The Cayman Islands Airports Authority (CIAA) has unveiled the interior conceptual drawings for the multi-million dollar expansion project at Owen Roberts International Airport (ORIA).
Commenting on the design created by Florida based firm RS&H Group, CIAA’s CEO Albert Anderson said, “The interior design is very impressive and I am confident that once completed the new expanded airport will be a first-class terminal facility
The CI$55 million expansion project should take around three years to complete and will nearly triple the current space at the airport. Construction on the first phase of the project is expected to begin this summer.
Here is the Cayman Islands Government's chance to save money and show their support for alternative energy. Covering the roof and parking lots with solar panels, and using LED lighting would set an example for Caymanians and Caymanian businesses to follow. Editor
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Premier and Minister of Finance, Dr. the Honourable D. Orlando Smith, OBE, joined Caribbean leaders in Martinique last week for a regional consultation with the President of France, Francois Hollande.
The leaders met on May 9 to agree on a regional position on climate change ahead of the 21st Session of the Conference of Parties (COP) to the United National Framework Convention on Climate Change scheduled to take place in Paris later this year.
Premier Smith was accompanied to the meeting by Deputy Secretary in the Ministry of Natural Resources and Labour, Mr. Joseph Smith Abbott, and Acting Deputy Director of the International Affairs Secretariat, Ms. Najan Christopher,
The Premier attended the plenary sessions aimed at the coordination of a Caribbean negotiating position on climate change. He also held informal talks with fellow Caribbean leaders and President Hollande.
Premier Smith stated that the British Virgin Islands’ participation in the summit…
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While drifting along on a shallow ledge on Conch Reef, I spot a group of colorful parrot fish chomping away at algae and other growth on the coral.
A bit farther I see a massive plume of white debris blast from the tail end of a large parrot fish.
“What goes in must come out,” I think.
Turns out parrot fish, while eating algae and seaweed, are doing their part to keep the reef healthy.
Without them and other sea-dwelling plant eaters, algae and seaweed would overgrow the reefs, suppress coral growth and threaten the incredible array of life that depends on reefs for shelter and food.
Healthy coral reefs are important for the Florida Keys.
They provide shoreline protection and support our tourism, sport fishing and diving businesses.
A detailed report,
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A new study, by scientists from the University of Southampton and National Oceanography Centre (NOC), implies that the global climate is on the verge of broad-scale change that could last for a number of decades.
The change to the new set of climatic conditions is associated with a cooling of the Atlantic, and is likely to bring drier summers in Britain and Ireland, accelerated sea-level rise along the northeast coast of the United States, and drought in the developing countries of the Sahel region. Since this new climatic phase could be half a degree cooler, it may well offer a brief reprise from the rise of global temperatures, as well as resulting in fewer hurricanes hitting the United States.
The study, published today in Nature, proves that ocean circulation is the link between weather and decadal scale climatic change. It is based on observational evidence of the link between ocean circulation and the decadal variability of sea surface temperatures in the Atlantic Ocean.
Lead author Dr Gerard McCarthy, from the NOC, said: “Sea-surface temperatures in the Atlantic vary between warm and cold over time-scales of many decades. These variations have been shown to influence temperature, rainfall, drought and even the frequency of hurricanes in many regions of the world. This decadal variability, called the Atlantic Multi-decadal Oscillation (AMO), is a notable feature of the Atlantic Ocean and the climate of the regions it influences.”
These climatic phases, referred to as positive or negative AMO's, are the result of the movement of heat northwards by a system of ocean currents. This movement of heat changes the temperature of the sea surface, which has a profound impact on climate on timescales of 20-30 years. The strength of these currents is determined by the same atmospheric conditions that control the position of the jet stream. Negative AMO's occur when the currents are weaker and so less heat is carried northwards towards Europe from the tropics.
The strength of ocean currents has been measured by a network of sensors, called the RAPID array, which have been collecting data on the flow rate of the Atlantic meridonal overturning circulation (AMOC) for a decade.
Dr David Smeed, from the NOC and lead scientist of the RAPID project, adds: “The observations of AMOC from the RAPID array, over the past ten years, show that it is declining. As a result, we expect the AMO is moving to a negative phase, which will result in cooler surface waters. This is consistent with observations of temperature in the North Atlantic.”
Since the RAPID array has only been collecting data for last ten years, a longer data set was needed to prove the link between ocean circulation and slow climate variations. Therefore this study instead used 100 years of sea level data, maintained by the National Oceanography Centre's permanent service for mean sea level. Models of ocean currents based on this data were used to predict how much heat would be transported around the ocean, and the impact this would have on the sea surface temperature in key locations.
Co-author Dr Ivan Haigh, lecturer in coastal oceanography at the University of Southampton, said: “By reconstructing ocean circulation over the last 100 years from tide gauges that measure sea level at the coast, we have been able to show, for the first time, observational evidence of the link between ocean circulation and the AMO.” More