Publications
Using An Environmental Database Management System To Stay Organized – Walden Associates
February 3, 2012
Walden Associates writes about Using An Environmental Database Management System To Stay Organized. Read more: http://goo.gl/WZi66
Benefits of Analysis with an Environmental Database Management System – Walden Associates
February 3, 2012
Walden Associates writes about the Benefits of an Environmental Database Management System. Read more: http://goo.gl/RQHSq
New Presentations: From the 10th Annual Geohazards Technical Forum
February 17, 2011
The three following presentations are from the 10th Annual Geohazards Technical Forum:
View below or click the coordinating links to view the pdf versions.
“Ohio DOT’s Geotechnical Management System: Drilling Request to GIS”
By Scot D. Weaver, MSCE, EarthSoft Vice President and Co-founder
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“Laboratory Data Managment System for Soil, Rock and Water”
By Robert Y. Liang, Ph.D., P.E., University of Akron, Frank Feng, President, Acetek Ltd., Robert Y. Liang, Ph.D., P.E., University of Akron, Frank Feng, President, Acetek Ltd., Kirk Beach, Geology Program Manager, ODOT Office of Geotechnical Engineering, Sean Mulligan, P.E., Geotech Lab Supervisor, ODOT Office of Geotechnical Engineering, Kirk Beach, Geology Program Manager, ODOT Office of Geotechnical Engineering, and Sean Mulligan, P.E., Geotech Lab Supervisor, ODOT Office of Geotechnical Engineering
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“Integrated Geological Hazard Management System”
By Kirk D. Beach, Ohio Department of Transportation, Robert Y. Liang, Ph.D., P.E., University of Akron and Frank Feng, Acetek Ltd.
View more presentations from EarthSoft.
EarthSoft Part of PROTECT Project in Puerto Rico
June 24, 2010
EarthSoft is participating in the Puerto Rico Testsite for Exploring Contamination Threats (PROTECT), a NIEHS SRP P42 Research Program. Click here for a project overview and more information regarding this initiative.
EQuIS Mentioned in ArcUser Magazine Article about Barrick Gold
June 23, 2010
EQuIS mentioned in ArcUser Magazine article about Barrick Gold, “Organizing a Century of Data — Spatial data infrastructure created by world’s leading gold company.”
Quote: “Future work will include incorporating spatial data stored in other repositories, such as acQuire from acQuire Technology Solutions for geochemical and drilling data and EQuIS from ESRI business partner EarthSoft for environmental data.”
Click here to read the entire article online.
New Full Page Ad in Pollution Engineering’s Brazil Edition
April 26, 2010
New Full Page EQuIS Ad in Pollution Engineering’s Brazil Edition
New Full Page Ad in Pollution Engineering’s Chinese Edition
April 26, 2010
New Full Page EQuIS Ad in Pollution Engineering’s Chinese Edition!
Conference Poster for April 2010 DoD EMDQ Workshop
April 26, 2010
New conference poster published: EQuIS Poster from April 2010 DoD Environmental Monitoring and Data Quality (EMDQ) Workshop
Microsoft Case Study Featuring EarthSoft EQuIS — Released in German, French and Spanish
March 15, 2010
The Microsoft case study, titled Manage and standardize all your environmental and sampling data — efficiently and cost-effectively is now available in German, French and Spanish versions!
Click here for German version.
Click here for French version.
Click here for Spanish version.
EarthSoft Featured in Lake and Reservoir Managment Case Study
March 4, 2010
Lake and Reservoir Management
Managing the lakes of the Rotorua District, New Zealand
Noel Burns, John McIntosh and Paul Scholes, Lakes Consulting, PE/175 Hurstmere Rd, Takapuna, 0622, New Zealand, Environment Bay of Plenty, 5 Quay St., Whakatane, New Zealand
Abstract
Burns N.M., McIntosh J., Scholes P. 2009. Managing the lakes of the Rotorua District, New Zealand. Lake Reserv. Manage. 25:284–296.
In 2005, Burns, McIntosh and Scholes described strategies to manage the Rotorua Lakes using lake monitoring together with designated baseline Trophic Level Index values established for each lake. Continued monitoring has revealed that 9 of the 12 Rotorua Lakes have Trophic Level Index values in excess of their baseline values. Action Plans have been drawn up for the remediation of these damaged lakes that specify the excess nutrient loading to each lake and propose actions for the decrease of these loadings. Nutrient loading to various lakes has been decreased by upgrading waste treatment facilities, dosing tributary streams with alum, diverting an enriched tributary flow directly into the outflow channel of a lake, precipitating in-lake phosphorus with PhoslockTM and zeolite additions, and removal of macrophyte biomass from a lake and planting an artificial wetland at the entry point of a tributary to a lake. Where data are available, the results of these actions are explored. The similarities between the management system for the Rotorua lakes with the management systems used for two American and European lakes are described. Key words: action plans, trophic level criteria, water quality criteria, trophic level indexes
The twelve Rotorua Lakes lie in the middle of the North Island of New Zealand in what is know as the Central Volcanic Plateau (Fig. 1) and vary widely in character. The beauty of the lakes, together with the interesting geothermal features of the region, have resulted in the Rotorua District being one of the most important national tourist and sport fisheries area of New Zealand. The region also supports a significant amount of successful farming and forestry. The sustainable management of the Rotorua Lakes is the legal responsibility of the Environment Bay of Plenty (EnvBOP) Regional Council.Water quality of the Rotorua Lakes began to change in the early 1900s soon after European settlement of their catchments. A program of routine monitoring of the lakes was started in 1990 by EnvBOP and intensified in 1999 when strategies to halt the deterioration of all the lakes were put into place by EnvBOP (described in detail in Burns et al. 2005). Statutory legislation supporting this management strategy is contained in EnvBOP’s Water and Land Plan (W&LP). This article is a sequel to the previous article (Burns et al. 2005) and describes the strategies, their implementation, their refinement with time and some results of the actions that have been taken.
Background
The Rotorua Lakes are considered to be a national resource in NewZealand.Widespread public concern about the degradation of many of these lakes prompted an investigation and report by the New Zealand arliamentary Commissioner for the Environment (2006). His report endorsed the strategy for restoration of the Rotorua Lakes and led to the signing of a Memorandum of Understanding between the Crown (New Zealand Government) and the Rotorua Lakes Strategy Group, consisting of the Te Arana Lakes Trust, the Rotorua District Council and EnvBOP (EnvBOP 2007a). The Memorandum endorsed the use of the Trophic Level Index (TLI) system together with the TLI targets included in the W&LP. Subsequent to the signing of this agreement, the New Zealand government agreed to pay NZ$72 million toward the estimated cost of NZ$144 million for the planned remedial work to improve the damaged lakes. In 2006, the Government of New Zealand signed an agreement with the TeArawa Maori Trust Board transferring legal title to the Rotorua lakebeds to the local Maori people, while protecting public access, as a partial redress for past actions against the Maori people. This does not currently change EnvBOP’s management role.
For the complete case study, including Methods, Results and Discussion and References, click here.
