HE Colorado Department of Public Health and Environment

Pages

: Sustainable dairy production : minimize costs, reduce risk, eliminate waste; Improve your bottom line by adopting strategies that increase efficiency eliminate waste, reduce regulations, and improve worker safety., Online resource; title from PDF caption (viewed February 2023)

: Sustainable food manufacturing : minimize costs, reduce risk, eliminate waste; Improve your bottom line by adopting strategies that increase efficiency eliminate waste, reduce regulations, and improve worker safety., Online resource; title from PDF caption (viewed February 2023)

: Sustainable hazardous waste generators : minimize costs, reduce risk eliminate waste; Hazardous waste generators use solvents to clean, coatings to paint, and a host of hazardous chemicals to manufacture goods and provide services., Online resource; title from PDF caption (viewed February 2023)

: Ṣư Khác Bîẹt Trong Lãnh Ṿưc Y T̂é gĩưa các S̆ác Dân và T̂ọc tại tî̉eu bang Colorado, năm 2009, b̉an tóm lựơc đîèu hành; Phòng Phụ Trách Ṣư Cách Bîẹt Trong Lãnh Ṿưv Y T̂é gĩưa các s̆ác dân và ch̉ung t̂ọc, B̂ọ Y T̂é và Môi Sinh - Tî̉eu bang Colorado., Description based on online resource; title from PDF cover; (viewed May 2015)

: THC concentration in Colorado marijuana : health effects and public health concerns; This report provides a brief history of marijuana in Colorado, including the roles state agencies play and what actions are taken to protect consumer health and safety. "THC potency" is interpreted as THC concentration, with further explanation of this definition provided. The variation of THC concentration among marijuana products is addressed as well as the various methods of marijuana product consumption and the importance of considering the frequency of marijuana use when examining health effects. Most importantly, this report provides summaries of current scientific evidence and data that works to inform our understanding of the potential of adverse health effects associated with high concentration THC products., "July 31, 2020.", Bibliography: pages 53-57., Online resource; title from PDF cover (viewed August 2020)

: Take-back program for unwanted medicines; "Fact sheet.", Description based on online resource; title from PDF caption; (viewed July 2015)

: Teacher resources for introducing urban stormwater quality concepts to the classroom : including example lesson plans meeting Colorado standards for science, geography and civics; Our drinking water supplies, fishing and recreational waters are fouled by uncontrolled pollution when rainwater and snowmelt wash over city streets, parking lots, and suburban lawns and pick up toxic chemicals, disease-causing organisms (from pet waste), and dirt and trash. This problem is called urban stormwater pollution. Recent studies have found that urban stormwater rivals and in some cases exceeds sewage plants and large factories as a source of damaging pollutants. Two hundred years of unregulated, unmanaged urban stormwater have contributed to many severe public health problems and expensive natural resource losses in the United States., Online resource; title from PDF cover (viewed May 2016)

: Technical summary report of the historical public exposures studies for Rocky Flats phase II; "September 1999.", RAC report no. 14-CDPHE-RFP-1999-Final., "Submitted to the Colorado Department of Public Health and Environment, Disease Control and Environmental Epidemiology Division, Rocky Flats Health Studies in Partial Fulfillment of Contract No. 100APRCODE 391.", "Project task 6, final report."--Cover., Includes bibliographical references., Mode of access: World Wide Web.

: Technical support document for recommended 8-hour ozone designations; "March 9, 2009 (Footnote added to page 43). February 12, 2009.", Online resource; title from PDF caption (viewed February 2017)

: Technical support document for the April 3, 2009 Pagosa Springs exceptional event; prepared by the Technical Services Program, Air Pollution Control Division, Colorado Department of Public Health and Environment., "May 29, 2012.", Online resource; title from PDF cover (viewed June 2017)

: Technical support document for the April 3, 2009 Pagosa Springs exceptional event; prepared by the Technical Services Program, Air Pollution Control Division, Colorado Department of Public Health and Environment., "May 29, 2012.", Online resource; title from PDF cover (viewed June 2017)

: Technical support document for the April 8, 2009 Alamosa exceptional event; prepared by the Technical Services Program, Air Pollution Control Division, Colorado Department of Public Health and Environment., "May 29, 2012.", Online resource; title from PDF cover (viewed June 2017)

: Technical support document for the February 27, 2009 Durango exceptional event; prepared by the Technical Services Program, Air Pollution Control Division, Colorado Department of Public Health and Environment., "March 29, 2012.", Online resource; title from PDF cover (viewed June 2017)

: Technical support document for the January 19, 2009 Lamar exceptional event; prepared by the Technical Services Program, Air Pollution Control Division, Colorado Department of Public Health and Environment.., "November 22, 2011.", Online resource; title from PDF cover (viewed June 2017)

: Technical support document for the March 22, 2009 Pagosa Springs exceptional event; On Sunday March 22, 2009, Pagosa Springs Colorado recorded an exceedance of the twenty-four-hour PM10 standard with a concentration of 225 μg/m3 at the Pagosa Springs School monitor. The Air Pollution Control Division (APCD), has prepared this report for the U.S. Environmental Protection Agency (EPA) to demonstrate that the elevated PM10 concentrations in Pagosa Springs and other areas of Colorado and the exceedance of the National Ambient Air Quality Standard (NAAQS) for PM10 in Pagosa Springs were caused by a natural event, specifically a dust storm., prepared by the Technical Services Program, Air Pollution Control Division, Colorado Department of Public Health and Environment., "March 30, 2012.", Online resource; title from PDF cover (viewed June 2017)

: Technical support document for the March 22, 2009 Pagosa Springs exceptional event; prepared by the Technical Services Program, Air Pollution Control Division, Colorado Department of Public Health and Environment., "March 30, 2012.", Online resource; title from PDF cover (viewed June 2017)

: Technical support document for the March 31, 1999 high wind event; "September 28, 1999.", Description based on online resource; title from PDF cover; (viewed September 2014)

: Technical support document for the May 2, 2008 exceptional event; On Friday May 2, 2008, Lamar Colorado recorded an exceedance of the twenty-four-hour PM10 standard with a concentration of 367 μg/m3 at the Lamar Power Plant. Wind speeds and gust speeds in Lamar exceeded blowing dust criteria, with speeds of 38 to 45 mph and gusts of at 47 to 60 mph for the two-hour period with greatly reduced visibilities during the late morning and early afternoon of May 2., prepared by the Technical Services Program, Air Pollution Control Division., "June 9, 2009.", Online resource; title from PDF cover (viewed February 2017)

: Technical support document for the May 22, 2008 exceptional event; On Thursday May 22, 2008, Lamar Colorado recorded an exceedance of the twenty-four-hour PM10 standard with a concentration of 227 ug/m3 at the Lamar Power Plant. Sustained winds and gusts in eastern and southeastern Colorado exceeded blowing dust criteria. Winds at Lamar were above the blowing dust thresholds for several hours on May 22, and gusts were as high as 58 mph., prepared by the Technical Services Program, Air Pollution Control Division., "June 10, 2009.", Online resource; title from PDF cover (viewed February 2017)

: Technical support document for the May 24, 2010, stratospheric ozone intrusion exceptional event; The Colorado Department of Public Health and Environment, Air Pollution Control Division, has prepared this report for the United States Environmental Protection Agency (EPA) to demonstrate that the elevated ozone concentrations along Colorado's Front Range and the exceedance of the 8-hour National Ambient Air Quality Standard (NAAQS) for ozone at Manitou Springs on May 24, 2010, was caused by a natural event, specifically a stratospheric intrusion of ozone., prepared by the Technical Services Program, Air Pollution Control Division, Colorado Department of Public Health and Environment., "October 7, 2011.", Online resource; title from PDF cover (viewed June 2017)

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