Ross Wagenseil for CDMP January 2000 N Wind Wave Surge 10yr25yr50yr100yr SELECT Points of Interest: MILES 0 10 20 0 10 20 30 KILOMETERS ARC-MINUTES 0 5.

Slides:



Advertisements
Similar presentations
Wind Wave Surge 10yr25yr50yr100yr SELECT Points of Interest: MILES KILOMETERS ARC-MINUTES N Ross Wagenseil for CDMP January.
Advertisements

Ch- 7 Using Maps 1 K (What I know) W (Want to know) L (What I learned) Warm up- take out a piece of paper and do the “K” and the “W” for the above topic.
Mapping Earth's Surface Review and Assessment Answers
Navigation and Bathymetry. ► Why is it important for you to be able to read maps and navigate? ► What’s wrong with GPS?  Rely heavily on power and satellites.
Harry Williams, Cartography
Chapter #1: Basics of Surveying
Map Skills.
DEGREES KILOMETERS MILES N Ross Wagenseil for CDMP January N 72 W N 68 W CDMP Dominican Republic Santo Domingo.
Standard 1.h: Read and interpret topographic and geologic maps.
Agenda Do now Climate change and sea levels discussion Sea level activity Lesson Objectives SWBAT describe causes of rising sea levels. SWBAT describe.
Map Projections GIS-101 Summer 2006 Semester. Important Things to Remember about Map Projections An attempt to take location information from a spheriod.
Hemispheres.
Ross Wagenseil for PGDM April 2001 Wind Wave Surge 10yr25yr50yr100yr SELECT Nevis Topography ARC-MINUTES KILOMETERS MILES PGDM May 2001.
Wind Wave Surge 10yr25yr50yr100yr SELECT St. Kitts Topography Notes: 1. Roads are shown for visual reference only. 2. Waves and surges for Points of Interest.
In your note book, draw a map from OHS to Kendall 10 Theater.
THE NEXT DESTRUCTIVE TSUNAMI: ITS NOT IF, BUT WHEN.
Atlas of Probable Storm Effects in the Caribbean Sea Sponsored by the Caribbean Disaster Mitigation Project Models and data output by Watson Technical.
Chapter 3 Models of Earth.
Source: CK12.org Earth Science Chapter 14 Author: Robert G. Smith
Chapter 2 - Maps. Latitude ► The earth is divided by east-west running lines of latitude. The zero degree line of latitude is the _________. There are.
236px-Typhoon_Babs_20_oct_1998_0455Z.jpg.
Spatial Dimensions: L (Wavelength) [m] Temporal Dimension: T (Period - time between successive crests measured by fixed observer) [s] Anatomy of an Ideal.
The Earth © Lisa Michalek.
Ross Wagenseil for CDMP January 2000 CDMP N 59.9 W 13.5 N W Points of Interest: Barbados The projection of the illustrations is Plate Carrée,
Describing distribution Can you see patterns or do they occur randomly? Do they occur on land or in the sea? Which continents can you identify? Are.
Atlas of Probable Storm Effects in Antigua/Barbuda and St. Kitts/Nevis Post-Georges Disaster Mitigation Project Models and data output by Watson Technical.
1 The trend for international standards is to adopt and adapt the ASCE-7 approach for primary systems.
MAPPING OUR WORLD. MAPPING Cartography- Cartography- science of map makingscience of map making.
Geographer’s Tools Maps Globes Graphs. Organization The grid that covers a globe is made of lines that run east to west and north to south. –Lines of.
Wind Wave Surge 10yr25yr50yr100yr SELECT Barbuda Topography 5 ARC-MINUTES 0 5 KILOMETERS 0 10 MILES > 50 m < - 50 m sea level 38 m max on Barbuda.
Points of Interest: Ross Wagenseil for CDMP January 2000 CDMP 11.8 N 62.0 W N W N Wind Wave Surge 10yr25yr50yr100yr SELECT MILES
UNITS OF DISTANCE AND SPEED Statute Mile is a distance of 5,280 Nautical Mile (6,080 feet) is the average length of one minute of latitude. Kilometer is.
Mapping. What is a map? It is a representation of something (Earth, stars, solar system, a building, etc… It is a representation of something (Earth,
52 RCACS Ground School Navigation PO 404 EO 1 “Definitions”
Points of Interest: Ross Wagenseil for CDMP January 2000 CDMP N W 13.2 N W N MILES KILOMETERS ARC-MINUTES
Navigation Ground School 2014 CI Pesto. Navigation: The process or activity of accurately ascertaining one’s position and planning and following.
How are Earth’s surface features measured and modeled?
Points of Interest: Ross Wagenseil for CDMP January 2000 CDMP 10.9 N 61.0 W N W The projection of the illustrations is Plate Carrée, a square.
Cartography Study of Mapmaking.
Ross Wagenseil for PGDM April 2001 PGDM May N 63.1 W N W Wind Wave Surge 10yr25yr50yr100yr SELECT Leeward Islands Topography 0 >
Points of Interest: Ross Wagenseil for CDMP January 2000 CDMP 16.5 N W 17.0 N W The projection of the illustrations is Plate Carrée, a square.
N Wind Wave Surge 10yr25yr50yr100yr SELECT Points of Interest: MILES KILOMETERS ARC-MINUTES Ross Wagenseil for CDMP January.
Basic Geography Terms Advanced World Geography. 5 Themes of Geography LocationPlaceH.E.IMovementRegion.
Ross Wagenseil for PGDM April 2001 Wind Wave Surge 10yr25yr50yr100yr SELECT 1 Antigua Topography PGDM May N W N W 0 > 350.
ES1 Notes Mapping. Latitude and Longitude Latitude and Longitude form a grid system used to locate points on the Earth.
Points of Interest: Ross Wagenseil for CDMP January 2000 CDMP 13.6 N 61.3 W N W The projection of the illustrations is Plate Carrée, a square.
Points of Interest: N Wind Wave Surge 10yr25yr50yr100yr SELECT MILES KILOMETERS ARC-MINUTES Ross Wagenseil for CDMP January.
Mapping.
Virgin Islands Puerto Rico Points of Interest: Anegada San Juan
The Earth © Lisa Michalek.
Haiti Haiti Dominican Republic Probable Storm Effects
نقشه های توپوگرافی مهدی کرد.
Geography: The Study of Earth
Belize Belize Probable Storm Effects Corozal San Pedro Belize City
Earth to Globe to Map Map Projection: Map Scale: Scale Factor, k
Dominica Probable Storm Effects Points of Interest: Dominica
Why might this map be useful?
St. Vincent Probable Storm Effects Points of Interest: St. Vincent
Barbuda Topography DRAFT
Jamaica Jamaica Probable Storm Effects Points of Interest: Montego Bay
Unit 1 Structure of the Earth
Anguilla & Vicinity Anguilla Probable Storm Effects
Geography: The Study of Earth
St. Kitts Topography DRAFT
Antigua Topography DRAFT
Storm Surge Definitions:
Nevis Topography DRAFT
Storms and Hurricanes Solar Heating Exchange Weather Patterns
Geography: The Study of Earth
Mazen Abualtayef Associate Prof., IUG, Palestine
Presentation transcript:

Ross Wagenseil for CDMP January 2000 N Wind Wave Surge 10yr25yr50yr100yr SELECT Points of Interest: MILES KILOMETERS ARC-MINUTES Ross Wagenseil for CDMP March 2000 CDMP 17.4 N W 17.9 N W Goat Point Codrington Codrington: Harbour and main town on a lagoon 1. Goat Point: Low ground surrounded by reefs. Barbuda Probable Storm Effects The projection of the illustrations is Plate Carrée, a square grid of latitude and longitude. Resolution is 30 arc-seconds. North-South distances are true to scale. East-West distances are stretched 4.8% at 17.4 degrees North, and stretched 5.1% at 17.9 degrees North. All model results were calculated using great-circle distances based on the WGS84 datum. Note: Waves and surges for Points of Interest are reported from the nearest cell offshore. This set of maps is part of Section 2 of the Atlas of Probable Storm Effects in the Caribbean Sea, which was sponsored by the Caribbean Disaster Mitigation Project (CDMP), a joint effort of the Organization of American States (OAS) and the US Agency for International Development (USAID). These maps are a result of new techniques for modeling storms and estimating the probabilities of storms, developed in part under the patronage of CDMP. Refer to the Atlas for explanatory materials.Atlas of Probable Storm Effects in the Caribbean SeaAtlas WINDS represent sustained 1-minute winds at 10 m above the surface, and include both surface friction and topographic effects at a resolution of 30 arc-seconds. Friction factors derive from a Level I land-cover classification, with water, forest and open land predominating. If using wind damage models or building codes which internally include surface friction or topographic corrections, the nearest open-water wind speed from one of these maps may be used as input. Careful judgement is advised in reading and applying the values. SURGES include astronomical tide and setups from pressure, wind and wave, but not wave runup. Surges over land are shown as elevation above sea level, not water depth. WAVES are the heights of wave crests above the storm surge level in open water. Shoreline effects do not appear at this resolution.

Barbuda 10-Year Return Time Winds Wind Speeds knots mph kph m/s Storm Category Min Max N Wind Wave Surge 10yr25yr50yr100yr SELECT MILES KILOMETERS ARC-MINUTES Ross Wagenseil for CDMP March 2000 CDMP 17.4 N W 17.9 N W Codrington: 32 m/s 1. Goat Point: 32 m/s

10-Year Return Time Waves Barbuda Wave Heights Meters Feet N Wind Wave Surge 10yr25yr50yr100yr SELECT MILES KILOMETERS ARC-MINUTES Min Max Ross Wagenseil for CDMP March 2000 CDMP 17.4 N W 17.9 N W Codrington: 2.0 m 1. Goat Point: 4.0 m

10-Year Return Time Surges Barbuda Surge Heights Meters Feet N Wind Wave Surge 10yr25yr50yr100yr SELECT MILES KILOMETERS ARC-MINUTES Min Max Ross Wagenseil for CDMP March 2000 CDMP 17.4 N W 17.9 N W Codrington: 0.5 m 1. Goat Point: 0.2 to 0.3 m near shore

25-Year Return Time Winds Barbuda Wind Speeds knots mph kph m/s Storm Category N Wind Wave Surge 10yr25yr50yr100yr SELECT MILES KILOMETERS ARC-MINUTES Min Max Ross Wagenseil for CDMP March 2000 CDMP 17.4 N W 17.9 N W Codrington: 41 m/s 1. Goat Point: 41 m/s

25-Year Return Time Waves Barbuda Wave Heights Meters Feet N Wind Wave Surge 10yr25yr50yr100yr SELECT MILES KILOMETERS ARC-MINUTES Min Max Ross Wagenseil for CDMP March 2000 CDMP 17.4 N W 17.9 N W Codrington: 2.3 m 1. Goat Point: 5.1 to 5.2 m

25-Year Return Time Surges Barbuda Surge Heights Meters Feet N Wind Wave Surge 10yr25yr50yr100yr SELECT MILES KILOMETERS ARC-MINUTES Min Max Ross Wagenseil for CDMP March 2000 CDMP 17.4 N W 17.9 N W Codrington: 0.9 m 1. Goat Point: 0.5 m

50-Year Return Time Winds Barbuda Wind Speeds knots mph kph m/s Storm Category N Wind Wave Surge 10yr25yr50yr100yr SELECT MILES KILOMETERS ARC-MINUTES Min Max Ross Wagenseil for CDMP March 2000 CDMP 17.4 N W 17.9 N W Codrington: 48 m/s 1. Goat Point: 48 m/s

50-Year Return Time Waves Barbuda Wave Heights Meters Feet N Wind Wave Surge 10yr25yr50yr100yr SELECT MILES KILOMETERS ARC-MINUTES Min Max Ross Wagenseil for CDMP March 2000 CDMP 17.4 N W 17.9 N W Codrington: 2.1 m 1. Goat Point: 6.1 m on the north, 6.0 m on the east, 5.3 m on the west

50-Year Return Time Surges Surge Heights Meters Feet Barbuda N Wind Wave Surge 10yr25yr50yr100yr SELECT MILES KILOMETERS ARC-MINUTES Min Max Ross Wagenseil for CDMP March 2000 CDMP 17.4 N W 17.9 N W Codrington: 1.2 m 1. Goat Point: 0.7 to 0.8 m

100-Year Return Time Winds Barbuda Wind Speeds knots mph kph m/s Storm Category N Wind Wave Surge 10yr25yr50yr100yr SELECT MILES KILOMETERS ARC-MINUTES Min Max Ross Wagenseil for CDMP March 2000 CDMP 17.4 N W 17.9 N W Codrington: 54 m/s 1. Goat Point: 54 m/s

100-Year Return Time Waves Wave Heights Meters Feet Barbuda N Wind Wave Surge 10yr25yr50yr100yr SELECT MILES KILOMETERS ARC-MINUTES Min Max Ross Wagenseil for CDMP March 2000 CDMP 17.4 N W 17.9 N W Codrington:3.1 m 1. Goat Point:6.8 m on the north, 6.3 m on the east, 5.5 m on the west

100-Year Return Time Surges Barbuda Surge Heights Meters Feet N Wind Wave Surge 10yr25yr50yr100yr SELECT MILES KILOMETERS ARC-MINUTES Min Max Ross Wagenseil for CDMP March 2000 CDMP 17.4 N W 17.9 N W Codrington:1.8 m 1. Goat Point:1.0 m