1964 UM Track Team

Top Row: asst. Ken Simmons, Dick Wells, John Henderson, Bill Yearby, Bob Donnelly, Jim Austin.

4th Row: Dorie Reid, John Rowser, Roy Woodton, Bob Densham, Bob Jarema, Willie Brown, asst. coach David Martin

3rd Row: Fred Lambert, Dan Hughes, Tom Sweeney, captain Kent Bernard Cecil Norde, Jay Sampson.

2nd Row: Joe Mason, Mac Hunter, Dave Romain, Ernst Soudek, Cliff Nuttall, Al Ammerman, Des Ryan, Norm Kohns

Front Row: Ken Burnley, Chris Murray, Ted Kelly, Coach Don Canham, captain Roger Schmitt, Dave Hayes, Dorr Casto, George Wade

1953 University of Michigan Football Team (full Squad)

Top Row: Ted Kress, Dave Williams, William McKinley, Larry Cox, Dave Hill, Dick Kolesar, Van Schoick, Earl Johnson, Bob Ames.

6th Row: Tony Branoff, Ed Hickey, Don Bennett, Dick Vorenkamp, Tom Hendricks, Doug Murray, Charles Ritter, Mike Orend, Carl Kamhout, Jim Kirby, Joe Krahl.

5th Row: Don Dugger, Jack Wheeler, Wilbur Brown, Jerry Gonser, Bob Sriver, Jim Bates, Ray Donohoe, Dick Strozewski, Dave Rentschler, John Kuchka, George Corey, Phil Endres.

4h Row: Gerry Williams, Gordon Barnes, Edgar Meads, Charles Krahnke, Fred Baer, Stanley Knickerbocker, Jim Fox, John Peckham, John Morrow, Dick Rex, Coach J. T. White.

3rd Row: Coach Don Robinson, Don Drake, Joe Shomsky, Lou Baldacci, Salvatore DiMucci, George Dutter, Ray Kenaga, George Muellich, Jim Bowman, Ted Cachey, Coach Bill Orwig.

2nd Row: Cliff Keen, Dean Ludwig, Duncan McDonald, Ken Shields, Peri Gagalis, Pete Wolgast, Bob Milligan, Ron Geyer, Dick Beison, Dan Cline, Art Walker, Coach Matt Patanelli.

Front Row: Wally Weber, John Veselenak, Tad Stanford, Gene Knutson, Dick Balzhiser, Captain Dick O'Shaughnessy; Head Coach Bennie Oosterbaan; Bob Marion, Bob Topp, Ray VanderZeyde, Ron Williams, Jim Balog, Jack Blott.

1947 150 Pound Football team, UM Football

Top Row (left to right): ? Nelson*, Aram Nahabedian*, Robert Hicks, George Strong, Bradshaw McKee, James Costa, John Olson, George Sipp, Gene Kiddon, Don O'Connell, Doug Wicks.

Third Row: Barry Breakey, Ross Marshall, Byron Parshall, George Bradley, Herbert Hurell, Leon Hinz, Eugene Freed, James Smith, William Clark, Meryl Englander, Edwin Morey, Edward Rosatti.

Second: Dave Bradbury, James Sakai, Russell Buster, Robert Rodgers, assistant coach George Allen, captain, Charlie Ketterer, head coach Cliff Keen, Dick Mandeville*,? Singer*, Frank Whitehouse,

Bottom Row: John Wilcox*, Larry Shaw, ? Schnider*,? Budick*, Stanley Emerling*

*Did not earn 150 pound letter

Letterwinners not pictured: John Allred

1953 University of Michigan Football Team (full Squad)

Top Row: Ted Kress, Dave Williams, William McKinley, Larry Cox, Dave Hill, Dick Kolesar, Van Schoick, Earl Johnson, Bob Ames.

6th Row: Tony Branoff, Ed Hickey, Don Bennett, Dick Vorenkamp, Tom Hendricks, Doug Murray, Charles Ritter, Mike Orend, Carl Kamhout, Jim Kirby, Joe Krahl.

5th Row: Don Dugger, Jack Wheeler, Wilbur Brown, Jerry Gonser, Bob Sriver, Jim Bates, Ray Donohoe, Dick Strozewski, Dave Rentschler, John Kuchka, George Corey, Phil Endres.

4h Row: Gerry Williams, Gordon Barnes, Edgar Meads, Charles Krahnke, Fred Baer, Stanley Knickerbocker, Jim Fox, John Peckham, John Morrow, Dick Rex, Coach J. T. White.

3rd Row: Coach Don Robinson, Don Drake, Joe Shomsky, Lou Baldacci, Salvatore DiMucci, George Dutter, Ray Kenaga, George Muellich, Jim Bowman, Ted Cachey, Coach Bill Orwig.

2nd Row: Cliff Keen, Dean Ludwig, Duncan McDonald, Ken Shields, Peri Gagalis, Pete Wolgast, Bob Milligan, Ron Geyer, Dick Beison, Dan Cline, Art Walker, Coach Matt Patanelli.

Front Row: Wally Weber, John Veselenak, Tad Stanford, Gene Knutson, Dick Balzhiser, Captain Dick O'Shaughnessy; Head Coach Bennie Oosterbaan; Bob Marion, Bob Topp, Ray VanderZeyde, Ron Williams, Jim Balog, Jack Blott.

Peripheral circulation for low-cost central heating in old houses /

Cover title.

New homes.

Mode of access: Internet.

A taste of the big apple--housing in New York City.

Mode of access: Internet.

Su manual para la prevención de incendios en el hogar.

Mode of access: Internet.

The residential energy audit manual /

Originally published as: The residential conservation service auditor training manual.

A Review of the Environmental and Health Effects of Termiticides under Australian Conditions

There exists a major cost issue as regards termite damage to wooden structures. A factor in this cost has been the increasing trend towards slab-on-ground construction. Current literature has been reviewed in relation to concerns about the possible public/environmental health consequences of the repeated use of termiticides in large quantities. The previous, current and projected future use patterns of termiticides are reviewed in the context of techniques appropriate for termite control and treatment priorities. The phasing out of organochlorine termiticides in Australia was undertaken to minimise impact of these substances on the environment and to a lesser extent on public health. These persistent chemicals were replaced by substances with high activity but relatively low persistence in the soil. There has also been an increase in the use of alternative methods (e.g. physical barriers) for the control of termites. The transition away from organochlorine termiticides has led to a realisation that significant information gaps exist with regard to replacement chemicals and other technologies. Although relatively persistent, the organochlorine chemicals have a limited lifespan in soils. Their concentrations are gradually attenuated by processes such as transport away from the point of application and biodegradation. Wooden structures originally treated with these substances will, with the passing of time, be at risk of termite infestation. The only available option is re-treatment with chemicals currently registered for termite control. Thus, there are likely to be substantial future increases associated with the cost of re-treatment and repairs of older slab-on-ground dwellings. More information is required on Australian termite biology, taxonomy and ecology. The risks of termite infestation need to be evaluated, both locally and nationally so that susceptible or high risk areas, structures and building types can be identified and preventive measures taken in terms of design and construction. Building regulations and designs need to be able to reduce or eliminate high-risk housing; and eliminate or reduce conditions that are attractive to termites and/or facilitate termite infestation.

Fine-scale spatial genetic correlation analyses reveal strong female philopatry within a brush-tailed rock-wallaby colony in southeast Queensland

We combine spatial data on home ranges of individuals and microsatellite markers to examine patterns of fine-scale spatial genetic structure and dispersal within a brush-tailed rock-wallaby (Petrogale penicillata) colony at Hurdle Creek Valley, Queensland. Brush-tailed rock-wallabies were once abundant and widespread throughout the rocky terrain of southeastern Australia; however, populations are nearly extinct in the south of their range and in decline elsewhere. We use pairwise relatedness measures and a recent multilocus spatial autocorrelation analysis to test the hypotheses that in this species, within-colony dispersal is male-biased and that female philopatry results in spatial clusters of related females within the colony. We provide clear evidence for strong female philopatry and male-biased dispersal within this rock-wallaby colony. There was a strong, significant negative correlation between pairwise relatedness and geographical distance of individual females along only 800 m of cliff line. Spatial genetic autocorrelation analyses showed significant positive correlation for females in close proximity to each other and revealed a genetic neighbourhood size of only 600 m for females. Our study is the first to report on the fine-scale spatial genetic structure within a rock-wallaby colony and we provide the first robust evidence for strong female philopatry and spatial clustering of related females within this taxon. We discuss the ecological and conservation implications of our findings for rock-wallabies, as well as the importance of fine-scale spatial genetic patterns in studies of dispersal behaviour.

Measuring crime prevention through environmental design

Crime Prevention Through Environmental Design (CPTED) has considerable support among the built environment professions. Yet the underlying assumptions on which it is based have rarely been, effectiveness or efficacy. This paper reports the development and use of a evaluated to assess their of scale that measured the actual levels of incidental CPTED in two residential areas in Gold Coast, Australia. The scale was administered in parallel with a victimization and social attitude survey. Analysis based on the combination of the two suggests that CPTED measures may have some effect on reducing victimization, particularly the kind of CPTED measures that apply to the group of dwellings on a single street, but the effect on fear of crime is surprisingly limited. It also indicates that there is on a single street, but the of potential in the application of such a scale in a wider assessment of the effectiveness of operationalizing CPTED design measures.

Urinary porphyrins as biomarkers for arsenic exposure among susceptible populations in Guizhou Province, China

Coal is widely used in PR China. Unfortunately, coal from some areas in Guizhou Province contains elevated levels of arsenic. This has caused arsenicosis in individuals who use arsenic-contaminated coal for the purposes of heating, cooking and drying of food in poorly ventilated dwellings. The population at risk has been estimated to be approximately 200,000 people. Clinical symptoms of arsenicosis may include changes of skin pigmentation, hyperkeratosis of hand and feet, skin cancers, liver damage, persistent cough and chronic bronchitis. We analyzed the porphyrin excretion profile using a HPLC method in urine samples collected from 113 villagers who lived in Xing Ren district, a coal-bome arsenicosis endemic area and from 30 villagers from Xing Yi where arsenicosis is not prevalent. Urinary porphyrins were higher in the arsenic exposed group than those in the control group. The correlation between urinary arsenic and porphyrin concentrations demonstrated the effect of arsenic on heme biosynthesis resulting in increased porphyrin excretion. Both uroporphyrin and coproporphyrin III showed significant increases in the excretion profile of the younger age (< 20 years) arsenic-exposed group, suggesting that porphyrins could be used as early warning biomarkers of chronic arsenic exposure in humans. Greater increases of urinary arsenic and porphyrins in women, children and older age groups who spend much of their time indoors suggest that they might be at a higher risk. Whether elevated porphyrins could predict adverse health effects associated with both cancer and non-cancer end-points in chronically arsenic-exposed populations need further investigation. (c) 2005 Elsevier Inc. All rights reserved.

Enhancing employment services for people with severe mental illness: the challenge of the Australian service environment

Objectives: Comparatively few people with severe mental illness are employed despite evidence that many people within this group wish to obtain, can obtain and sustain employment, and that employment can contribute to recovery. This investigation aimed to: (i) describe the current policy and service environment within which people with severe mental illness receive employment services; (ii) identify evidence-based practices that improve employment outcomes for people with severe mental illness; (iii) determine the extent to which the current Australian policy environment is consistent with the implementation of evidence-based employment services for people with severe mental illness; and (iv) identify methods and priorities for enhancing employment services for Australians with severe mental illness through implementation of evidence-based practices. Method: Current Australian practices were identified, having reference to policy and legal documents, funding body requirements and anecdotal reports. Evidence-based employment services for people with severe mental illness were identified through examination of published reviews and the results of recent controlled trials. Results: Current policy settings support the provision of employment services for people with severe mental illness separate from clinical services. Recent studies have identified integration of clinical and employment services as a major factor in the effectiveness of employment services. This is usually achieved through co-location of employment and mental health services. Conclusions: Optimal evidence-based employment services are needed by Australians with severe mental illness. Providing optimal services is a challenge in the current policy environment. Service integration may be achieved through enhanced intersectoral links between employment and mental health service providers as well as by co-locating employment specialists within a mental health care setting.