Red Sea Research Center, KAUST (@rsrc_kaust) 's Twitter Profile
Red Sea Research Center, KAUST

@rsrc_kaust

Official twitter feed of KAUST Red Sea Research Center (RSRC)

ID: 871689016546123776

linkhttps://rsrc.kaust.edu.sa/ calendar_today05-06-2017 11:23:51

2,2K Tweet

4,4K Followers

211 Following

كاوست (@kaust_newsar) 's Twitter Profile Photo

تركز #كاوست جهودها على تحقيق بيئة مستدامة من خلال استراتيجيتها الجديدة، وذلك عن طريق تقديم أبحاث تعمل على تطوير مصادر غذاء مستدامة وإعادة استخدام المياه من أجل حماية ثروات المملكة للأجيال القادمة. #أثر_متسارع #رؤية_السعودية_2030

KAUST (@kaust_news) 's Twitter Profile Photo

A key component of #KAUST's new strategy is conducting research that leads to viable environmental sustainability solutions, such as developing sustainable food sources and reusing water to protect Saudi's resources for future generations. #AcceleratingImpact #SaudiVision2030

Red Sea Research Center, KAUST (@rsrc_kaust) 's Twitter Profile Photo

Clearing and staining is a lab technique that allows for the visualization of internal fish anatomy without specimen destruction. photo by Song He #rsrc_kaust #red_sea #clearing #staining

Clearing and staining is a lab technique that allows
for the visualization of internal fish anatomy without
specimen destruction. 

photo by Song He

#rsrc_kaust #red_sea #clearing #staining
Red Sea Research Center, KAUST (@rsrc_kaust) 's Twitter Profile Photo

Many different dolphin species can be seen here, but the most prevalent are spinner dolphins (Stenella longirostris), little bottlenose dolphins (Tursiops aduncus), pantropical spotted dolphins (Stenella attenuata). photo by @morganbennettsmith #rsrc_kaust #red_sea #dolphin

Red Sea Research Center, KAUST (@rsrc_kaust) 's Twitter Profile Photo

The reef from above. Aerial views more clearly show the organization of a reef in the Red Sea. A shallow, sandy lagoon is protected within the reef; deeper, blue water extends off the outside wall. photo by @morganbennettsmith #rsrc_kaust #red_sea #reef

The reef from above. Aerial views more
clearly show the organization of a reef in
the Red Sea. A shallow, sandy lagoon is
protected within the reef; deeper, blue
water extends off the outside wall. 

photo by @morganbennettsmith

#rsrc_kaust #red_sea #reef
Red Sea Research Center, KAUST (@rsrc_kaust) 's Twitter Profile Photo

A juvenile Red Sea clownfish (Amphiprion bicinctus) seeks shelter in the vibrant tentacles of its anemone host. Clownfish and anemones form a symbiotic relationship that allows them to thrive on coral reefs. photo by @morganbennettsmith #rsrc_kaust #red_sea #clownfish #anemone

A juvenile Red Sea clownfish (Amphiprion bicinctus)
seeks shelter in the vibrant tentacles of its anemone
host. Clownfish and anemones form a symbiotic
relationship that allows them to thrive on coral reefs. 

photo by @morganbennettsmith

#rsrc_kaust #red_sea #clownfish #anemone
Red Sea Research Center, KAUST (@rsrc_kaust) 's Twitter Profile Photo

Acropora corals can also form tall, branching colonies. These are among the most important structures providing shelter for countless fishes and other species. photo by @morganbennettsmith #rsrc_kaust #red_sea #acropora #coral

Acropora corals can also form tall, branching
colonies. These are among the most important
structures providing shelter for countless fishes
and other species. 

photo by @morganbennettsmith

#rsrc_kaust #red_sea #acropora #coral
Red Sea Research Center, KAUST (@rsrc_kaust) 's Twitter Profile Photo

Moon jellyfish (Aurelia spp.) are one of the most recognizable groups of jellyfish. Often kept in aquarium displays, these species rythmically float through many of the world’s oceans. photo by @morganbennettsmith #rsrc_kaust #red_sea #jellyfish

Moon jellyfish (Aurelia spp.) are one of
the most recognizable groups of jellyfish.
Often kept in aquarium displays, these
species rythmically float through many of
the world’s oceans. 

photo by @morganbennettsmith

#rsrc_kaust #red_sea #jellyfish
Red Sea Research Center, KAUST (@rsrc_kaust) 's Twitter Profile Photo

Coastal habitats in the Red Sea include well-known, shallow-water marine ecosystems like mangrove stands and seagrass meadows, but also a variety of seaweed and algal mats. photo by @morganbennettsmith #rsrc_kaust #red_sea #coastal #habitats #mangrove #seagrass

Coastal habitats in the Red Sea include well-known, shallow-water marine ecosystems like mangrove stands and seagrass meadows, but also a variety of seaweed and algal mats.

photo by @morganbennettsmith

#rsrc_kaust #red_sea #coastal #habitats #mangrove #seagrass
Red Sea Research Center, KAUST (@rsrc_kaust) 's Twitter Profile Photo

In soft corals like Dendronephthya, the calcium carbonate skeleton is composed of white elongated sclerites found in the animal soft tissue and visible through it. 📸 @morganbennettsmith #rsrc_kaust #red_sea #Dendronephthya #coral

In soft
corals like Dendronephthya, the calcium carbonate
skeleton is composed of white elongated sclerites
found in the animal soft tissue and visible through
it. 

📸 @morganbennettsmith

#rsrc_kaust #red_sea #Dendronephthya #coral
Red Sea Research Center, KAUST (@rsrc_kaust) 's Twitter Profile Photo

Soft coral polyps have eight feathershaped tentacles. In this picture, a zooxanthellate soft coral species of the family Xeniidae. #rsrc_kaust #red_sea #coral #polyp

Soft coral polyps have eight feathershaped
tentacles. In this picture, a
zooxanthellate soft coral species of
the family Xeniidae. 

#rsrc_kaust #red_sea #coral #polyp
Red Sea Research Center, KAUST (@rsrc_kaust) 's Twitter Profile Photo

Secretive reef fishes use different strategies for avoiding detection. Some, like Aron’s blennies (Ecsenius aroni), hide in abandoned worm tubes and other holes. photo by @morganbennettsmith #rsrc_kaust #red_sea #blenny #reef

Secretive reef fishes use different strategies for
avoiding detection. Some, like Aron’s blennies
(Ecsenius aroni), hide in abandoned worm tubes
and other holes.

photo by @morganbennettsmith

#rsrc_kaust #red_sea #blenny #reef
Red Sea Research Center, KAUST (@rsrc_kaust) 's Twitter Profile Photo

The Red Sea is home to five of the seven existing species of sea turtles including the green turtle (Chelonia mydas), hawksbill (Eretmochelys imbricata), loggerhead (Caretta caretta), olive-ridley (Lepidochelys olivacea), and leatherback (Dermochelys coriacea). #rsrc_kaust

The Red Sea is home to five of the seven existing species of sea turtles
including the green turtle (Chelonia mydas), hawksbill (Eretmochelys
imbricata), loggerhead (Caretta caretta), olive-ridley (Lepidochelys
olivacea), and leatherback (Dermochelys coriacea). 

#rsrc_kaust
Red Sea Research Center, KAUST (@rsrc_kaust) 's Twitter Profile Photo

Sharks are well-adapted to hunting in dim light conditions. Their large eyes and advanced olfactory and electroreceptory senses help them chase down prey in deeper, darker waters. photo by @morganbennettsmith #rsrc_kaust #red_sea #shark

Sharks are well-adapted to hunting in dim light
conditions. Their large eyes and advanced olfactory
and electroreceptory senses help them chase
down prey in deeper, darker waters. 

photo by @morganbennettsmith

#rsrc_kaust #red_sea #shark
Red Sea Research Center, KAUST (@rsrc_kaust) 's Twitter Profile Photo

A mixed solution to boost mangrove resilience Details at buff.ly/3PGFxjK credit Jenny Booth, illustration by Ivan Gromicho. #rsrc_kaust #kaust_research

A mixed solution to boost mangrove resilience 

Details at buff.ly/3PGFxjK 
credit Jenny Booth, illustration by Ivan Gromicho. 
#rsrc_kaust #kaust_research
Red Sea Research Center, KAUST (@rsrc_kaust) 's Twitter Profile Photo

Cnidarians are soft-bodied aquatic animals which live either in the form of free-living medusae, e.g., jellyfish, or of a polyp attached to the seafloor, e.g., anemones. photo by @morganbennettsmith #rsrc_kaust #red_sea #stonycoral

Cnidarians are soft-bodied aquatic animals which live either
in the form of free-living medusae, e.g., jellyfish, or of a polyp
attached to the seafloor, e.g., anemones.

photo by @morganbennettsmith

#rsrc_kaust #red_sea #stonycoral
Red Sea Research Center, KAUST (@rsrc_kaust) 's Twitter Profile Photo

Researchers in the RSRC are studying the larvae of several species, including the clownfish shown here, to determine how larval movement behaviors influence connectivity among coral reefs. photo by @morganbennettsmith #rsrc_kaust #red_sea #clownfish

Researchers in the RSRC are studying the larvae
of several species, including the clownfish shown here,
to determine how larval movement behaviors influence
connectivity among coral reefs. 

photo by @morganbennettsmith

#rsrc_kaust #red_sea #clownfish
Red Sea Research Center, KAUST (@rsrc_kaust) 's Twitter Profile Photo

Many different dolphin species can be seen here at Red Sea, but the most prevalent are spinner dolphins (Stenella longirostris), little bottlenose dolphins (Tursiops aduncus), and Risso’s dolphins (Grampus griseus). photo by @morganbennettsmith #rsrc_kaust #red_sea #dolphin

Many different dolphin species can be seen here at Red Sea, but the most
prevalent are spinner dolphins (Stenella longirostris), little bottlenose
dolphins (Tursiops aduncus), and Risso’s dolphins (Grampus griseus). 

photo by @morganbennettsmith

#rsrc_kaust #red_sea #dolphin