Coral Reef Ecosystem

Top 10 Images from the 2017 Coral Reef Surve$¥¥↑y—From NOAA Pacific Expeditions

2017-08-30

Pacific coral bleaching

Over the past few years, islands in tσ↕δhe Pacific Ocean havλ↔γ✘e experienced unusual sea warming du±αring the longest-ever recordα<±©ed global coral bleachingσ&  event. Before the coral bleaching event, Jarvi €s Island had extensive coral cov‌↓er. According to preliminary surveys in 2015 anβ♥δ<d 2016, most coral colonies ​→are dying from coral bleachi∏∞→ng. On Jarvis Island ☆☆"in 2017, researchers su☆♦↕rveyed these reef communities and ♣≥assessed the coral's potenπ tial to recover from heat stress thatφ∑& causes coral bleaching.

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Humphead Parrotfish

This giant humming parro★φ∞↔tfish is an amazing fish that can live ₹ ♥for 40 years, grow to be 4 feet lon ∞g and weigh 100 pounds. When largeγ‍​☆ numbers of fish congregate t☆‌≠o spawn during the lun>εar cycle, they use their bulging h♣☆☆eads to ram the heads of '×<other fish in a competitive confrontation. On∏¥£σ the first day on Wake Island, the res>>earchers saw many humming parrotfish. The hummiβα'πng parrotfish has been attack∞"∑↓ed by heavy fishing activitieα→∞s across much of its range ₹♣and is now considered globally rare by the In​₽ternational Union for Co‍∞÷Ωnservation of Nature&#&✔↓↑39;s Red List of Threatened®Ω≥≥ Species.

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life on the reef

On the east side of Agrih♥↓δan Island, an octopus was spα↓'otted by divers and f÷‌★ell off a rocky reef.±' All life on coral reefs i↕‌γs important, includin‌₹ ≤g this intelligent invertebrate. ✘πThese mesmerizing creatureε→π s can quickly change color to blen$♠φd in with their surrou♣♠ndings, making them h©×¶♠ard to find.

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Crown of thorns starfish→δ

Scientists have discovered numerous crown-of-thor≈™↑αns starfish on Alamagen Island. These s" ‍piny invertebrates feed on coral✘γ™ tissue. In this image, the st★♠σarfish leaves only the skelet§α¥on of Acropora in its wake. If they are in larΩβ≥≥ge numbers, they can ≠ wreak havoc on coral reefs, but if they are i‌™n small numbers, they are also a ★βεnatural key component of coral r∑±σeef ecosystems.

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rare scene

In an extremely rare scene cap♠↔∞¥tured on the island of Farallon σ♠de Pajaros, scientists have discovered the ↕γ₩female angelfish after completing a s​​•"urvey of the fish. There are hardly any pub$₽βlished articles on this species✔$ other than blogs by aquariu∑γm enthusiasts. Some have ®∞☆described it as endemic to the Ogas&‌≈γawara and Osgawara islands in southe<&rn Japan, although the researchers discovered ¶∞♥γthe fish during an expedition in the↑  Mariana Trench Marine National Reserve.

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Submarine crater

Undersea volcanic vents ≈↑γnear Maug Island release carbon dioxide ga∞"≠§s, which causes the surroundin₽"≠&g ocean to acidify—a local example of↔¥‍& how carbon dioxide emissions in ≈←our atmosphere are c•÷‌ausing global climate →←λchange and ocean acidification. Maug's carπ©≠♣bon dioxide vents are right nexσπ∑↔t to coral reef ecosys"₹tems, allowing scientists✔₩' to see the future of these ecosyst¶☆ems, along with changes in the ocean's chem<φ​ ical environment that naturally changes.

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Bubble coral

Despite their bubble-like appearance, th∏"ese vesicular corals, also known as &€↑↕$quot;bubble corals," are actually s¥∞tony or hard corals.☆★✘ Its tissue is soft and bubble-like, and iβ£t actually hides its hard bones under the ¶∞'bubble-like soft tissue.

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Colorful nudibranchs

Autonomous reef monitoring structureε ₩s have found many be€←εautiful creatures, including this nu₹ ∞™dibranch.


Healthy coral

The coral on Koh Phangan appears to be doing ★£€much better than othe♥δr areas hit hard by the recent global coral b₩$ leaching event. Here's aδ®​™ close-up of staghorn co♠←$™rals (often more susceptib€• le to bleaching events) looking go• δod.


sand star

If you look closely at the ♠±​↑sand, you'll sometimes find "stardust÷‌," or the skeletal remains of ±±✔a star-shaped foraminifera, tiny Ω↔single-celled organisms that  φare an important part of the ocean's food∏↑☆ chain.

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Hainan SCS Institute of TΩ±ropical Ocean (HITO) is a " ≤♣non-profit provincial sc✔®↔↓ientific research insti∑ε÷tution established in 2003. HITO's rese§∏®arch on coral reefs h§ ‍&as put forward new inα♦Ωεsights into the global crisis of<¶‌β corals and solutions, and has made new technolog¶ ical achievements in  >the restoration of coral reefs₽₩, and vigorously promoted the constructiφ™α•on of coral gardens, t↔™he Million Coral Breeding Program and the con₩↕π£struction of coral gene bγ$≠☆anks , and strive to comp♠σφlete one of the worl ↓♠≥d's largest coral cultiva§☆tion and coral reef ecologicaΩ"♦>l restoration operations.

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