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Applied Environmental Metabolomics: Community Insights and Guidance from the Field brings together contributions from global experts who have helped to define and develop the exciting and rapid advances that are taking place in the field of environmental metabolomics. This book is aimed at expert users, students, researchers, and academics in metabolomics and systems biology. It not only demonstrates the best practice in experimental design but also provides insight into state-of-the-art instrumentation and the depth of analysis one can expect to get by using various sampling, chromatographic, mass spectrometric, and nuclear magnetic resonance (NMR) techniques. Common experimental and technical pitfalls are also highlighted. This book provides a unique insight into the world of environmental metabolomics and will help the practicing scientist avoid repeating similar costly mistakes, steering them efficiently toward the generation of high-quality data and high-impact publications. - Highlights overarching principles and considerations for researchers to leverage when planning, conducting, and evaluating environmental metabolomics research - Applies key insights and lessons learned from leaders in the field - Provides real-world case study applications of multiple environmental metabolomics techniques - Integrates the Metabolomics Standards Initiative into case study examples - Encompasses standard operating protocols for metabolomics to help new entrants to the field
As part of a survey of residents of northern Alberta river basins, respondents were asked to choose the best and worst examples of various sets of threats to water quality/quantity in the basins as well as best and worst examples of possible management actions. This report analyses the responses to the two sets of best/worst questions, using logistic regression. The analysis produced the following estimates: the probability that each of 11 possible threats to water quantity/quality will be selected as the area of most concern; and the probability of each of 11 possible management actions will be selected as the most effective response to such concerns. The probabilities produced by this analysis are ranked to determine the preferences of northern households and various stakeholder groups within the basin.
Assesses the utilization and quality of the different non- conventional sources of drinking water used by people in the Northern River Basins Study area. Such sources include rain water, melted snow or ice, untreated surface water, dugout water, groundwater, bottled water, and water treated by various point-of-use technologies. The assessment included a literature review on non-conventional drinking water sources, drinking water quality, and the correlation between drinking water and health; interviews with area residents on their non-conventional drinking water practices; collection of field samples of non-conventional drinking water and analysis of samples for various physical, chemical, and microbiological parameters; and research on the effectiveness of some of the portable point-of-use drinking water treatment filters on the market.
This document presents the climatic, physiographic, vegetation, soil, wildlife and land use attributes that characterize each natural region and subregion. It has been organized into four parts: part one outlines national region and subregion concepts, part two describes methods used to generate climate statistics, part three presents a comparative analysis of selected climate statistics to facilitate comparison of natural regions and subregions, and part four presents detailed climatic, vegetation, soils and physiographic descriptions for six natural regions and twenty-one natural subregions currently recognized in Alberta.
The NTBS was designed to address the ecological concerns about pulp mill expansion, and to increase scientific knowledge about environmental conditions [ecology, ecosystem sustainability, water pollution and control, habitat, effect on fish and fishing, etc.] in the major river systems of the north. The study's objectives were to gather and interpret sound scientific information about the basins, develop appropriate recommendations for basin management, and communicate effectively with the public. The government response report confirms the governments' commitment to ecosystem sustainability and to pollution control in northern rivers. First Nations and Metis aboriginal [native] peoples contributed significantly to the NRBS.
Presents results of site visits to 38 water treatment facilities located in the Northern River Basins Study area along the Peace, Athabasca, and Slave rivers. The 38 sites selected for the visits (out of 180 treatment facilities in the area) represent an overall cross-section of the types of facilities found in the area, based on existing data regarding raw water source, treatment process used, size of facility, and treated water quality. Parameters reported include turbidity, microbial contamination, trihalomethane, temperature, pH, conductivity, colour, and ammonia. Plant operating practices, sampling routines, and chemical dosing strategies are also reported.
Co-published with UNESCO A product of the UNESCO-IHP project on Water and Cultural Diversity, this book represents an effort to examine the complex role water plays as a force in sustaining, maintaining, and threatening the viability of culturally diverse peoples. It is argued that water is a fundamental human need, a human right, and a core sustaining element in biodiversity and cultural diversity. The core concepts utilized in this book draw upon a larger trend in sustainability science, a recognition of the synergism and analytical potential in utilizing a coupled biological and social systems analysis, as the functioning viability of nature is both sustained and threatened by humans.
Report of a study investigating the dissolved oxygen requirements of fish, at various life stages, in the Peace-Athabasca-Slave river basins of northern Alberta.