Samuel Dijoux
@dijouxsam.bsky.social
Postdoc researcher interested in understanding how aquatic communities will respond to global change & other anthropogenic stressors, by developing predictive eco-evo models that account for species physiological & life-history traits.
-> 2) #Invasivespecies are not necessarily bad for local communities!
Our findings challenges the conventional wisdom that #invasivespecies are usually harmful and lead to the #extinctions and #collapses of local communities.
Our findings challenges the conventional wisdom that #invasivespecies are usually harmful and lead to the #extinctions and #collapses of local communities.
January 13, 2025 at 11:40 PM
-> 2) #Invasivespecies are not necessarily bad for local communities!
Our findings challenges the conventional wisdom that #invasivespecies are usually harmful and lead to the #extinctions and #collapses of local communities.
Our findings challenges the conventional wisdom that #invasivespecies are usually harmful and lead to the #extinctions and #collapses of local communities.
The trophic position of #invasivespecies (as #predator or #prey), the #sizes of local and invasive species & the abiotic conditions play a key role for invasion success
-> 1) #Warming and #eutrophication are likely to accelerate invasions of smaller species!
-> 1) #Warming and #eutrophication are likely to accelerate invasions of smaller species!
January 13, 2025 at 11:40 PM
The trophic position of #invasivespecies (as #predator or #prey), the #sizes of local and invasive species & the abiotic conditions play a key role for invasion success
-> 1) #Warming and #eutrophication are likely to accelerate invasions of smaller species!
-> 1) #Warming and #eutrophication are likely to accelerate invasions of smaller species!
-> Energetic Imbalances in #freshwater communities may disrupt the food webs, causing sudden population collapses & cascade extinction.
January 7, 2025 at 10:23 AM
-> Energetic Imbalances in #freshwater communities may disrupt the food webs, causing sudden population collapses & cascade extinction.
-> A ‘symmetry in asymmetries’ is critical to maintain multichannel food webs through two compensatory levels of asymmetry that modulate the energy flows in the different food web channels
January 7, 2025 at 10:23 AM
-> A ‘symmetry in asymmetries’ is critical to maintain multichannel food webs through two compensatory levels of asymmetry that modulate the energy flows in the different food web channels