Medically Underserved Areas and Populations in Maine 2008

http://digitalcommons.colby.edu/atlasofmaine2009/1022/thumbnail.jpg

Alpine Ski Areas in Maine

http://digitalcommons.colby.edu/atlasofmaine2009/1018/thumbnail.jpg

Suitable Habitats for Wildlife and Conservation Areas in Maine

http://digitalcommons.colby.edu/atlasofmaine2008/1012/thumbnail.jpg

Maine Ski Areas: Past and Present

http://digitalcommons.colby.edu/atlasofmaine2006/1011/thumbnail.jpg

HAZARD AREAS ASSOCIATED WITH MAJOR VOLCANOES IN THE CASCADE MOUNTAIN RANGE

http://digitalcommons.colby.edu/atlasofmaine2005/1014/thumbnail.jpg

Electric Power Service Areas, Energy Lines, and Hydroelectric Dams of Maine

http://digitalcommons.colby.edu/atlasofmaine2008/1010/thumbnail.jpg

Hazard Areas Associated with Major Volcanoes in the Cascade Mountain Range

The Cascade Mountain Range in Washington State is the site of several active volcanoes that have the potential to erupt which would deeply affect the lives of those who live near them. This study explores the hazard areas associated with the five largest volcanoes in the region: Mt. Baker, Glacier Peak, Mt. Rainier, Mt. Adams and Mt. St. Helens. It was determined which geographic regions would be affected by tephra, pyroclastic blasts and lahar flows and the associated populations that live in each of these areas. The level of emergency preparedness necessary for a volcanic eruption could be better determined based on the findings of this study.

Reducing The Risk Of Floods In Urban Areas With Combined Inland-River System

With the change of the water environment in accordance with climate change, the loss of lives and properties has increased due to urban flood. Although the importance of urban floods has been highlighted quickly, the construction of advancement technology of an urban drainage system combined with inland-river water and its relevant research has not been emphasized in Korea. In addition, without operation in consideration of combined inland-river water, it is difficult to prevent urban flooding effectively. This study, therefore, develops the uncertainty quantification technology of the risk-based water level and the assessment technology of a flood-risk region through a flooding analysis of the combination of inland-river. The study is also conducted to develop forecast technology of change in the water level of an urban region through the construction of very short-term/short-term flood forecast systems. This study is expected to be able to build an urban flood forecast system which makes it possible to support decision making for systematic disaster prevention which can cope actively with climate change.

Modeling Of District Metered Areas With Relatively High Leakage Rate. The Case Study Of Kalipoli’s DMA

The article reviews the modelling of District Metered Areas (DMAs) with relatively high leakage rate. As a generally recognised approach in modelling of leakage does not exist, modelling of leakage by enginners and other researchers usually takes place by dividing the whole leakage rate evenly to all available nodes of the model. In this article, a new methodology is proposed to determine the nodal leakage by using a hydraulic model. The proposed methodology takes into consideration the IWA water balance methodology, the Minimum Night Flow (MNF) analysis, the number of connections related to each node and the marerial of pipes. In addition, the model is illustrated by a real case study, as it was applied in Kalipoli’s DMA. Results show that the proposed model gives reliable results.

Development Of Water Pollution Early Warning System For Oyster Harvesting Areas

The objective of this study is to develop a Pollution Early Warning System (PEWS) for efficient management of water quality in oyster harvesting areas. To that end, this paper presents a web-enabled, user-friendly PEWS for managing water quality in oyster harvesting areas along Louisiana Gulf Coast, USA. The PEWS consists of (1) an Integrated Space-Ground Sensing System (ISGSS) gathering data for environmental factors influencing water quality, (2) an Artificial Neural Network (ANN) model for predicting the level of fecal coliform bacteria, and (3) a web-enabled, user-friendly Geographic Information System (GIS) platform for issuing water pollution advisories and managing oyster harvesting waters. The ISGSS (data acquisition system) collects near real-time environmental data from various sources, including NASA MODIS Terra and Aqua satellites and in-situ sensing stations managed by the USGS and the NOAA. The ANN model is developed using the ANN program in MATLAB Toolbox. The ANN model involves a total of 6 independent environmental variables, including rainfall, tide, wind, salinity, temperature, and weather type along with 8 different combinations of the independent variables. The ANN model is constructed and tested using environmental and bacteriological data collected monthly from 2001 – 2011 by Louisiana Molluscan Shellfish Program at seven oyster harvesting areas in Louisiana Coast, USA. The ANN model is capable of explaining about 76% of variation in fecal coliform levels for model training data and 44% for independent data. The web-based GIS platform is developed using ArcView GIS and ArcIMS. The web-based GIS system can be employed for mapping fecal coliform levels, predicted by the ANN model, and potential risks of norovirus outbreaks in oyster harvesting waters. The PEWS is able to inform decision-makers of potential risks of fecal pollution and virus outbreak on a daily basis, greatly reducing the risk of contaminated oysters to human health.

A gestão da diversidade nas companhias aéreas que atuam no Brasil

Dissertação apresentada ao Programa de Mestrado em Administração da Universidade Municipal de São Caetano do Sul - USCS

A gestão da diversidade nas companhias aéreas que atuam no Brasil

JUSTO, Alexandra Martins Benedetti. A gestão da diversidade nas companhias aéreas que atuam no Brasil. 2012. 195f. Dissertação (Mestrado em Administração) - Universidade Municipal de São Caetano do Sul, São Caetano do Sul, 2012.

Uso de sistemas de informação geografica como subsidio ao planejamento em areas agricolas : um caso no planalto do Rio Grande do Sul

Os Sistemas de Informação Geográfica vêm sendo cada vez mais utilizados em estudos envolvendo o planejamento e gerenciamento de recursos e meio-ambiente. A agricultura é uma das atividades humanas mais intimamente relacionadas com o meio ambiente. Este trabalho investiga o emprego desses sistemas para integrar diferentes informações relacionadas à produção agrícola e obter respostas que subsidiem o planejamento em regiões agrícolas.A área estudada é uma localidade do município de Não-me-Toque, situado no planalto médio do Rio Grande do Sul, entre as coordenadas 28°21' e 28°34'sul e 53°40' e 53°57'oeste. Os resultados evidenciaram as vantagens dos Sistemas de Informação Geográfica sobre os métodos convencionais de análise, especialmente no que se refere à velocidade, precisão e à associação dos dados de interesse à sua localização geográfica.