EASy EASy GoogleMaps, GoogleEarth, and NetViewer Projects

  Enable Javascript (set secutity to 'Medium') GoogleMaps Projects GoogleEarth Projects NetViewer Projects  
  then click on image to run project!   (download GoogleEarth)    
           
  AFSC Bering Sea Trawl Survey and Trophic Interactions AFSCtrophic GoogleMaps Project AFSCtrophic GoogleEarth Project AFSCtrophic NetViewer Project
  FishTracker solution comparison to ARGOS tagged great white sharks in Southern Africa Carcharias GoogleMaps Project Carcharias GoogleEarth Project Carcharias NetViewer Project
  EASy imagery extractor     EasyImage NetViewer Project
  FishTracker solution in the Western Pacific FishTracker GoogleMaps Project FishTracker GoogleEarth Project  
  Satellite tagging of great white sharks in Southern Africa GreatWhite GoogleMaps Project GreatWhite GoogleEarth Project GreatWhite NetViewer Project
  Mariculture farm in Vietnam HaLong harbor MaricultureHaLong GoogleMaps Project MaricultureHaLong GoogleEarth Project MaricultureHaLong NetViewer Project
  Hawaii bathymetry, currents, and other oceanographic data Hawaii GoogleMaps Project Hawaii GoogleEarth Project Hawaii NetViewer Project
  Mariculture environmental impact of possible farm locations in Hawaii MaricultureHawaii GoogleMaps Project MaricultureHawaii GoogleEarth Project MaricultureHawaii NetViewer Project
  Mariculture environmental impact for a test site near San Diego MaricultureHswri GoogleMaps Project MaricultureHswri GoogleEarth Project MaricultureHswri NetViewer Project
  Mariculture farm in the Strait of Juan De Fuca MaricultureJuanDeFuca GoogleMaps Project MaricultureJuanDeFuca GoogleEarth Project MaricultureJuanDeFuca NetViewer Project
  Long Beach ocean currents and web cameras around the world LongBeach GoogleMaps Project LongBeach GoogleEarth Project LongBeach NetViewer Project
  Mariculture environmental impact of farm locations in Long Beach MaricultureLongBeach GoogleMaps Project MaricultureLongBeach GoogleEarth Project MaricultureLongBeach NetViewer Project
  New England bathymetry, currents, and other oceanographic data Maine GoogleMaps Project Maine GoogleEarth Project Maine NetViewer Project
  Mariculture environmental impact at the University of New Hampshire test site MaricultureMaine GoogleMaps Project MaricultureMaine GoogleEarth Project MaricultureMaine NetViewer Project
  Mariculture environmental impact of possible farm locations in the Mediterranean MaricultureMed GoogleMaps Project MaricultureMed GoogleEarth Project MaricultureMed NetViewer Project
  Mariculture environmental impact of possible farm locations in the Nile delta MaricultureNile GoogleMaps Project MaricultureNile GoogleEarth Project MaricultureNile NetViewer Project
  Royal Netherlands Institute for Sea Research cruise measurements project NIOZ GoogleMaps Project NIOZ GoogleEarth Project NIOZ NetViewer Project
  OPENDAP SCCWRP project OpenDap_Sccwrp GoogleMaps Project OpenDap_Sccwrp GoogleEarth Project OpenDap_Sccwrp NetViewer Project
  Mariculture environmental impact of proposed farm location in Puerto Rico MariculturePuertoRico GoogleMaps Project MariculturePuertoRico GoogleEarth Project MariculturePuertoRico NetViewer Project
  View of Sitka, Alaska     Sitka NetViewer Project

  These GoogleEarth, GoogleMaps, and NetViewer projects were created with the Environmental Analysis System (EASy), a full 4-D geographic information system designed for marine environmental applications. EASy features:  
  • PC Windows based
  • Full function 4-D GIS displays measurements over time
  • Built in tools automate project creation
  • Over 50 types of imagery
  • Measurement data
  • Bathymetry and other vector data
  • CODAR
  • Arc Shape data
  • Multi-media
  • Desktop and Internet visualization
  • Access to data from existing databases
  • Data filtering and quering
  • Plots, false color images, bubble charts, vector fields
  • Advanced modeling API interface
  • Automated creation of GoogleMaps and GoogleEarth projects
Other EASy Projects
EASy Projects
  A major feature of EASy is the ability to incorporate sophisticated 4-D models using the advanced modeling API interface. One of the major models that has been developed is AquaModel which simulates the operation and environmental impact of mariculture farms. This model is based on the biology of specific fish species and is used to evaluate environmental impact of specific sites required to secure mariculture farming licenses.