Sports and adventure tourist are types of tourism now popular with travellers who would like to spend their vacation either in sports or even adventure related activities. Sports tourist means creating a trip to a particular destination both to participate in a particular sports event, or to practice and learn a particular sport. On the other hand, adventure tourism refers to activities and also tourist spots that either usually do not attract and/or not accessible to the most of travellers. It might be because the area under consideration is remote control or the offered activities are hard and difficult, or perhaps the trip is actually not suited to nearly all tourists. wynajem autokarow warszawa.
The actual travel industry has exploded fast because the 1954s: Based on the Un World Tourism Organization, worldwide tourism arrivals seasoned a growth from 25 million within 1950 in order to 684 million within 2000; international tourist arrivals are required in to reach one billion by 2020. A good emergent tourism design is towards more experienced-based rather than destination-based trips. Travelers nowadays seek unique ways of spending their own vacation to find meaning through conversation with their environment. Accordingly, tourism companies offer more tailor-made, off-the-beat-path deals. Additionally , the actual growing trend of active lifestyles converted into many travelers seeking methods to integrate their fondness for a particular exercise into a trip to a new destination. przewozy autokarowe Warszawa.
When considering a vacation, you need to check whether travel insurance applies for your planned activities. Trips in order to remote destinations best done in groups, specifically for women. Climate conditions that could prevail during the time of journey must also be anticipated. Along with these, be certain your journey providers have place safety measures in place. Lastly, you should be aware associated with any medical conditions you might have prior to your trip.
If you plan to perform a specific activity as part of a sports-oriented trip, first check out the difficulty level of the program you'll take part in before paying any due. You will find cases, like that activities were handled by instructors who are less advanced than their college students. An actual activity that is designed to test strength might be simply a regular workout in a new setting up. You should make sure that this activities you might be going take fit with your level of ability. wynajem autokarow mikrobusow warszawa.
As tourism experiences are becoming much more "unique", taking into consideration the growth of sports and also adventure travel and leisure, there is a chance for individual providers of exceptional sports activities or adventure experience to be able to out-compete mass-market tourism services. The USAID study for sustainable rural travel and leisure in 2007, for example , discovered that adventure tourist activities favors sustainable development objectives, channeling financial benefits of improvement back to local community members instead of to large foreign or commercial tourism agencies. Which means that when planning your trip, the options you choose not only posseses an impact the quality of your own experience but also within the lives of the communities an individual visit and connect to.
Contact: Robert Monroe or Mario Aguilera scrippsnews@ucsd.edu 858-534-3624 University of California - San Diego
Funds support acquisition of instruments from California, Massachusetts manufacturers and new field research
Four Scripps Institution of Oceanography at UC San Diego, researchers will receive Navy funding to acquire and deploy instruments in support of studies ranging from coastal oceanography to deep-ocean acoustics. The awards mark the continuation of a partnership between Scripps and the Navy that predates World War II.
The Department of Defense (DoD) awarded a total of $54.7 million to academic institutions for the purchase of state-of-the-art research equipment. The awards are made by the Defense University Research Instrumentation Program (DURIP) to improve current capabilities, or develop new capabilities, to perform cutting-edge national security research.
Scripps awards will total nearly $4.5 million for six research projects. They complement some $25 million that the Navy awarded Scripps for research and ship operations in 2011. A portion of the funding supports the purchase of instruments and components from manufacturers in several states that work with Scripps.
Oceanographer Eric Terrill won support for a REMUS 600 autonomous underwater vehicle (AUV) configured with specialized sensors. The waters offshore of the Scripps Institution of Oceanography pier will serve as a research and engineering test bed and allow for cost-effective ocean testing of AUV technology to water depths of 600 meters (1,970 feet). A variety of operating conditions are easily accessible from the pier, which has proven to be a highly cost-efficient facility for development of new sensors, techniques and procedures for operating unmanned underwater vehicles. The instrument can also be tested in the San Diego Harbor at Scripps' Nimitz Marine Facility in Point Loma, home of the Scripps Navy-funded fleet of seagoing research vessels.
The REMUS 600 platform and sensor development program will leverage expertise developed over the last decade in operating the smaller REMUS 100 developed for shallow water oceanography. The 600 system is a larger and longer-duration unmanned underwater vehicle, and will be used in coastal oceanography research programs. The AUV is manufactured by Hydroid, a firm in Pocasset, Massachusetts.
"The newer and larger vehicle will allow us to extend our ocean sampling over a much wider region of coastal waters and provide a platform for the testing of new sensors to measure ocean and seafloor conditions," said Terrill. "Time and again at-sea, basic science research programs have had the side benefit of developing new technologies and scientific results that assist the Navy in defining future capabilities."
Terrill and Navy officials added that as the Navy increasingly relies upon unmanned underwater technologies to support its missions, it is important that organizations such as Scripps have access to these technologies to efficiently develop new sensors, operating strategies and data synthesis tools to support forecast models.
"Commander, Naval Meteorology and Oceanography Command (CNMOC), and their subordinate commands, use the same or similar technologies in their operational surveys and measurement of the operational environment," said William Burnett, technical director, Commander, Naval Meteorology and Oceanography Command. "This award provides potential opportunities to test new technologies and concepts that could lead to sensing and platform improvements, ultimately enhancing oceanographic and meteorological support to Navy operational capabilities."
Two DURIP awards will fund critical observational technology on the hull of the new Navy-owned, Scripps-operated research vessel, set to begin construction this year, said Bruce Appelgate, Scripps Associate Director of Ship Operations and Marine Technical Support. The vessel, currently known as AGOR 28, will be fitted with a swath-mapping system designed to image seafloor regions at depths less than 1,000 meters. The multibeam echosounder system will complement another such system already scheduled to be installed on AGOR 28 that performs imaging at depths greater than 1,000 meters.
The second DURIP award for the vessel will support installation of two acoustic Doppler current profilers (ADCPs) manufactured by Poway, Calif. firm Teledyne-RDI. The profilers are used for measuring currents in the water column beneath the ship. The award also funds the installation of an ultra-short baseline navigation system used for precise tracking of objects such as remotely operated vehicles and autonomous vehicles in the water.
Though academic in nature, many seagoing research activities address significant issues with relevance to Navy objectives. For example, swath mapping systems are used to create detailed topographic maps of the seafloor, and ADCPs are used to make 3D models of ocean currents from the sea surface to deeper than 1,000 meters (3,280 feet). This sort of information often forms the foundation of studies of ocean physics, geology and acoustics, with a broad range of applications.
"These instruments constitute basic tools of the trade that complement the already-impressive suite of sensors funded for AGOR 28, and will extend the capability of the vessel and its mission as a general-purpose research vessel," Appelgate said.
Scripps oceanographer Ken Melville secured funding to deploy autonomous ocean surface vehicles that can measure key variables of air-sea interaction, especially in combination with measurements from other instruments and platforms. Wave gliders manufactured by Liquid Robotics use the power of surface waves for propulsion. Onboard instruments powered by a solar panel and batteries measure temperature, salinity, surface current, wave properties and other ocean-atmosphere variables.
"These measurements will significantly improve our understanding of air-sea interactions and lead to improved numerical models and predictions of air-sea fluxes of momentum, heat and water vapor," said Melville.
Initially, Melville intends to design air-sea interaction studies comparing data from the wave gliders while they are underway with data gathered from the Scripps research platform FLIP. He added that the work will ultimately lead to improved predictions of waves, weather and climate for naval applications.
"Liquid Robotics congratulates Scripps Institution of Oceanography on their selection by Defense University Research Instrumentation Program (DURIP)," said Alan DeClerck, director, Science and Commercial Markets at the Sunnyvale, Calif. firm. "We are especially pleased to collaborate with the team at Scripps on this innovative DURIP research, and to have the opportunity to support their defense-critical goals with our Wave Glider autonomous marine robots."
To supplement substantial research previously conducted by the U.S. Navy on low-frequency noise in the deep oceans, marine acoustics researcher William Hodgkiss will design and fabricate a 128-element vertical hydrophone array that will listen to mid-frequency ambient noise in deep water. Data from the array will improve understanding of the dynamics of the mid-frequency ambient noise environment and the development of Navy anti-submarine warfare signal processing algorithms to operate in this frequency band, Hodgkiss said.
In a separate effort, Hodgkiss will design and fabricate surface buoys to provide a communications data link between underwater arrays collecting acoustic data and a nearby ship. These buoys will enable retrieval of modest amounts of data for initial analysis purposes without needing to recover the array hardware.
###
[ | E-mail | Share ]
?
AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.
Contact: Robert Monroe or Mario Aguilera scrippsnews@ucsd.edu 858-534-3624 University of California - San Diego
Funds support acquisition of instruments from California, Massachusetts manufacturers and new field research
Four Scripps Institution of Oceanography at UC San Diego, researchers will receive Navy funding to acquire and deploy instruments in support of studies ranging from coastal oceanography to deep-ocean acoustics. The awards mark the continuation of a partnership between Scripps and the Navy that predates World War II.
The Department of Defense (DoD) awarded a total of $54.7 million to academic institutions for the purchase of state-of-the-art research equipment. The awards are made by the Defense University Research Instrumentation Program (DURIP) to improve current capabilities, or develop new capabilities, to perform cutting-edge national security research.
Scripps awards will total nearly $4.5 million for six research projects. They complement some $25 million that the Navy awarded Scripps for research and ship operations in 2011. A portion of the funding supports the purchase of instruments and components from manufacturers in several states that work with Scripps.
Oceanographer Eric Terrill won support for a REMUS 600 autonomous underwater vehicle (AUV) configured with specialized sensors. The waters offshore of the Scripps Institution of Oceanography pier will serve as a research and engineering test bed and allow for cost-effective ocean testing of AUV technology to water depths of 600 meters (1,970 feet). A variety of operating conditions are easily accessible from the pier, which has proven to be a highly cost-efficient facility for development of new sensors, techniques and procedures for operating unmanned underwater vehicles. The instrument can also be tested in the San Diego Harbor at Scripps' Nimitz Marine Facility in Point Loma, home of the Scripps Navy-funded fleet of seagoing research vessels.
The REMUS 600 platform and sensor development program will leverage expertise developed over the last decade in operating the smaller REMUS 100 developed for shallow water oceanography. The 600 system is a larger and longer-duration unmanned underwater vehicle, and will be used in coastal oceanography research programs. The AUV is manufactured by Hydroid, a firm in Pocasset, Massachusetts.
"The newer and larger vehicle will allow us to extend our ocean sampling over a much wider region of coastal waters and provide a platform for the testing of new sensors to measure ocean and seafloor conditions," said Terrill. "Time and again at-sea, basic science research programs have had the side benefit of developing new technologies and scientific results that assist the Navy in defining future capabilities."
Terrill and Navy officials added that as the Navy increasingly relies upon unmanned underwater technologies to support its missions, it is important that organizations such as Scripps have access to these technologies to efficiently develop new sensors, operating strategies and data synthesis tools to support forecast models.
"Commander, Naval Meteorology and Oceanography Command (CNMOC), and their subordinate commands, use the same or similar technologies in their operational surveys and measurement of the operational environment," said William Burnett, technical director, Commander, Naval Meteorology and Oceanography Command. "This award provides potential opportunities to test new technologies and concepts that could lead to sensing and platform improvements, ultimately enhancing oceanographic and meteorological support to Navy operational capabilities."
Two DURIP awards will fund critical observational technology on the hull of the new Navy-owned, Scripps-operated research vessel, set to begin construction this year, said Bruce Appelgate, Scripps Associate Director of Ship Operations and Marine Technical Support. The vessel, currently known as AGOR 28, will be fitted with a swath-mapping system designed to image seafloor regions at depths less than 1,000 meters. The multibeam echosounder system will complement another such system already scheduled to be installed on AGOR 28 that performs imaging at depths greater than 1,000 meters.
The second DURIP award for the vessel will support installation of two acoustic Doppler current profilers (ADCPs) manufactured by Poway, Calif. firm Teledyne-RDI. The profilers are used for measuring currents in the water column beneath the ship. The award also funds the installation of an ultra-short baseline navigation system used for precise tracking of objects such as remotely operated vehicles and autonomous vehicles in the water.
Though academic in nature, many seagoing research activities address significant issues with relevance to Navy objectives. For example, swath mapping systems are used to create detailed topographic maps of the seafloor, and ADCPs are used to make 3D models of ocean currents from the sea surface to deeper than 1,000 meters (3,280 feet). This sort of information often forms the foundation of studies of ocean physics, geology and acoustics, with a broad range of applications.
"These instruments constitute basic tools of the trade that complement the already-impressive suite of sensors funded for AGOR 28, and will extend the capability of the vessel and its mission as a general-purpose research vessel," Appelgate said.
Scripps oceanographer Ken Melville secured funding to deploy autonomous ocean surface vehicles that can measure key variables of air-sea interaction, especially in combination with measurements from other instruments and platforms. Wave gliders manufactured by Liquid Robotics use the power of surface waves for propulsion. Onboard instruments powered by a solar panel and batteries measure temperature, salinity, surface current, wave properties and other ocean-atmosphere variables.
"These measurements will significantly improve our understanding of air-sea interactions and lead to improved numerical models and predictions of air-sea fluxes of momentum, heat and water vapor," said Melville.
Initially, Melville intends to design air-sea interaction studies comparing data from the wave gliders while they are underway with data gathered from the Scripps research platform FLIP. He added that the work will ultimately lead to improved predictions of waves, weather and climate for naval applications.
"Liquid Robotics congratulates Scripps Institution of Oceanography on their selection by Defense University Research Instrumentation Program (DURIP)," said Alan DeClerck, director, Science and Commercial Markets at the Sunnyvale, Calif. firm. "We are especially pleased to collaborate with the team at Scripps on this innovative DURIP research, and to have the opportunity to support their defense-critical goals with our Wave Glider autonomous marine robots."
To supplement substantial research previously conducted by the U.S. Navy on low-frequency noise in the deep oceans, marine acoustics researcher William Hodgkiss will design and fabricate a 128-element vertical hydrophone array that will listen to mid-frequency ambient noise in deep water. Data from the array will improve understanding of the dynamics of the mid-frequency ambient noise environment and the development of Navy anti-submarine warfare signal processing algorithms to operate in this frequency band, Hodgkiss said.
In a separate effort, Hodgkiss will design and fabricate surface buoys to provide a communications data link between underwater arrays collecting acoustic data and a nearby ship. These buoys will enable retrieval of modest amounts of data for initial analysis purposes without needing to recover the array hardware.
###
[ | E-mail | Share ]
?
AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.
There?s no need to pay $1000?s per week for an exclusive beach-front home the next time you want fun and sun in your life.
Palm-lined gated entry
Coco Beach on the central coast of Ecuador is a private gated beach development tucked into a grove of tall coconut palms at the far end of the village of Matal, four miles from Jama in Manabi province.
Only steps from the beach, this sheltered house is perfect for sharing with friends and family, outdoor entertaining and is a short walk to town.
This is the rear of the house with patio and decorative brick work.? There?s a separate laundry room with another bathroom for washing off the beach sand or accommodating guests during outdoor barbeques or parties.
This almost new home has two bedrooms, two baths, a living room with large picture windows to enjoy the view and a large kitchen with bar and breakfast nook.? Easy-care tile throughout the house makes cleaning up a breeze. The house is fully furnished and landscaped.
Street scene.
Fishing is the primary local industry.
To find our more about this exceptional Ecuador beach rental, click here to contact the owners.
The American Council on Exercise has kindly given us permission to reproduce the following article.
I haven?t exercised in years ? why should I start now?
Even if you?ve never been active, it?s never too late to reap the many health benefits of regular exercise. Regular cardiovascular exercise, such as brisk walking, bicycling or swimming strengthens the heart and muscles, boosts energy and endurance. It also helps control blood sugar and cholesterol levels and works as a natural mood elevator.
Being sedentary raises the risk for developing such serious health conditions as diabetes and heart disease. Strength exercise, or resistance training, helps preserve muscle tissue and bone health. It?ll help you stay strong, so you can go about your normal daily activities.
I have several medical conditions ? is exercise safe for me?
Consult with your health care provider before starting an exercise program. Ask about precautions specific to your condition and which exercises are beneficial and safe for you. Regular exercise helps manage health conditions and can speed up the recovery process of serious illnesses, including heart attack, stroke and joint-replacement surgery. Your doctor may recommend that you start exercising in a medically-supervised setting before you exercise on your own.
Which exercises are easy on the joints?
Water exercises (swimming, water walking) or non weight-bearing exercises (bicycling, rowing, elliptical machines) are easier on the joints and often recommended for people with joint issues. However, your health care provider may recommend some weight-bearing exercises (walking, jogging) to protect and strengthen your bones.
How much exercise is enough?
Start with 5 minutes or whatever you can manage, then gradually work up to 30 minutes a day of cardiovascular exercise most days of the week. You should notice a difference in how you feel within 6-8 weeks. Perform muscle-strengthening exercises twice weekly with at least 24 hours in between sessions.
To get started, hire a certified personal trainer, attend group strength-training classes, visit your library to check out a strength-training DVD and visit the ACE Exercise Library.
I?m not overweight ? do I really need to exercise?
Even if your weight is in a healthy range, regular exercise is key for maintaining good health and to reduce health risks. One study showed that physically fit overweight people had significantly lower health risks than thin, sedentary people. An inactive lifestyle raises your risk for developing serious health conditions, including metabolic syndrome, diabetes, and heart disease.
How can I exercise on a limited budget?
Start walking! All you need is a comfortable pair of walking shoes and a safe place to walk. Community centers typically offer low-cost group fitness classes and libraries lend out fitness DVDs.
Is strength-training a good idea at my age?
Strength-training is critical for older adults. Adults lose 4-6 lbs. of muscle tissue per decade, which means a significant loss of body strength and a lower resting metabolism. Older adults who undergo a structured strength-training program have shown to regain lost muscle mass, increase their strength, metabolism, bone density and balance and improve their quality of life. One study linked muscular strength to reduced stiffness in the aorta, the major artery carrying blood from the heart to the rest of the body, which can reduce the risk of death from cardiovascular events, independent of current aerobic fitness levels. However, if calorie intake isn?t also reduced, fat weight increases.
Should I exercise by myself or sign up for a class?
It depends on your needs and preferences. Group fitness classes are great for people who enjoy company or need accountability; others prefer exercising alone. Just going to the store makes me tired and short of breath. Will exercise help? It depends. Exercise will strengthen your heart and muscles, regardless of age. You?ll be able to do more with less effort and won?t tire as easily. Ask your health care provider to give you guidelines for safe and effective exercising.
Leicester?s public enjoyed a host of smells and tastes to delight and tantalise last weekend, as Leicester Market hosted another successful Summer Food and Drink Festival.
Taking place on Sunday 27th May, the annual event showcased delicacies from around the world in its third year since being established. Around 200 stalls sold drinks, meals and a variety of ingredients, giving shoppers something different to sample.
With the sun shining, the atmosphere was perfect, as professional chefs showcased their culinary skills to the city public, including Entropy?s Tom Cockerill.
In addition, local brewery Everards showcased some of their summer tastes, including a brand new ale brewed in celebration of the Queen?s Diamond Jubilee.
Joe Harkin, Leicester Market?s Development Manager, was understandably delighted with the outcome from the third Summer Food and Drink Festival, saying:
?The day was a great success. It was fantastic to have so many traders offering such a widespread variety of food and drink from across the globe to shoppers; with the weather proving perfect for the festival?s theme.
?Huge thanks to all traders that attended, in addition to shoppers who joined us for a memorable day.?
Leicester Market have a host of different events and markets coming up throughout the rest of the year. Click here to view the full list for 2012, which includes the next Food & Drink festival which takes place in the winter.
Games retailer, GameStop, has pulled the trigger and announced the availability of Android tablets at more than 1600 of its stores nationwide. This follows the initial offering of a selection of tablets back in November of last year.
The tablets -- which include the Acer Iconia A100, Samsung Galaxy Tab 10.1 and Asus Transformer -- are being marketed as gaming devices. Each will come with some selected games pre-installed free of charge, which include so far Sonic CD and the pretty awesome Riptide GP.
As with other products sold by GameStop, a new tablet can be bought with a trade-in of an old game, or perhaps even one of those iDevices that has been sat gathering dust in your bedroom.
Prizes:
First Prizes - Three (3) first prizes (each, a ?First Prize?) will be awarded. Each First
Prize Winner will receive one (1) online gift card code for the NBA store with a $2,500
value.
Grand Prize ? One (1) grand prize (the ?Grand Prize?) will be awarded and will consist of
a trip for the grand prize winner and one (1) guest (the ?Guest?) to the 2013 NBA All-
Star Game (the ?All-Star Game?) in Houston, Texas and includes the following: (i)
roundtrip coach-class air transportation for two (2) people from a major U.S. gateway
airport near Grand Prize Winner?s residence (as determined by Sponsor, in its sole
discretion) to Houston, TX; (ii) four (4) nights? standard hotel accommodations (one (1)
room; double occupancy) (room rate and tax only); (iii) ground transportation to/from the
Houston, TX airport and hotel, and hotel and NBA All-Star Game; (iv) $400 meal
allowance, in the sole discretion of Sponsor; and (v) two (2) tickets to the 2013 NBA All-
Star Game in Houston, Texas.
The ARV of the Grand Prize is $6,500.
I love Camp Dogwood, and am honored to speak there - there are a wide variety of activities (different strokes for different canines), everything from obedience instruction to participating (and getting tips from experts) on Frisbee disc, lure coursing and agility....there are even crafty things to do, beach games and conversations with a myriad of expert dog trainers to a ghost hunter who can reach the spirit world. You can get a massage here, and/or your dog can too! You can bring dog treats, or chef Patti offers a class where you can make them. It a favorite class for many dogs; you do the work - they do the eating. Here are some images from the May 25 to 28 session. The next session is October 5 through 8,
Filed under: animal shelters, dog agility, dogs, entertainment, Ethel, Hazel, Steve Dale
Tags: agility, Alysa Slay, Camp Dogwood, camp for dogs, canine agility, Dave Eisendrath, Dog Obedience Group, dogs, dogs camping, Dr Jane Lohmar, Frisbee dogs, Mare Potts, Steve Dale, Steve Dale archives