🌍 Alpine ecosystems are already climate-sensitive. If early life stages are compromised, long-term persistence of alpine species could be at risk.
Climate change doesn’t just affect adult plants, it reshapes the next generation. (9/9)

👉 https://doi.org/qs3t

#ClimateChange #AlpineEcology #PlantRegeneration #SeedEcology #PlantScience #AoBpapers

These findings align with previous research showing faster germination after gut passage, and add new evidence that this can translate into real fitness benefits for plants. (10/10)

👉 https://doi.org/qfrv

#PlantDispersal #SeedEcology #Endozoochory #AoBpapers

Better out than in: faecal matrix inhibits establishment success after waterfowl endozoochory

AbstractBackground and Aims. Many plant species undergo long-distance dispersal through migratory waterbirds. However, there is little information about th

OUP Academic

🌱Check the newly published article ‘Better out than in: faecal matrix inhibits establishment success after waterfowl endozoochory’ in @AnnBot by Iciar Jiménez-Martín and co-authors🧵(1/10)

👉 https://doi.org/qfrv

#PlantDispersal #SeedEcology #Endozoochory #AoBpapers

Is it a seed or a shadow? No, it's a mystery phytophagous wasp. Someone suggested it's Bruchophagus but we've not tried the keys yet so we'll see.
#SeedEcology #SeedPredation #entemology #ecology

🌍By responding to both close and distant relatives, oaks may reinforce or erode the phylogenetic signal of niches, influencing forest dynamics and resilience. (8/8)

👉https://botany.fyi/mbohxd

#AoBpapers #PlantEcology #SeedEcology

Offspring may succeed well next to their relatives, but it needs particular traits

AbstractBackground and Aims. There is ongoing debate about whether offspring perform best next to phylogenetically distantly related adult neighbours (due

OUP Academic

I'm sorry to tell you again, but #fire increases the #germination of #Cistaceae #seeds in contrast to summer-type heat (which reduces germination!)
Paper: https://fireecology.springeropen.com/articles/10.1186/s42408-024-00251-5
Blog: https://jgpausas.blogs.uv.es/2024/02/18/seed-dormancy-release-and-summer-temperatures/

Some people are uncomfortable with the prominent role of fire in plant reproduction & actively look for the role of climate ...

#SeedDormancy: https://fediscience.org/@jgpausas/109790744941645451

#FireEcology #SeedEcology #PlantEcology #PlantScience @ecology @plants @botany @wildfirescience @plantscience @nature

Fire-type heat increases the germination of Cistaceae seeds in contrast to summer heat - Fire Ecology

Our analyses of data in Luna et al. (Fire Ecology 19:52, 2023) do not support the proposal that dormancy release of the hard seeds in 12 species of Cistaceae is a “two-step process” involving high summer temperatures followed by fire-type heat. The reverse is true: subjection to a month of daily alternating temperatures of 50/20 °C (summer heat) is more likely to induce dormancy among initially soft seeds or secondary dormancy among those softened by fire heat or reduce the ability of fire heat to soften the seeds. The need to inspect seeds for the presence of an open “water gap” following various heat treatments, and using more realistic summer temperatures in future studies, is clear.

SpringerOpen
New lab paper out today in Journal of Ecology. This paper stems from an observation by technician Vincent Pan (now at MSU as a PhD student), during another study that heat reduced the attachment strength of mucilage and encouraged the lab to figure it out... more in the thread - #plantecology #seedmucilage #ecology #undergradresearch #seedecology https://besjournals.onlinelibrary.wiley.com/doi/10.1111/1365-2745.14044