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Press
Releases
2005 |
2004
| 2003 | 2002
| 1999

Newly improved
Geographic
Information Systems (GIS) technology developed by the Rhode Island
company Applied Science Associates is allowing faster, more accurate
tracking of debris to predict and identify the location of crashes
and accidents at sea.
SARMAP,
an integrated GIS Search & Rescue (SAR) system, tells rescuers
where to look for people after an accident at sea. The goal is to
speed up the identification of crash location and expedite SAR operations
to save more lives. [MORE
INFO]

Scientists from
Applied Science Associates (ASA) have teamed with staff and volunteers
from Save The Bay to study the effects of man-made constrictions
on circulation in Gooseneck Cove, an estuary located in Newport,
RI.
Several man-made
structures exist along Gooseneck Cove, including a failing concrete
dam and numerous under-road culverts, which limit the flow of ocean
water into the cove. This has led to the degradation of both water
quality and salt marsh habitat in the cove. In particular, the decreased
flow of ocean water leads to lower salinities in the cove. This
has allowed foreign species to invade and outcompete the native
salt marsh plants. [MORE
INFO]

New
Bedford Harbor water quality study uses DNA fingerprinting analysis
and shows animal sources of fecal coliform many times that of humans
Contact: Nicole
Whittier
Phone:
401-789-6224
June, 2004
For years, people
have been concerned about pollution in New Bedford (MA) Harbor, with
a "red flag" raised over what human beings and water treatment
plants might be dumping into the bay. A recently completed study of
water quality in New Bedford Harbor, commissioned by the New Bedford
Harbor Trustee Council and conducted by Applied Science Associates
(ASA), took a new approach to evaluate sources contributing pollution
to the harbor. The study combined a field sampling program and computer
modeling with DNA fingerprinting analysis to identify and quantify
sources contributing fecal coliform (FC) to the waters of Outer New
Bedford Harbor.[MORE
INFO]
NARRAGANSETT,
RI, Mar. --The United States Coast Guard will soon be using a faster,
more accurate computer system to track and predict the location of
floating and drifting objects.
The new
computer model, called SAROPS (Search and Rescue Optimal Planning
System), has significant potential to improve the Coast Guard's ability
to save lives and property by speeding the identification of the location
of people and boats lost at sea.[MORE
INFO]
Since September 11, the burgeoning field of homeland security
has upped the demand for more sophisticated GIS technology to assess
environmental and security risks and vulnerabilities.
Applied
Science Associates (ASA) just announced major improvements to computer
models to now allow existing ESRI GIS users to seamlessly activate
complex sophisticated predictive numerical models and evaluate hazards
based on existing GIS databases.[MORE
INFO]
Eoin
Howlett of Newport, chief executive officer and principal
of Applied Science Associates of Narragansett, is leading his company's
development of an advance computer model that will help the Coast
Guard more quickly locate people and vessels missing at sea.
[MORE INFO]
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