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01
OCEANOGRAPHY AND CURRENTS
Due to its shallow depth, the strait experiences strong marine currents that regularly shift in direction and intensity. La Bocaina is ideal for studying oceanographic phenomena and marine ecosystems, especially how currents affect species migration and the distribution of nutrients.
03
WILDLIFE AND MIGRATION
The strait serves as an important migratory route for marine species. On calm days, dolphins, sea turtles, and schools of fish can be spotted. This marine corridor naturally links the rich biodiversity of Lanzarote and Fuerteventura.
05
WATER SPORTS AND CROSSINGS
La Bocaina is a popular route for paddleboarding, kayaking, and swimming. Each year, the strait hosts an open water swim between Lanzarote and Fuerteventura, drawing athletes from around the world for its challenging conditions and scenic surroundings.
07
SEABED AND SUNLIGHT
Because of its low depth, sunlight penetrates to the seabed, encouraging the growth of algae and small marine organisms. Shifting sand ridges form on the seafloor, continuously shaped by the currents and resembling underwater dunes in constant motion.
02
TRANSPORT AND FERRIES
La Bocaina hosts one of the busiest ferry routes in the Canaries, connecting Playa Blanca with Corralejo on Fuerteventura. The crossing takes around 25–30 minutes and is frequently used by both tourists and local residents for island-to-island travel.
04
TEMPERATURE AND SALINITY
Water temperatures in La Bocaina remain stable year-round, supporting rich marine life. In certain periods, salinity increases, as the water exchange with the open Atlantic is slower than in deeper oceanic zones, influencing the chemical balance of the area.
06
NAVIGATION AND HISTORY
La Bocaina was historically a key reference point for navigating between islands. Its strategic location also made it a hiding spot for pirates awaiting merchant ships. The shallow waters and uneven seabed offered ideal conditions for concealment.
08
NATURAL FORMATIONS AND CALM WATERS
Submerged rocky structures protect the strait by reducing wave impact. As a result, calm zones form naturally—frequented by swimmers, fishermen, and scientific teams studying how current patterns affect marine habitats and the surrounding underwater environment.