The natural world is filled with networks. Predator and prey, flower and pollinator—each interacting pair forms a link in a networked community of organisms. Now, a French research team has developed a model that explores how evolution may help shape … Continue reading
Journal Club
Highlighting recently published papers selected by Academy members
Tag Archives: model
Model suggests how evolution shapes ecological networks among species
Journal club: A simple model to help identify which species might become invasive
Invasive species are a major driver of global biodiversity loss. Now researchers have developed a simple model that can quickly predict which species are likely to become established outside their native environment. The team recently reported in the Proceedings of … Continue reading
Journal Club: Simple model reproduces patterns of toxic protein buildup across multiple neurodegenerative diseases
Fatal neurodegenerative diseases including Alzheimer’s, Parkinson’s, and amyotrophic lateral sclerosis (ALS) begin as tiny pockets of misfolded proteins that evade the body’s normal detritus-removal systems. They spread throughout the brain and clog neural pathways. But exactly how these proteins propagate … Continue reading
Journal Club: Aerosols, global warming may dampen cyclone activity in some regions
A recent study suggests that human activity may have decreased the number of tropical cyclones in the western North Pacific. A separate study predicts that the total number of intense tropical cyclones will decrease globally in the decades to come, … Continue reading
Journal Club: Potential life could have spread with relative ease amongst newly-discovered group of seven exoplanets
The odds of life spreading between the worlds of the newly-discovered seven-planet TRAPPIST-1 system are up to 1,000 times greater than in our own solar system. That’s the conclusion of a new analysis posted March 2 to the arXiv, an … Continue reading
Journal Club: Shark blood compound offers up novel mechanism for stabilizing folded proteins
Sharks and other sea life often maintain high levels of trimethylamine N-oxide (TMAO) in their blood, a compound vital to their surviving in the saline environment. TMAO helps maintain an osmotic balance between body tissues and sea water to prevent … Continue reading
Journal Club: Why do trees fix nitrogen in certain forests and not others? Model offers insights with big implications for the biosphere
Many trees can generate their own fertilizer from nitrogen in the air. But it remains a mystery as to why they grow where they do – for example, few grow in the nitrogen-poor soils of temperate forests but many thrive … Continue reading