Sentences with phrase «environmental data resources»

This month, makeover candidate, Steve Smith, COO and CTO for Environmental Data Resources, recruited Burn's help take his resume from tech - focused to one that showcased his business acumen.

Tags: diversification, EDR, environment, Environmental Data Resources, environmental reports, Home Inspector Marketing, Home Inspectors, Neighborhood Environmental Report, volume 17

Not exact matches

Alio Gold (ALO), AuRico Metals (AMI), Brookfield Renewable Partners (BEP.UN), Ballard Power Systems (BLDP), Cogeco Communications (CCA), CRH Medical (CRH), Data Communications Management (DCM), DIRTT Environmental Solutions (DRT), Echelon Financial Holdings (EFH), Entree Resources (ETG), Excellon Resources (EXN), GMP Capital (GMP), Golden Star Resources (GSC), Hudbay Minerals (HBM), Heron Resources (HER), Horizon North Logistics (HNL), Industrial Alliance Insurance and Financial Services (IAG), Intact Financial (IFC), Kinaxis (KXS), Linamar (LNR), Mandalay Resources (MND), Morguard REIT (MRT.UN), Neptune Technologies & Bioresources (NEPT), NeuLion (NLN), CounterPath (PATH), Premium Brands Holdings (PBH), Pengrowth Energy (PGF), ProMIS (Neurosceinces (PMN), Pulse Seismic (PSD), Redline Communications Group (RDL), Source Energy Services (SHL.E), Slate Retail REIT (SRT.U), Sandstorm Gold (SSL), Trican Well Service (TCW), Treasury Metals (TML), Thomson Reuters (TRI), Torstar (TS.B), Seven Generations Energy (VII), Whitecap Resources (WCP), Western Copper and Gold (WRN), Westshore Terminals Investment Corp. (WTE), ZCL Composites (ZCL)

Marshalling convincing scientific data, they tell us that the environmental degradation caused by massive pollution of air water and land, threatens the very life of earth — fast depletion of non renewal resources, indeed of species themselves, the thinning of the ozone layer that exposes all living creatures to the danger of radiation, the build up of gases creating the greenhouse effect, increasing erosion by the sea — all these are brought out through their research.

It specifically dumps funding for Sea Grant, a research program that includes support for data collection and environmental monitoring — and puts that information in the hands of people who manage coastal and marine resources, including fisheries managers.

Archaeology deals with the mundane realities of life, so its data primarily reflect a population, of varying size, living in one place, and exploiting a similar range of immediate environmental resources, quite independently of conventional historical chronology.

Our data clearly demonstrate that cleaning up air pollution continues to have the desired effect of improving water quality for our region's lakes,» said NHAES researcher William McDowell, professor of environmental science and director of the NH Water Resources Research Center.

«We caught over 250 different species in mist nets, but only had enough data to model 20 of the most common,» says Jeff Brawn, U of I ecologist and department head of Natural Resources and Environmental Sciences in the College of Agricultural, Consumer and Environmental Sciences.

In order to study the different configurations of RWH, the following methodologies were used: exergy analysis and exergetic efficiency analysis to determine resource consumption and efficiency; life cycle assessment (LCA) to identify environmental impacts; life cycle costing (LCC) to find economic feasibility, and data envelopment analysis (DEA) to identify the frontiers of best - practice towards sustainability.

Compiling them into a large regional data set allowed us to answer questions at a large scale that hadn't been addressed before,» says Jeff Matthews, assistant professor in the Department of Natural Resources and Environmental Sciences at U of I, and co-author on the study.

Nations that do not have the money to gather their own data sets could use the free EMU data and visualizations to manage their marine resources, says Peter Harris, a marine geologist at the environmental information - management centre GRID - Arendal in Arendal, Norway.

SEA, Inc. is working with a number of conventional and alternative energy companies on the acquisition and application of scientific data to better understand and minimize the environmental impact of resource acquisition.

This set of resource includes: • 6 attractive PowerPoint presentations which lead the class through each of the lessons • Fun and thought provoking activities and discussion starters, worksheets and questions to reinforce the learning • 6 differentiated homework tasks • A mark sheet which allows pupils to track their own progress • An end of unit test to prepare the students for exams or can be used as a form of assessment • A complete teacher's guide including easy to follow lesson plans • An answer booklet to help the teacher along The lessons are: Lesson 1 — Looking into ethical and moral dilemmas such as driverless cars and the impact of technology on modern life Lesson 2 — More ethical dilemmas including the ratings culture, medical apps, sharing personal data and cyber bullying Lesson 3 — Environmental issues with technology and how organisations and individuals can reduce these effects Lesson 4 — The Computer Misuse Act 1990 Lesson 5 — The Data Protection Act 1998 Lesson 6 — Copyright Designs and Patents Act 1988 For more high - quality resources written by this author visit www.nicholawilkindata and cyber bullying Lesson 3 — Environmental issues with technology and how organisations and individuals can reduce these effects Lesson 4 — The Computer Misuse Act 1990 Lesson 5 — The Data Protection Act 1998 Lesson 6 — Copyright Designs and Patents Act 1988 For more high - quality resources written by this author visit www.nicholawilkinData Protection Act 1998 Lesson 6 — Copyright Designs and Patents Act 1988 For more high - quality resources written by this author visit www.nicholawilkin.com

Some of the gems here include a resource guide for environmental and marine science teachers, wetland activities, a resource guide for oceanography, and coastal processes: developed for elementary, middle, and high school teachers, The «marinated» classroom: a sourcebook of aquatic activities for the elementary classroom and another for the secondary classroom, water on the web: integrating real - time data into educational curricula over the internet and coastal capers: a marine education primer.

These teacher teams work alongside NASA - Goddard scientists as part of a NASA Climate Change grant, utilize local environmental resources provided by the Howard County Conservancy, and analyze authentic climate change data from AAAS's Project 2061.

The students were briefed about the institute and informed that it continues to walk the legacy of Prof. Wangari Maathai and therefore keen on training transformative leaders and change agents with a multidisciplinary practical knowledge on resource economy, policy, legal pluralism, community mobilization skills and appropriate participatory approaches handy in assisting communities to sustainably utilize resources besides developing policy and generating research data that would guide integrated environmental governance and management.

Its reputation and value since the first edition in 1933 rest on two main factors: the study presents unbiased data and facts from an independent and impartial organisation, and the second factor is the sheer amount of resource and other key energy data together with analysis of technological, economic and environmental aspects assessed on global, regional and country levels.

«Permitted Use»: (1) Installing, operating, maintaining, removing, replacing and collecting data from meteorological towers, stations and anemometers, conducting avian, archeological and biological assessments, environmental assessments, soil and preconstruction analysis, and other studies and evaluations deemed necessary by Grantee for purposes of evaluating the Wind Resources of the Premises, exercising the rights granted to Grantee hereunder, and developing the Wind Energy Project; (2) Constructing, installing, operating, accessing, maintaining and removing (including, when necessary, replacing)(a) WTGs on WTG Pads on the Premises for the conversion of Wind Resources to electricity, and including replacing WTGs for purposes of repowering for conversion of Wind Resources to electricity on WTG Pads located on the Premises and / or in connection or conjunction with other real property on which the Wind Energy Project is located; and (b) all related Improvements (i) necessary or convenient to Grantee in conjunction with WTGs for the Wind Energy Project (ii) for the use by Grantee in collecting, transmitting or otherwise making electricity from the WTGs on the Wind Energy Project marketable and available for sale; or (iii) for the use by Grantee for access to and from the Improvements or a public right of way to the WTGs for the Wind Energy Project (in each case, whether or not such WTGs are on the Premises), or (3) uses otherwise permitted herein.

Early Signs of Decline (pdf) Introduction Our Socially Divided World Health Challenge Growing Throwaway Economy in Trouble Population and Resource Conflicts Environmental Refugees on the Rise Mounting Stresses, Failing States Chapter 6 Data (xls)

Morey, E., Thacher, J. and Breffle, W.: 2006, Using Angler Characteristics and Attitudinal Data to Identify Environmental Preference Classes: A Latent - Class Model, Environmental and Resource Economics 34, 91 — 115.

As for the policy itself, it must address (1) information security; (2) data governance and classification; (3) access controls and identity management; (4) business continuity and disaster recovery planning and resources; (5) capacity and performance planning; (6) systems operations and availability concerns; (7) systems and network security; (8) systems and network monitoring; (9) systems and application development and quality assurance; (10) physical security and environmental controls; (11) customer data privacy; (12) vendor and third - party service provider management; (13) risk assessment; and (14) incident response.

This includes wide ranging technical data supporting resource estimates, mineral processing, mine engineering, permitting, environmental, etc..

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Tags for this Online Resume: continuous improvement, human resources, HAACP, SOP's, GMP's, Process Improvement, Capital Budgets, Safety, Quality Assurance, Production, Preventative Maintenance, Staffing, Training, Planning, Performance, Deliverables, Data analysis, Comminucation, Teamwork, Manager, Accounting, Science, Biology, Agriculture, Environmental Science, Cost Saving, Efficiency, Computer skills

AutoCAD, basic, CA, customer service, Data analysis, Data management, Economics, Environmental Science, focus, hazardous waste, Information Systems, ink, Linux OS, Mac, Math, Access, Excel spreadsheets, Excel, Microsoft Suite, Office, Outlook, Windows, Natural Resources, printer, Project management, repairs, research, safety, Scientific, Statistics, Visio, website

Smartronix (CA & MD) 08/2004 — 12/2008 S6 Information Systems Coordinator • Serve as Section Chief and Contract Lead at the MCNOSC providing overall support for the MCNOSC IT Systems • Manage the network, servers, switches, applications, and information and infrastructure security • Utilize DoD applications for network scanning and remediation of the classified and unclassified networks • Develop plans, procedures, and policies to directly support and defend the MCNOSC Network from security threats • Oversee the MCNOSC's PKI (public key infrastructure) and integration with the MCNOSC services with the coordination of recovery strategies with the Alternate Network Operations and Security Center (AltNOSC) • Determine minimum processing requirements for recovery site and provide guidance for recovering infrastructure processing • Provide technical input to the Contingency of Operations (COOP) Plan ensuring all activities, resources and procedures required to recover critical IT infrastructure processing are accurate • Manage the day to day support of the MCNOSC Infrastructure, supervising a team of IT service contractors • Perform complex repairs, upgrades, hardware configuration, and end user training • Serve as project manager for the transition and deployment of the MCNOSC's NMCI plan • Oversee the planning and build out of the network and MCNOSC's new Headquarters and Operations Center • Coordinate with local contractors to ensure timely delivery of the network • Design and coordinate the build out of the MCNOSC Internal Data Center, Server Room, and Testing Lab • Coordinate the movement to the MCNOSC's newly built Operations Center and Head Quarters • Install cabling, servers, racks, environmental controls, a / v systems, and other technical equipment • Develop the MCNOSC IT Lifecycle management for the LAN and other IT devices • Serve as project manager for the MCCDC (Marine Corps Combat Development Center) Studies and Analysis Division and the MCCLL (Marine Corps Center for Lessons Learned)

Civil Engineer — Duties & Responsibilities Responsible for civil engineering and construction projects valued in excess of $ 60 million Develop exposure to varied construction projects with both military and civilian applications Maintain, update, and create GIS and CADD data for use in Public Works civil engineering projects Coordinate data collection and project management with partner agencies and subcontractors Map utilities, environmental features, cultural resources, infrastructure, communication lines, and other features Utilize GPS and conventional surveying techniques to collect thousands of data points for detailed mapping Create and access spatial datasets in ArcSpatial Data Engine Develop and implement new mapping techniques using GIS software decreasing project turnover by 30 % Design and print large scale maps, drawings, and other items for use in engineering projects Set and strictly adhere to project timelines and budgets Manage construction contract negotiations, implementation, and funding Oversee finances identifying and resolving any errors or deviations of project budgets Direct office operations and support staff ensuring efficient, effective, and professional operations Serve as Civil Engineering instructor at the US Air Force Academy Lead classes in advanced GPS equipment operations, mapping, GIS software, and Terrasync data collection Develop new GIS, GPS, CADD curriculum for more than 1,200 cadets Implement instruction in Airfield Damage Assessment, MOS plotting, and combat skills Build and strengthen professional relationships with commanding officers, support staff, and business partners Perform all tasks with poise, integrity, and positidata for use in Public Works civil engineering projects Coordinate data collection and project management with partner agencies and subcontractors Map utilities, environmental features, cultural resources, infrastructure, communication lines, and other features Utilize GPS and conventional surveying techniques to collect thousands of data points for detailed mapping Create and access spatial datasets in ArcSpatial Data Engine Develop and implement new mapping techniques using GIS software decreasing project turnover by 30 % Design and print large scale maps, drawings, and other items for use in engineering projects Set and strictly adhere to project timelines and budgets Manage construction contract negotiations, implementation, and funding Oversee finances identifying and resolving any errors or deviations of project budgets Direct office operations and support staff ensuring efficient, effective, and professional operations Serve as Civil Engineering instructor at the US Air Force Academy Lead classes in advanced GPS equipment operations, mapping, GIS software, and Terrasync data collection Develop new GIS, GPS, CADD curriculum for more than 1,200 cadets Implement instruction in Airfield Damage Assessment, MOS plotting, and combat skills Build and strengthen professional relationships with commanding officers, support staff, and business partners Perform all tasks with poise, integrity, and positidata collection and project management with partner agencies and subcontractors Map utilities, environmental features, cultural resources, infrastructure, communication lines, and other features Utilize GPS and conventional surveying techniques to collect thousands of data points for detailed mapping Create and access spatial datasets in ArcSpatial Data Engine Develop and implement new mapping techniques using GIS software decreasing project turnover by 30 % Design and print large scale maps, drawings, and other items for use in engineering projects Set and strictly adhere to project timelines and budgets Manage construction contract negotiations, implementation, and funding Oversee finances identifying and resolving any errors or deviations of project budgets Direct office operations and support staff ensuring efficient, effective, and professional operations Serve as Civil Engineering instructor at the US Air Force Academy Lead classes in advanced GPS equipment operations, mapping, GIS software, and Terrasync data collection Develop new GIS, GPS, CADD curriculum for more than 1,200 cadets Implement instruction in Airfield Damage Assessment, MOS plotting, and combat skills Build and strengthen professional relationships with commanding officers, support staff, and business partners Perform all tasks with poise, integrity, and positidata points for detailed mapping Create and access spatial datasets in ArcSpatial Data Engine Develop and implement new mapping techniques using GIS software decreasing project turnover by 30 % Design and print large scale maps, drawings, and other items for use in engineering projects Set and strictly adhere to project timelines and budgets Manage construction contract negotiations, implementation, and funding Oversee finances identifying and resolving any errors or deviations of project budgets Direct office operations and support staff ensuring efficient, effective, and professional operations Serve as Civil Engineering instructor at the US Air Force Academy Lead classes in advanced GPS equipment operations, mapping, GIS software, and Terrasync data collection Develop new GIS, GPS, CADD curriculum for more than 1,200 cadets Implement instruction in Airfield Damage Assessment, MOS plotting, and combat skills Build and strengthen professional relationships with commanding officers, support staff, and business partners Perform all tasks with poise, integrity, and positiData Engine Develop and implement new mapping techniques using GIS software decreasing project turnover by 30 % Design and print large scale maps, drawings, and other items for use in engineering projects Set and strictly adhere to project timelines and budgets Manage construction contract negotiations, implementation, and funding Oversee finances identifying and resolving any errors or deviations of project budgets Direct office operations and support staff ensuring efficient, effective, and professional operations Serve as Civil Engineering instructor at the US Air Force Academy Lead classes in advanced GPS equipment operations, mapping, GIS software, and Terrasync data collection Develop new GIS, GPS, CADD curriculum for more than 1,200 cadets Implement instruction in Airfield Damage Assessment, MOS plotting, and combat skills Build and strengthen professional relationships with commanding officers, support staff, and business partners Perform all tasks with poise, integrity, and positidata collection Develop new GIS, GPS, CADD curriculum for more than 1,200 cadets Implement instruction in Airfield Damage Assessment, MOS plotting, and combat skills Build and strengthen professional relationships with commanding officers, support staff, and business partners Perform all tasks with poise, integrity, and positivity