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12 Day South Island Tour (Premium) Ex Wellington
12 Day South Island Tour (Premium) ex Wellington TOUR THE BEST OF THE SOUTH ISLAND & A TASTE OF WELLINGTON Welcome to the 12 Day South Island Tour. You’re never far from either the sea or the mountains on this journey as you cross the Cook Strait from Wellington, the nation’s capital, to the quaint town of Picton in the beautiful Marlborough Sounds. From here you venture into the heart of the majestic Southern Alps and on to the adventure playground of Queenstown. Created for travellers in their mid-thirties and upwards, over the course of your week and a half tour you’ll travel through some of the most magical scenery you could hope to see. National Parks, rainforests, mountain ranges, UNESCO World Heritage Areas… everywhere you turn, there’s something different to behold. This South Island tour includes special activities such as one of the world’s most scenic train as well as one of the world’s most scenic ferry journeys, a guided e-bike tour along Wanaka’s lakeside, a night of glamping and the opportunity to carve your own greenstone pendant. You’ll have the opportunity to swim, kayak, skydive, hike, horse ride, see kiwis (and whales and dolphins), relax in hot pools, eat and drink like a local, and more! But only if you want to; this is your trip. It’s designed to be flexible – we include some high-end essentials, but let you make the call on what kind of activities appeal to you. You can pre-book the things you are certain you want to do before the trip starts – and then add more on while you’re on tour. -
Economic Commission for Latin America and The
110 100 90 80 ° ° ° ° ECONOMIC COMMISSION FOR UNITED STATES OF AMERICA LATIN AMERICA AND THE CARIBBEAN 30° 30° Nassau Gulf of Mexico BAHAMAS La Habana Turks and ATLANTIC OCEAN CUBA Caicos Is. DOMINICAN co MEXICO i Is. REPUBLIC R gin to ir rgin I Cayman Is. r V Vi s. e S ish HAITI u it Mexico Kingston P U r P B 20 20° S ANTIGUA AND ° o a r JAMAICA t n BARBUDA BELIZE - SAINT KITTS a to Montserrat Belmopan u AND NEVIS D -P o Guadeloupe r m HONDURAS Caribbean Sea in in DOMINICA Martinique Guatemala ce go Tegucigalpa SAINT LUCIA GUATEMALA Netherlands BARBADOS NICARAGUA Aruba Antilles R r GRENADA SAINT VINCENT AND o Managua O d THE GRENADINES D a VA lv Port of Spain L a TRINIDAD AND SA n S San José EL Sa PANAMA Caracas TOBAGO COSTA RICA 10 Panamá town 10 ° rge ° VENEZUELA eo Medellín G G SURINAME Santa Fé U Paramaribo de Bogotá Y French Guiana A Cayenne N COLOMBIA A Equator Quito 0 ECUADOR 0 ° Galapagos Is. ° Guayaquil Manaus Belém PERU Recife BRAZIL 10° Lima 10° PACIFIC OCEAN La Paz Brasília BOLIVIA Sucre P 20 AR 20 ° A ° G U São Paulo A Rio de Janeiro Y Isla San Félix Asunción 100° 90° Isla San Ambrosio Members: Antigua and Barbuda Honduras Argentina Italy 30° Bahamas Jamaica Barbados Mexico Islas 30° Belize Netherlands Juan Fernãndez A Santiago N URUGUAY Bolivia Nicaragua ECLAC HQ I Brazil Panama T Buenos Aires Montevideo Canada Paraguay N Chile Peru E Colombia Portugal E G Costa Rica Saint Kitts and Nevis R L Cuba Saint Lucia 40° I A Dominica Saint Vincent and the Dominican Republic Grenadines H 40 Ecuador Spain ° C El Salvador Suriname 40 30 50 France Trinidad and Tobago ° ° ° Grenada United Kingdom l Capital city Guatemala United States of America The boundaries and names shown and the designations used Guyana Uruguay on this map do not imply official endorsement or acceptance Haiti Venezuela by the United Nations. -
Analysing the Influence of African Dust Storms on the Prevalence of Coral Disease in the Caribbean Sea Using Remote Sensing and Association Rule Data Mining
International Journal of Remote Sensing ISSN: 0143-1161 (Print) 1366-5901 (Online) Journal homepage: http://www.tandfonline.com/loi/tres20 Analysing the influence of African dust storms on the prevalence of coral disease in the Caribbean Sea using remote sensing and association rule data mining Heather Hunter & Guido Cervone To cite this article: Heather Hunter & Guido Cervone (2017) Analysing the influence of African dust storms on the prevalence of coral disease in the Caribbean Sea using remote sensing and association rule data mining, International Journal of Remote Sensing, 38:6, 1494-1521 To link to this article: http://dx.doi.org/10.1080/01431161.2016.1277279 Published online: 31 Jan 2017. Submit your article to this journal View related articles View Crossmark data Full Terms & Conditions of access and use can be found at http://www.tandfonline.com/action/journalInformation?journalCode=tres20 Download by: [Pennsylvania State University] Date: 31 January 2017, At: 12:46 INTERNATIONAL JOURNAL OF REMOTE SENSING, 2017 VOL. 38, NO. 6, 1494–1521 http://dx.doi.org/10.1080/01431161.2016.1277279 Analysing the influence of African dust storms on the prevalence of coral disease in the Caribbean Sea using remote sensing and association rule data mining Heather Hunter a and Guido Cervone b,c aDepartment of Applied Marine Physics, Rosenstiel School of Marine and Atmospheric Science, Miami, FL, USA; bDepartment of Geography and Institute for CyberScience, Pennsylvania State University, University Park, PA, USA; cLamont-Doherty Earth Observatory, Columbia University, Palisades, NY, USA ABSTRACT ARTICLE HISTORY The application of an association rule data mining algorithm is Received 29 July 2016 described to combine remote sensing and in-situ geophysical data Accepted 22 December 2016 to show a relationship between African dust storms, Caribbean climate, and Caribbean coral disease. -
Climate Regions
Chapter 28, Section 2 (Pages 782–786) Climate Regions Places reflect the relationship between humans and the physical environ- ment. As you read, complete the diagram below. Explain the effects of climate on life in each area. Effects of Climate Australia New Zealand Oceania Antarctica Climates of Australia (pages 783–784) In general, Australia is a dry continent. Large portions of the outback are covered by deserts. These interior areas receive no As you read, sketch more than 8 inches of rain per year. The desert regions are a simple map of encircled by a steppe climate zone. The steppe receives enough Australia and label yearly rainfall to allow for some farming. In a dry region west its six climate zones. of the Great Dividing Range, wells bring water from a vast underground reservoir called the Great Artesian Basin. This allows people to live in this region even though it is very dry. Eucalyptus trees can grow in central Australia’s desert areas. These trees have thick, leathery leaves that hold in mois- ture, so they can survive the dry conditions. Other plants have Copyright © by The McGraw-Hill Companies, Inc. Copyright © by The McGraw-Hill Companies, long roots that can reach groundwater during the dry season. Not all parts of Australia are dry, however. A tropical savanna climate zone covers the far north. Moist, warm air from the ocean rises and cools over this area, bringing monsoon rains. The sum- mers are hot and humid, whereas winters are more pleasant. A narrow stretch of Australia’s northeastern coast experiences a humid subtropical climate. -
North America Name North America
Not at same scale Hawaii (U.S.) Name North America Name North America Greenland North America ARCTIC Sea Bering Bering Strait OCEAN Canada is on the continent Helpful Sea of North America. Hint Greenland Alaska Beaufort (Denmark) One U.S. state, Sea Two countries, the United States and Mexico, (U.S.) Baffin share the continent with Canada. North Hawaii, is not Bay part of North Gulf of America also includes Greenland, the countries Alaska America. %Nuuk of Central America, and many islands. Labrador Use the map to answer these questions about North America. Sea Hudson Canada Bay 1. In which direction is Mexico from the United States? R 2. Name three countries O C Mississippi Ottawa% K River that share a border with Mexico. Y M O U N T ATLANTIC A I 3. What country shares a border N Washington, D.C.% S OCEAN on the south with Canada? United States PACIFIC Rio of America Grande Bermuda (U.K.) 4. What U.S. state is on the northwest OCEAN part of North America? Bahamas Gulf of Mexico Cuba Dominican North America Mexico Republic 5. What oceans border the east Haiti Puerto Rico (U.S.) % National capital Mexico City Jamaica and west coasts of North America? % Mountain Belize Border Honduras 6. What ocean is north of this continent? Caribbean Sea Guatemala Nicaragua El Salvador N N 7. What is the capital of Canada? NW NE Costa Rica Area of detail WE WE Panama SOUTH AMERICA 8. What river forms part of the border Miles SW SE 0 200 400 600 S S between the U.S. -
Long-Term Climate Variability in the Mediterranean Region
atmosphere Editorial Long-Term Climate Variability in the Mediterranean Region 1,2, , 2 M. Carmen Alvarez-Castro * y and Pedro Ribera 1 Centro Euro-Mediterraneo sui Cambiamenti Climatici, CMCC, Viale Berti Pichat, 6/2, 40127 Bologna, Italy 2 Physical, Chemical and Natural Systems Department, University Pablo de Olavide, UPO, 41013 Seville, Spain; [email protected] * Correspondence: [email protected]; Tel.: +39-051-0301-604 Current address: Centro Euro-Mediterraneo sui Cambiamenti Climatici, CMCC. Viale Berti Pichat, y 6/2, 40127 Bologna, Italy. Received: 12 October 2020; Accepted: 27 October 2020; Published: 30 October 2020 Abstract: The Mediterranean region is an area where prediction at different timescales (subseasonal to decadal or even longer) is challenging. In order to help constrain future projections, the study of past climate is crucial. By improving our knowledge about the past and current climate, our confidence in understanding the future climate will be improved. In this Special Issue, information about long-term climate variability in the Mediterranean region is assessed, including in particular historical climatology and model applications to assess past climate variability, present climate evolution, and future climate projections. The seven articles included in this Special Issue explore observations, proxies, re-analyses, and models for assessing the main characteristics, processes, and variability of the Mediterranean climate. The temporal range of these articles not only covers a wide period going from the -
The Evolution of Middle America and the Gulf of Mexico-Caribbean Sea Region During Mesozoic Time
The evolution of Middle America and the Gulf of Mexico-Caribbean Sea region during Mesozoic time THOMAS H. ANDERSON I Department of Geology and Planetary Science, University of Pittsburgh, Pittsburgh, Pennsylvania VICTOR A. SCHMIDT | 15260 ABSTRACT Geometric constraints suggest that of Central America, the Nicaraguan Rise, probably shear initially occurred along the and southeastern Cuba) was sutured A plate-tectonic model for the evolution Mexican volcanic zone near the end of the against the Maya East plate along the of Middle America and the Gulf of Mex- Middle Jurassic. Subsequently, probably present Motagua fault and Cayman ico-Caribbean Sea region is presented. about 160 m.y. ago, displacements that Trench. The model, which is based upon the exist- total ~800 km began along the Mojave- Our model is constrained by published ence of the Mojave-Sonora megashear, Sonora megashear. Contemporaneously, geologic data, the relative positions of incorporates into the Triassic Pangea re- Yucatan and fragments of pre-Cretaceous North and South America from Atlantic construction three microplates between rocks that compose parts of central and sea-floor magnetic anomalies, and the re- North and South America, thus avoiding western Cuba migrated northward toward quirement that the major transform faults the overlap of the Bullard fit. These plates their present positions. Rotation of Yuca- be compatible with the poles of rotation are the Yaqui, bounded on the north by tan was facilitated by considerable dis- for the appropriate relative motions be- the Mojave-Sonora megashear; the east placement along the proto-Motagua zone tween North and South America. Paleo- and west Maya plates, bounded on the and along a zone that is probably coinci- magnetic data from Middle America are north by the Mexican volcanic zone and dent with the modern Salina Cruz fault. -
Paleogeography of the Caribbean Region: Implications for Cenozoic Biogeography
PALEOGEOGRAPHY OF THE CARIBBEAN REGION: IMPLICATIONS FOR CENOZOIC BIOGEOGRAPHY MANUEL A. ITURRALDE-VINENT Research Associate, Department of Mammalogy American Museum of Natural History Curator, Geology and Paleontology Group Museo Nacional de Historia Natural Obispo #61, Plaza de Armas, CH-10100, Cuba R.D.E. MA~PHEE Chairman and Curator, Department of Mammalogy American Museum of Natural History BULLETIN OF THE AMERICAN MUSEUM OF NATURAL HISTORY Number 238, 95 pages, 22 figures, 2 appendices Issued April 28, 1999 Price: $10.60 a copy Copyright O American Museum of Natural History 1999 ISSN 0003-0090 CONTENTS Abstract ....................................................................... 3 Resumen ....................................................................... 4 Resumo ........................................................................ 5 Introduction .................................................................... 6 Acknowledgments ............................................................ 8 Abbreviations ................................................................ 9 Statement of Problem and Methods ............................................... 9 Paleogeography of the Caribbean Region: Evidence and Analysis .................. 18 Early Middle Jurassic to Late Eocene Paleogeography .......................... 18 Latest Eocene to Middle Miocene Paleogeography .............................. 27 Eocene-Oligocene Transition (35±33 Ma) .................................... 27 Late Oligocene (27±25 Ma) ............................................... -
Your Cruise New Zealand South Island Expedition
New Zealand South Island Expedition From 1/6/2022 From Dunedin Ship: LE SOLEAL to 1/13/2022 to Dunedin Set sail aboardLe Soléal for an 8-day brand-new expedition cruise to discover the South Island of New Zealand between enchanting landscapes and observation of extraordinary wildlife, in one of the best-preserved environments on the planet. Le Soléal will first set sail to the South West region of the South Island to discover magnificent Fiordland National Park, which is an integral part of Te Wahipounamu, a UNESCO World Heritage area. Dusky Sound, Doubtful Sound or the better-knownMilford Sound: you will discover these fiords shaped by successive glaciations, bordered by majestic cliffs. Le Soléal will then set sail for the Snares Islands, one of the archipelagos of New Zealand's Sub Antarctic Islands. These remote island outposts are collectively designated as aUNESCO World Heritage Site and home to a myriad of wildlife with many species endemic to the region and even to individual islands. In these islands often described as the “Galapagos of the Southern Ocean”, this amazing nature can provide great experiences. Then you will sail towardsUlva Island, one of the few predator-free sanctuaries of New Zealand and a haven for many rare species of birds and plants that are rare, or have died out, on the mainland of New Zealand. You will then reach Dunedin, your port of disembarkation. The encounters with the wildlife described above illustrate possible experiences only and cannot be guaranteed. The information in this document is valid as of 9/28/2021 New Zealand South Island Expedition YOUR STOPOVERS : DUNEDIN Embarkation 1/6/2022 from 4:00 PM to 5:00 PM Departure 1/6/2022 at 6:00 PM Dunedin is New Zealand's oldest city and is often referred to as the Edinburgh of New Zealand. -
Caribbean Markets for US Wood Products
,~~~~United States Department of i_/ Agriculture Caribbean Markets Forest Service Southern Forest for U.S. Wood Experiment Station New Orleans, Products Louisiana Research Paper SO-225 July 1986 Harold W. Wisdom, James E. Granskog, and Keith A. Blatner Mexico I SUMMARY The West Indies and the continental countries bordering the Caribbean Sea constitute a significant market for U.S. wood products. In 1983, wood product exports to the region totaled almost $157 million. The Caribbean Basin primar- ily is a market for softwood products, with pine lumber being the most promi- nent item. The flow of exports to the region is dominated by (1) overseas shipments from southern ports to the West Indies and (2) overland shipments from the Southwestern United States to Mexico. CONTENTS INTRODUCTION ................................................. 1 THE CARIBBEAN BASIN .......................................... 1 Forests .......................................................... 1 Mexico ........................................................ 2 Central America ............................................... 2 South Rim ..................................................... 3 West Indies .................................................... 3 Wood Production and Trade ....................................... 3 U.S. WOOD EXPORTS ............................................. 4 Roundwood ...................................................... 5 Logs ........................................................... 5 Poles ......................................................... -
Presentation of September 4, 2010 Canterbury Earthquake
Presentation of September 4, 2010 Canterbury Earthquake William Godwin, PG, CEG AEG Vice President, 2019-20 Webinar – May 6, 2020 Introduction ► This presentation is on the 2010 Mw 7.1 Canterbury Earthquake. The earthquake occurred as I was traveling from San Francisco to Auckland, New Zealand to attend the IAEG Congress. Upon arrival I was asked to join the Geotechnical Extreme Events Reconnaissance (GEER) team to document damage from the event in the Christchurch area of the South Island. Little did I know that another smaller (Mw 6.2), yet deadlier earthquake would strike 5 months later in close to the same area. Introduction ► The purpose of the GEER is to observe and record earthquake induced phenomena and impacts to infrastructure before evidence is removed or altered as part of cleanup efforts. ► The reconnaissance was conducted by a joint USA-NZ-Japan team with the main funding for the USA contingent coming from GEER and partial support from PEER and EERI. ► This presentation includes my photographs from Sept. 8-10 supplemented with a few photos and observations noted in the GEER report, Nov. 2010. I also describe other seismic events from 2011-16. Sept 4th Darfield Earthquake ► At 4:35 am on September 4th NZ Standard Time (16:35 Sept 3rd UTC) the rupture of a previously unrecognized strike-slip fault (Greendale Fault) beneath the Canterbury Plains of New Zealand’s South Island produced a Mw 7.1 earthquake that caused widespread damage throughout the region. Surprisingly only two people were seriously injured, with approximately 100 total injuries. This compares with 185 deaths in the 2011 event Canterbury Earthquake Sequence Greendale Fault Rupture Characteristics Epicenter (focal) depth: 10.8km Tectonic Setting Ground Motion (pga) Geographical Setting Preliminary Observations ► Rock Avalanche, Castle Rock Reserve, Littleton, Christchurch ► Fault Offset, Telegraph Rd at Grange Rd. -
Sea Turtles : the Importance of Sea Turtles to Marine Ecosystems
PHOTO TIM CALVER WHY HEALTHY OCEANS NEED SEA TURTLES : THE IMPORTANCE OF SEA TURTLES TO MARINE ECOSYSTEMS Wilson, E.G., Miller, K.L., Allison, D. and Magliocca, M. oceana.org/seaturtles S E L T R U T Acknowledgements The authors would like to thank Karen Bjorndal for her review of this report. We would also like to thank The Streisand Foundation for their support of Oceana’s work to save sea turtles. PHOTO MICHAEL STUBBLEFIELD OCEANA | Protecting the World’s Oceans TABLE OF CONTENTS WHY HEALTHY OCEANS NEED SEA TURTLES 3 Executive Summary 4 U.S. Sea Turtles 5 Importance of Sea Turtles to Healthy Oceans 6 Maintaining Habitat Importance of Green Sea Turtles on Seagrass Beds Impact of Hawksbill Sea Turtles on Coral Reefs Benefit of Sea Turtles to Beach Dunes 9 Maintaining a Balanced Food Web Sea Turtles and Jellyfish Sea Turtles Provide Food for Fish 11 Nutrient Cycling Loggerheads Benefit Ocean Floor Ecosystems Sea Turtles Improve Nesting Beaches 12 Providing Habitat 14 The Risk of Ecological Extinction 15 Conclusions oceana.org/seaturtles 1 S E L T R U T PHOTO TIM CALVER 2 OCEANA | Protecting the World’s Oceans EXECUTIVE SUMMARY Sea turtles have played vital roles in maintaining the health of the world’s oceans for more than 100 million years. These roles range from maintaining productive coral reef ecosystems to transporting essential nutrients from the oceans to beaches and coastal dunes. Major changes have occurred in the oceans because sea turtles have been virtually eliminated from many areas of the globe. Commercial fishing, loss of nesting habitat and climate change are among the human-caused threats pushing sea turtles towards extinction.