Increase support for scientific research projects that enhance the ability to generate and scale solutions for restoring and revitalizing the marine ecosystem.
Knowledge for the regeneration of blue biodiversity in the Atlantic Ocean
It is for this reason that the Foundation positions itself alongside research centers and universities, among other organizations, to increase understanding and scientific knowledge of current problems, with a view toward developing innovative and scalable solutions that contribute to the conservation and regeneration of the marine ecosystem, particularly in the Atlantic Ocean.
The Foundation is also committed to disseminating this generated scientific knowledge as part of a civic approach, thereby contributing to the creation of new narratives and behaviours among future generations.
Today, environmental philanthropy represents less than 5 % of global philanthropy.
At a time when scientists need more support for their research projects, the BNP Paribas Portugal Foundation is one of the foundations actively supporting research on climate change and biodiversity loss. This choice aligns with the Bank’s corporate social responsibility policy; the two complementary areas of action share the same goal: the long‑term sustainable development of society.
We are committed to
Supporting scientific research
Gulf of Guinea: Migration of the Pelagic Marine Megafauna (OCEANPATH)
This project aims to establish a protected offshore marine migration corridor between Cape Verde and the Gulf of Guinea for blue sharks, mako sharks and whales. Using innovative monitoring technologies and 3D mapping, OCEANPATH seeks to improve predictions of migratory patterns and contribute to large-scale marine conservation.
Temperature and Early Development of the small-spotted catshark (SHOW-IT)
Conducted in controlled aquarium conditions, this project studies the effects of ocean warming on the early immune and motor development of small-spotted catshark, comparing Atlantic and Mediterranean populations. Its findings will help inform the design of future marine protected areas.