals, especially as new roads and developments create barriers to traditional feeding and breeding grounds.

These corridors can take various forms, ideally spanning 50 to 200 feet in width, providing sufficient habitat for species using them to travel, forage or nest. They offer a diverse range of habitats, enhancing the opportunities for various wildlife to thrive. Corridors can take the shape of #shelterbelts, #FieldBorders, #RiparianBuffers, and #RoadsideHabitats, each playing a unique role in providing sustenance, shelter, and travel lanes for different species.

Wildlife corridors highlight the possibility of a peaceful coexistence between humans and wildlife. Wildlife corridors help direct animals away from human settlements, reducing conflicts and minimising damage to crops and property, while ensuring the surviving and well-being of various species. Raising public awareness of these corridors is crucial for maintaining functioning natural systems on which humans also depend."

https://www.evergreening.org/why-wildlife-corridors-are-essential-for-biodiversity-and-ecosystem-health/

#SolarPunkSunday #Nature #Wildlife #UrbanAreas #GreenerCities

【🎉Latest accepted article】
Tetraploids of an invasive clonal shrub, Lantana camara, present greater invasiveness than diploids

#Polyploidy | #ClonalGrowth | #GeneticDiversity | #PhenotypicPlasticity | #InvasionSuccess

https://doi.org/10.1093/jpe/rtaf222

"Italian fruit detective racing to save forgotten varieties"

"We do it because when we lose variety, we lose food security, we lose diversity and the system's ability to respond to various changes, and we also lose a lot in cultural terms."

'nuff said!

https://phys.org/news/2025-11-italian-fruit-forgotten-varieties.html

#HeritageFruit #ClimateChange #Resilience #GeneticDiversity

VP Symposium: Preservation of Genetic Diversity and Selection over a Century in a Coral Reef Fish (Taeniamia zosterophora) in the Philippines by Fitz et al.

Read now ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/738468

#GeneticDiversity #CoralReef #EEB

Researchers decoded the #pangenome of 33 oat lines, revealing their full #geneticdiversity to support breeding of more resilient, high-yield #crops in the face of #climatechange: http://go.tum.de/651300

📷iStock/ Evgeniy Andreev

How fast is too fast? Lee & McManus reveal ocean warming rate—not just magnitude—determines marine population survival. Cooler refuges & genetic diversity offer resilience, but only if warming doesn't outpace adaptation.

Now open access and ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/737022

#ocean #oceanWarming #marine #population #survival #geneticDiversity #adaptation

📙🆕 'Impact of the number of microsatellite markers on the analysis of population genetic diversity of Schistosoma japonicum' - an article in the Chinese Journal of #Schistosomiasis Control on #ScienceOpen:

🔗 https://www.scienceopen.com/document?vid=d25578bf-f59c-4b6e-9d76-3d0a432b7831

#ParasitologyResearch #PopulationGenetics #MicrosatelliteMarkers #GeneticDiversity