OMG it has been a crazy week and next week is shaping up to be crazy as well so I am going to enjoy my weekend as much as I can.
I have been favoring soft warm colors and long-lasting base products in our balmy heat. Here are some recommendations to check out!
#MAKEUPFOREVER Pro Sculpting Palette - cream contour, highlighter, strobe and blush in one handy kit
#Becca Afterglow Palette - can never have enough shimmer
#elf Candid Coral - not my fave blush in the world but this adds a soft golden peach glow over the cheeks
#EsteeLauder DoubleWear Waterproof All Day Concealers - this new concealer is fab for under the eyes - not dry creasy and cakey
#MACxEllieGoulding Lipstick in Only You
#NARS Audacious Lipstick in Brigitte
#Tarte Amazonian Clay Blush in Classic
#Chanel Les 4 Ombres Spices quad
“Slow” marine animals show their secret life under high
magnification. Corals and sponges build coral reefs and play crucial
roles in the biosphere, yet we know almost nothing about their daily
lives. These animals are actually very mobile creatures. However their
motion is only detectable at different time scales compared to ours and
requires time lapses to be seen.
Make sure you watch the video on a large screen. This clip is
displayed in Full HD, yet the source footage (or the whole clip), is
available in UltraHD 4k resolution for media productions.
The answer to a common question: yes, colors are “real” and not
exaggerated by digital enhancement. We have only applied basic white
balance correction. However, we used specialized lights to mimic the
underwater ambient spectrum. When photographers use white light
(artificial spectrum) on corals, they simply miss the vast majority of
colours. Corals have spectrum-sensitive colouration due to fluorescent
New hope for endangered corals: SECORE-scientists take an important step towards sustainable restoration of Caribbean reefs
Researchers of SECORE International (USA, Germany), the University of Amsterdam (Netherlands) and the Carmabi Marine Research Station (Curaçao) have for the first time successfully raised laboratory-bred colonies of a threatened Caribbean coral species to sexual maturity.
“In 2011, offspring of the critically endangered elkhorn coral (Acropora palmata) were reared from gametes collected in the field and were outplanted to a reef one year later”, explains Valérie Chamberland, coral reef ecologist working for SECORE and Carmabi. “In four years, these branching corals have grown to a size of a soccer ball and reproduced, simultaneously with their natural population, in September 2015. This event marks the first ever successful rearing of a threatened Caribbean coral species to its reproductive age.” These findings have been published in the latest issue of the scientific journal Bulletin of Marine Science.
Due to its large size and branching shape, elkhorn corals created vast forests in shallow reef waters that protect shores from incoming storms and provide a critical habitat for a myriad of other reef organisms, including ecologically and economically important fish species. An estimated 80% of all Caribbean corals have disappeared over the last four decades and repopulating degraded reefs has since become a management priority throughout the Caribbean region.
The elkhorn coral was one of the species whose decline was so severe that it was one of the first coral species to be listed as threatened under the U.S. Endangered Species act in 2006, and as critically endangered under the IUCN Red List of Threatened species in 2008. Consequently, measures to aid Caribbean reef recovery often focus on the elkhorn coral given its major decline and its ecological importance.
“Our approach differs substantially from the one generally used by the large number of reef restoration groups that operate throughout the Caribbean”, explains Dirk Petersen, coral reef expert and director of SECORE. “These groups generally use the ‘coral gardening’ approach, where small fragments are harvested from coral colonies on the reef. The fragments are then grown in special nurseries to larger sizes before they are returned to the reef.”
Although this method has been applied throughout the Caribbean, it does not allow for new genetic combinations as the fragments harbor the same genes as the donor colonies and are therefore copies of their parents. “By contrast, SECORE developed a technique whereby male and female gametes are caught in the wild and fertilized in the laboratory to raise larger numbers of genetically unique corals”, says Dirk Petersen.