Historical dry and wet periods in Colorado: (Part A: Technical Report)

Includes bibliographical references (page 31).July 1999.Funded by: Office of Emergency Management under P.O. #PD97SEM000015

Colorado temperatures with degree day and growing season data

July 1989

Climate data continuity with ASOS: 1993 annual report for the period September 1992-August 1993

Includes bibliographical references (page 28).February 1994.The research was supported by NOAA, NWS, Office of Meteorology under grant number NA90RAH00077.Annual

Climatic data representativeness in western Colorado

June 1990.For U.S. Department of the Interior, Bureau of Land Management, Colorado State Office, Lakewood, Colorado

Snapshot of Colorado's climate during the 20th Century, A

June 1991.Prepared in conjunction with the Centennial Cooperative Weather Station Program held June 7-8, 1991 Colorado State University

History of drought in Colorado: lessons learned and what lies ahead, A

February 2000.Includes bibliographical references, page 12

Pedagogical Perspectives on Counselor Education: An Autoethnographic Experience of Doctoral Student Development

There is minimal literature related to understanding what training factors contribute to the development of qualified counselor educators. Specifically, we wondered if counselor education doctoral students are effectively prepared for their roles as instructors. We chose an autoethnographic phenomenology method as a means for exploring the experiences of doctoral students’ pedagogical development in a doctoral instructional theory course. We sought to understand the essence of our experience through written reflection, photography, and group reflective processes. Analysis revealed the value we all obtained through the instructional theory course, experiential learning, and self-reflection, which contributed to increased self-efficacy as emerging counselor educators. The essence of our experience is described through seven descriptive themes—delineated as methods of coping and reinforcing. The results demonstrate the benefit of including an explicit pedagogical course in counselor education curriculums. © 2019: Anna Elliott, Beronica M. Salazar, Brittany M. Davis, Lynn Bohecker, Tiffany Nielson, Kirsten LaMantia, David M. Kleist, and Nova Southeastern University

Development of climate profiles for reclamation

April 1981.Includes bibliographical references (page 58)

Climate profile for the McCallum Emria study area

March 1981.Includes bibliographical references (page 64)

Duluth Residential Stormwater Reduction Demonstration Project for Lake Superior Tributaries

Minnesota Pollution Control Agency Contract Number: B10575This item is a duplicate of another record with the same title (http://hdl.handle.net/11299/187317).We used paired 2‐block street sections in the Amity Creek watershed (Duluth, MN) to demonstrate the effectiveness of homeowner BMPs to reduce residential stormwater flow to storm sewers in an older neighborhood in a cold climate on clay and bedrock geology. Runoff from each street was measured before and after installation of stormwater BMPs. In addition, the knowledge, attitudes, and practices of residents were measured before and after BMP installation. BMPs were installed on properties of willing residents of one street (“treatment”). Most residents (22 of 25 properties) willingly participated. 250 trees and shrubs were planted; 22 rain barrels were installed; 5 rain gardens, 12 rock‐sump storage basins, and 2 swales were constructed; and a stormwater ditch was re‐dug and had 5 ditch checks installed in it. The post‐project survey indicated an increase in understanding by treatment‐street residents of where stormwater flowed to and what it affected, and an increase in willingness to accept at least some responsibility for stormwater runoff. Residents who received BMPs were generally satisfied with them and would recommend them to others. Runoff reduction proved more difficult to quantify due to high and inconsistent runoff variability between the paired streets, very few pre‐BMP installation rain events, and loss of one control street due to re‐paving mid‐project. Capacity of installed BMPs is approximately 2.5% of the measured stormwater runoff. There is about a 20% greater reduction in runoff for the treatment street after BMPs were installed than for the control street for small to moderate storm events; while we would like to attribute this completely to our BMPs, we cannot prove that other factors weren’t also at work. Peak flows also appear to have been reduced for 1 inch and smaller rainstorms, but we were unable to accurately measure this reduction. The results are available on an existing stream education website and are used to educate neighborhood, city of Duluth, and regional residents on stormwater issues, individual responsibility, and BMP options