Newsletter
OilmapWeb System Deployed in Ireland[back to top]
In April of 2011, the Shannon Estuary Anti-Pollution Team (SEA-PT) launched the OilmapWeb system, a web-based
version of OILMAP for oil spill response planning and training. The system is comprised of three parts:
- An interactive mapping system developed using Adobe Flex technology which includes an interactive
oil spill model and visualization of GIS resources. The system connects to map data served by the
Ordinance Survey Ireland (OSI) that provides high resolution Orthophotographs. These land-side maps
are seamlessly integrated in the system with nautical chart data from the British Admiralty, and GIS
layers are included that provide information for flora, fauna and other sensitive data and infrastructure.
- The oil spill modeling system is the new server version of OILMAP - a database system that allows
remote clients secure access to run and retrieve oil spill simulations. For Shannon, the OILMAP model uses
high resolution wind forecasts from Nowcasting Weather and hydrodynamic data from a hydrodynamic model
implemented by Hydroenvironmental Ltd.
- A multimedia reference section contains information pertaining to emergency response, recovery, and
the sensitivity and vulnerability of the region. The Emergency Plan, Pollution Plan and Booming Plan
contain information regarding agreed-upon actions to be taken during any emergency or potential
emergency in the estuary, including guidance for oil spill response actions in differentsections
of the estuary. The interactive mapping system is connected to the response plan through map hot links.
When an oil spill occurs, the user can run the oil spill model, entering the location of the accident, and
amount and type of oil that is released. OilmapWeb uses this information and the latest wind and current
forecasts to provide trajectory and weathering results. These results identify the areas that may be impacted
and links to the relevant response strategies for those regions. The user may examine details for these areas,
including information on suggested response activities, access availability for responders and contact information
for the relevant regional authorities.
This project represents the next generation of oil spill decision support tools, allowing multiple remote users to model,
interpret, and respond to emergencies using the latest web technologies. For more information on this project,
visit url:
www.asascience.com/software/oilmap/oilmapweb.shtml
The East Bay Energy Consortium[back to top]
Nine Rhode Island municipalities along the east side of Narragansett Bay have joined in forming the East Bay Energy Consortium (EBEC).
The consortium goals are to: 1) reduce the energy load in the respective communities, thereby saving taxpayer money now and in the future;
2) develop local assets and technologies (wind) in an effort to offset reliance on foreign resources; and 3) take advantage of the economies
of scale by doing the project collaboratively and collectively to benefit the entire region. EBEC contracted ASA to evaluate the technical
and economic feasibility of developing wind energy projects and advise on the logistical challenges facing the consortium.
ASA led a team that has worked together for the past five years and is actively involved in the development of a growing number of
renewable energy projects locally, nationally and internationally, including both terrestrial and offshore projects.
Renewable
energy development has many unique challenges which include evolving legislation, dynamic federal and state incentive programs, public
concerns and the volatility of the energy market as it impacts everything from potential project revenues to product availability and
development costs. EBEC intends to take advantage of the new net-metering legislation which allows for revenue generation from renewable
energy installations. Municipalities can therefore potentially install more capacity than their demand, and the revenue generated can be
used for any purpose including municipal energy costs. Positive environmental benefits come through offsetting fossil fuel generated
electricity.
The ASA team has completed Phase I, a preliminary siting study, and Phase II, a technical and economic feasibility
study. The net metering limit of 3.5 MW per municipality caps the maximum size of the project at approximately 30 MW. Phase I mapped and
evaluated all municipally owned lands in the nine communities using available GIS data. The evaluation was carried out through development
of project-specific screening criteria, screening of potential sites, and a qualitative and quantitative assessment of those sites that made
it through the preliminary screening. Screening criteria included minimum economical wind speed and parcel suitability based on ownership
and size. A final ranking was developed, based on rough estimates of net revenue vs. development costs for each site, resulting in the
identification of a set of municipally owned parcels suitable for project development.
Phase II was a detailed feasibility
study of the optimal site identified in Phase I, including project size, turbine selection, layout, wind resource analysis, turbine wake
effects, regulatory considerations, environmental impacts (noise, shadow, visual), and electrical interconnect. Procurement and development
issues, power production estimates, financial incentives, and project financing options were investigated to develop a range of potential
installations, their associated costs and revenue projections and to identify issues for project development.
ASA has developed
and begun implementation of a meteorological monitoring program using a 60 m tower. A companion Triton© SODAR system from Second Wind will
be deployed onsite for data comparison purposes and detailed information about the vertical wind profile. For more information on this
project, visit: www.asascience.com/news/bulletins/ebec.shtml
Geospatial Services Contract[back to top]
ASA is part of the Dewberry team that was awarded a 5-year contract with the National Oceanic and Atmospheric Administration's (NOAA)
Coastal Services Center (CSC) for geospatial services to support coastal resources management in all U.S. continental, Caribbean and
Pacific territories.
This open-ended contract runs through 2016 and provides a contract vehicle for NOAA and other federal,
state, local and tribal organizations to acquire geospatial services, including mapping, GIS services and programming, and decision
support tools. Through this contract vehicle, ASA has worked on a number of recent projects such as development of data management
processes for the Chesapeake Bay Inundation Prediction System (CIPS), development of a land-use planning portal for American Samoa,
and a new web-based system to deliver Automatic Identification System (AIS) vessel traffic data to GIS users to support Coastal and
Marine Spatial Planning (CMSP). For more information on this contract, please contact Dave Maune at Dewberry, or Eoin Howlett at ASA.
Haiwei Shen provided OILMAP and CHEMMAP training to technicians from Zhejiang Maritime Safety Administration
(ZJMSA) and its five subsidiaries, 25-28 April. OILMAP and CHEMMAP, complete with seamless connection to ASA-s Environmental Data Server,
will provide rapid technical support to ZJMSA in the event of a spill emergency.
Eileen Graham was in Louisiana for most of April as part of ASA's effort to coordinate offshore sampling in the
Gulf of Mexico, collecting data related to the Deepwater Horizon oil spill. Working out of the NOAA Natural Resource Damage
Assessment offices in New Orleans, she organized field teams on three vessels - two targeting planktonic organisms and a third
targeting small nekton.
As an invited member of the State of Rhode Island Planning Department's Wind Energy Facility Siting Advisory Group, Dan Mendelsohn
participated in a series of workshops to review the current state of the practice and develop a set of standards for facility siting within the
state from which the 39 municipal governments could take guidance in developing their local wind ordinances. The goal is to make the wind energy
siting process more consistent, fair and predictable within the state.
Kelly Knee made two presentations at the 2011 NOAA Coastal GeoTools conference, 24-26 March, in Myrtle Beach, South Carolina. The first
described development of the Abu Dhabi Coastal Resources Atlas and Environmental Vulnerability Atlas and included a demonstration of the final product.
The second presentation was a demonstration of the Environmental Data Connector for ArcGIS 10 during the GeoTools showcase. This demonstration showed
the process of connecting to THREDDS and SOS data servers from ArcGIS 10 and browsing, subsetting, downloading, visualizing and animating environmental
data.
Haiwei Shen provided OILMAP training to Mr. Deia Eldin Osman Hagahmed and Mr. Mohammed Mustafa Elhaj from Petrodar
Operating Company (PDOC) in Egypt at Briseco, Beijing, 9-12 May. The training covered in-depth discussions of oil spill modeling and risk
assessment studies. OILMAP will be used to assist PDOC in emergency response and assessing spill risks to sensitive areas including coral
reefs, salt marshes, and mangroves.
Craig Swanson and Eduardo Yassuda participated in the International Symposium on Outfall Systems
held 15-19 May in Mar del Plata, Argentina. The main objectives of the Symposium were to advance the science and technology of all aspects of
discharges from outfalls and their design, and to facilitate communication among the diverse groups of practitioners, regulators, and financing
agencies in this area. They presented 5 papers at the Symposium; to view the papers go to: www.asascience.com/about/publications/index.shtml
ASA performed a study of hypothetical surface and subsurface oil spills from wells off the coast of China in the
South China Sea for Husky Oil China Ltd. The study provided an analysis of model-predicted oil transport and weathering using ASA-s blowout model
and spill impact model application package (SIMAP). Training conducted by Haiwei Shen at Husky covered the background and principles of the
blowout model and SIMAP, model setup and results for this study.
Craig Swanson attended the Rhode Island Energy and Environmental Leaders' Day sponsored by U.S. Senator Sheldon
Whitehouse held in Washington, DC on 4 May. The purpose of the conference was to convene leaders of Rhode Island's environmental, energy,
and clean industry communities to examine issues critical to the health of the Ocean State with federal policy makers up to the Cabinet Secretary level.
ASA had a large contingent at this year's International Oil Spill Conference held 23-26 May in Portland, Oregon. Debbie French
McCay, Chris Galagan, Eric Comerma and Eileen Graham represented the Rhode Island office, Haiwei Shen represented the Shanghai office, and
Camila Cantagallo from the SãPaulo office rounded out the ASA attendees. Debbie and Eileen presented a poster on real-time modeling and
ephemeral data collection during the Deepwater Horizon oil spill. Debbie also gave a talk discussing biological impact modeling for oil spills.
To view Debbie's paper go to: www.asascience.com/about/publications/index.shtml
Eric Comerma attended the Safer Seas conference 10-12 May in Brest, France. In the "4th International Workshop on
Technologies for Search and Rescue and other Emergency Marine Operations" he presented a prototype of SAROPS 2.0, a web-based GIS operational
implementation of the U.S. Coast Guard Search and Rescue planning tool.
From 24 May to 2 June, Kelly Knee and the HydroqualASA team in Dubai worked with Dubai Municipality to kick
off Phase 2 of the Dubai Operational Forecasting Model project
Craig Swanson participated in the USEPA National Beach Conference held in Miami, Florida 15-17 March. The conference
was designed to provide a national framework for discussion of beach water quality issues, exchange of information, and coordination of efforts in
research and decision making. Craig presented Modeling of Bacterial Transport and Fate at Southport Beach, Connecticut at the poster session.
Trevor Gilbert of APASA was interviewed in May by BBC Radio in the UK as part of their broadcasting feature on
WWII shipwrecks and the potential to cause marine pollution, called "Peak Leak". The BBC program details are at: www.bbc.co.uk/programmes/b010drl1.
You can download the podcast at: www.bbc.co.uk/podcasts/series/costearth
ASA and Waterborne Transportation Institute of China will be doing international collaborative work on oil spill
and chemical spill modeling for river systems. This work will involve sharing modeling technology, developing new tools and exchanging visitors.
The newly created ASA Athletic Department in São Paulo completed the 2011 Fila Night Fly, a 10 km run on 7 May.
Camila Cantagallo, Renan Ribeiro, André P. Rodrigues and Ana Carolina Lammardo
attended the "SBO - Brazilian Symposium of Oceanography" conference in Santos, São Paulo State, Brazil from 17-20 April. It was organized by Oceanography
Institute of São Paulo University, and the focus was to discuss the relationship of oceanography and public policy.
In May, Eoin Howlett attended the first meeting of the newly formed Interagency Ocean Observation Committee (IOOC)
DMAC Steering Team. The DMAC ST offers guidance and expert opinions on the development and implementation of the data management component of the
Integrated Ocean Observing System (IOOS). Eoin is one of the non-federal members serving on the committee beside government experts from numerous
federal agencies. For more information visit www.iooc.us/committee-news/dmac/
Eoin Howlett worked with staff from the Engineering and Planning division and Port Operations division of the Maritime
and Port Authority of Singapore (MPA) in February. MPA uses ASA's SARMAP, OILMAP, and CHEMMAP software for search and rescue and
pollution response.
Eoin Howlett, Haiwei Shen and Xiongping Zhang visited State of Oceanic Administration (SOA) in Beijing, China in April.
Eoin presented ASA's oil spill and search and rescue work to the officers at SOA. Both sides expressed interest in potential collaborative work.
Andrew Bird, software engineering student and intern at ASA, competed in the RoboBoat Competition hosted
in Virginia Beach, Virginia in June. The RoboBoat Competition is a student robotics challenge in which teams race autonomous surface
vehicles (ASVs) of their own design through an aquatic obstacle course. Go to http://roboboat.org/
for more information.
Nicole Whittier Mulanaphy provided SARMAP training to Chen Xuan from the China Academy of Transportation
Sciences (CATS) in June. The training covered in-depth discussions on SAR modeling and the use of SARMAP. CATS utilizes SARMAP to assist
with transportation safety.
Asia Pacific ASA has opened a new office in Townsville, located in tropical northeast Australia. The APASA Townsville base will
assist in servicing industry and government clients in the expanding shipping, coastal and mining developments of northern Australia and will
be the prime base for the APASA Response 24/7 spill modelling service.
SOUTH
KINGSTOWN
Lisa Kinloch is a graphic designer with extensive experience developing marketing material for print and the web.
She is proficient in Adobe Photoshop, Illustrator, InDesign, Flash, Fireworks, Dreamweaver, CorelDRAW and Office Suite. Lisa joins
ASA from Ottawa, Canada where she worked 11 years as a senior designer for Corel Corporation.
Erin Bohaboy has a diverse background in ichthyology, fisheries biology, population dynamics, and quantitative analysis.
She completed her MS in biological oceanography at the University of Rhode Island Graduate School of Oceanography. Her primary work at
ASA is to contribute to the Natural Resource Damage Assessment for the Deepwater Horizon oil spill.
Dr. Matt Horn has a PhD in Chemical Oceanography from URI-GSO. His dissertation focused on the biogeochemical
cycling and dynamics of nitrogen using stable isotopes on time scales that ranged from days to millennia. He has experience with
MATLAB for modeling, data analysis, and visualization. At ASA, he will work on a variety of projects that require oceanographic
expertise with a focus on chemistry.
JA MacFarlan has a BS in Environmental Science from UNC Wilmington, and is currently finishing a Masters from
UC Santa Barbara focusing on spatial and temporal trends in invertebrates. At ASA he will primarily be working on logistical issues
associated with the research response to the Deepwater Horizon oil spill.
New Arrivals
Nicole Whittier Mulanaphy and husband Dave had a glorious Valentine's Day surprise: daughter Molly Marie was
born at 12:50 PM on 14 February. Molly entertains Mom and Dad every day with something new. The latest, raspberries in the face
always bring a laugh!
Kyle Wilcox and wife Shannon welcomed their son Carter Dean on 28 February at 10:29 PM. He weighed 8lbs 8oz
and was 19 inches long. He is a happy, healthy baby boy who has brought an endless amount of joy to his
whole family.
São Paulo
Mariana Coppedê Cussioli concluded her Master in Geological Oceanography at São Paulo University. She is
experienced in sediment transport and hydrodynamic modeling, and is working on projects for dredging operations at Santos Port,
São Paulo, Brazil.
Maria Fernanda Fiedler is an oceanographer from UNIVALI. Fernanda is responsible for conducting hydrodynamic
modeling projects using Delft3D and SisBAHIA, environmental data analysis, and GIS mapping.
Gabriela Freire Cassiano completed her Master in Geological Oceanography at São Paulo University in 2008, and
is experienced in sediment transport modeling, hydrodynamic modeling and GIS mapping and analysis. She will be responsible for
conducting dredging and cuttings discharge modeling projects.
Renan Braga Ribeiro is a marine biologist specializing in water quality, hydrodynamic and sediment transport
modeling using the Delft3D modeling suite.
Beatriz Serato is an oceanographer from IOUSP and is finishing her studies in Management of Environmental
Projects. She is presently assisting in the coordination of JICA's Project at Santos Estuary, São Paulo, Brazil.
Rodriangelo Ferreira is a Technologist in Computer Networks. He provides support for operational modeling
projects, as well as field data collection due to his Brazilian Navy experience.
Vivian Martinho is an oceanographer who joined ASA after graduating from FURG. Vivian is experienced in oil
spill modeling and its effects in water. She is working on several oil spill projects along the Brazilian coast and
offshore areas.
Régis Fernandes de Oliveira is a Mechanical Engineer who joined ASA as our Planning Manager. Régis is responsible
for planning, analyzing and controlling project execution using tools such as chronograms, analytical structures,
and progress reports.
SHANGHAI
David Gu is experienced in software development and architecture design. He is fluent in English and has experience working
remotely with international teams. His favorite programming languages are C# and Java, and he's also familiar with JQuery /JavaScript and
CSS/HTML. He has extensive IT skills in SQL Server and Oracle databases.
PERTH
Dr. David Wright has over seven years of experience in the measurement and analysis of optical and physical oceanographic data. Since joining APASA, David has been analyzing operational dredging data to underpin the computational modelling of suspended sediment transport on Australia's north-eastern coast.