mosquito
Project / Initiative
Inactive

Community-Driven Big Data Intelligence to Fight Mosquito-Borne Disease

mosquit
Project / Initiative
Inactive

Strengthening Barcelona’s Defenses Against Disease‐Vector Mosquitoes: Automatically Calibrated Citizen‐Based Surveillance

llangardaix.png
Project / Initiative
Inactive

Unraveling biological invasions: cosequences of a rapidly spreading snake invasion for a Mediterranean endemic lizard

The Cocoon system improves success rates when reforesting degraded land

Around 30,000 trees and shrubs were planted between 2016 and 2019 in the Mediterranean basin and the Canary Islands, with a survival rate achieved that varied between 20 and 80%, depending on the species involved. The economic analysis shows that the Cocoon system can be up to four times more profitable than the normal reforestation method.

Climate change Cocoon @en Forest arid areas Green link Land life company @en Life project @en @en Reforestation The green link Volterra ecosystems

Humans use more phosphorus to produce fish than we obtain by harvesting them

There is an imbalance between the amount of phosphorus we use in the production of fish and shellfish (which need it for growth, bones and shells) and the amount we obtain by harvesting them. Remedying it will require aquaculture’s mean phosphorus use efficiency to increase from its current level of 20% to 48% by 2050.

Aquiculture Fish production Fishing Josep peñuelas @en Peñuelas @en Phosphorus Phosphorus imbalance Yunyuan huang

Citizen science and smart traps against to fight the tiger mosquito

The MosquitoAlertBCN project has been one of the research initiatives selected by the Pla Barcelona Ciència. It is a project led by CREAF, with the participation of UPF and IRIDEON and the collaboration of the ASPB. The Pla Barcelona Ciència has the support of the Barcelona City Council and the “la Caixa” Bank Foundation.

Agencia de salut publica de barcelona @en Citizen participation Citizen science Mosquito alert @en Smart traps Society Tiger mosquito Upf @en

Pines detect insect sex pheromones and protect themselves from infestation

Through research conducted on young Scots pine trees and Diprion pini, a sawfly common to conifer forests in the Northern Hemisphere, scientists have shown, for the first time, how trees take steps to protect themselves against insect infestation even before eggs are laid on them.

Ander achotegi-castells Diprion piri @en Infestation Insects Oviposition Pine Pinus @en Pinus sylvestris @en