Guidance issued by the General Accounting Office with an abstract that begins "This publication supersedes AIMD-21.2.5, Seized Property and Forfeited Assets System Requirements: Checklist for Reviewing Systems Under the Federal Financial Management Improvement Act (Exposure Draft), April 2000. GAO published a guide to help agencies and internal auditors maintain their financial management systems in compliance with the Federal Financial Management Improvement Act of 1996. This checklist is intended to assist: (1) agencies in implementing and monitoring their seized property and forfeited systems, and (2) managers and auditors in reviewing agency seized property and forfeited systems to determine if they substantially comply with the act."

The National Museum of the Pacific War presents an oral interview with Paul F. Stevens. Stevens grew up in Missouri and participated in the college pilot training program. He joined the Navy in 1941. After training, he was assigned to the PBY-3. He was on a maneuver when a Morse code message came in that Oahu was being attacked. The next day he was part of a counter attack on the Japanese Fleet. Eventually he went to Perth, Australia and flew ""negative patrols."" In June 1943 he went up to Port Moresby. In November 1943, he returned to the U.S. and joined the Patrol Bomb Squadron 104 (VPB-104). He trained on the B-24 Liberator. He deployed to Morotai in November 1944. In December he moved to Tacloban, Leyte. He describes an attack on a Japanese force in Mindoro during December. In March 1945, Stevens is at Paul Field. He discusses two court martial proceedings related to his actions and shooting down Vice Admiral Yamagata. Later the admiral's granddaughter Myhoko Yamagata contacts Stevens.

A substantial portion of the US population suffers frequently from communicable respiratory illnesses, allergy and asthma symptoms, and sick building syndrome symptoms. We now have increasingly strong evidence that changes in building design, operation, and maintenance can significantly reduce these illnesses. Decreasing the prevalence or severity of these health effects would lead to lower health care costs, reduced sick leave, and shorter periods of illness-impaired work performance, resulting in annual economic benefits for the US in the tens of billions of dollars. Increasing the awareness of these potential health and economic gains, combined with other factors, could help bring about a shift in the way we design, construct, operate, and occupy buildings. The current goal of providing marginally adequate indoor environments could be replaced by the goal of providing indoor environments that maximize the health, satisfaction, and performance of building occupants. Through research and technology transfer, DOE and its contractors are well positioned to help stimulate this shift in practice and, consequently, improve the health and economic well-being of the US population. Additionally, DOE's energy-efficiency interests would be best served by a program that prepares for the potential shift, specifically by identifying and promoting the most energy-efficient methods of improving …

The National Museum of the Pacific War presents an oral interview with Edward Jacquet. He was born in Racine, Wisconsin August 29, 1918. He joined the Army Air Corps as a flying cadet in February 1940 and was assigned to the 19th Bombardment Group. He recalls arriving at Clark Field in early November 1941. After the Japanese invasion of the Philippines, Jacquet flew B-17s conducting various missions between Luzon and Mindanao until his plane was too damaged to fly. He describes how he was then placed in command of a Filipino Reservist machine gun platoon in the village of Cagayan. Jacquet lived several weeks with the natives until he contracted malaria and was evacuated to Java in January 1942. He describes his escape from Java to Melbourne, Australia, where he was hospitalized with dengue fever. Upon discharge from the hospital, he was assigned to demonstrate the B-17 to several high-ranking Australian officers. He also recounts several bombing missions to New Guinea in the spring of 1942, including sorties to the Japanese Naval Base at Rabaul. He returned to the United States in December 1942. During the following year and a half he trained B-29 crews and was sent to Wendover, …

Transcript of an oral interview with Mr. Iwashita. From his Japanese Naval Academy class of 360, he was among 120 selected for flight training. Upon completion, he was chosen to be an instructor. After eight months serving as an instructor, Iwashita was assigned to combat duty with the 301st Air WIng at Yokosuka. Iwashita describes using aerial bombs to destroy attacking American bombers.

A comprehensive investigation of natural and manmade silicate glasses, and nuclear melt glass was undertaken in order to derive an estimate of glass reactive surface area. Reactive surface area is needed to model release rates of radionuclides from nuclear melt glass in the subsurface. Because of the limited availability of nuclear melt glasses, natural volcanic glass samples were collected which had similar textures and compositions as those of melt glass. A flow-through reactor was used to measure the reactive surface area of the analog glasses in the presence of simplified NTS site ground waters. A measure of the physical surface area of these glasses was obtained using the BET gas-adsorption method. The studies on analog glasses were supplemented by measurement of the surface areas of pieces of actual melt glass using the BET method. The variability of the results reflect the sample preparation and measurement techniques used, as well as textural heterogeneity inherent to these samples. Based on measurements of analog and actual samples, it is recommended that the hydraulic source term calculations employ a range of 0.001 to 0.01 m{sup 2}/g for the reactive surface area of nuclear melt glass.

The National Museum of the Pacific War presents an oral interview with Edward Jacquet. He was born in Racine, Wisconsin August 29, 1918. He joined the Army Air Corps as a flying cadet in February 1940 and was assigned to the 19th Bombardment Group. He recalls arriving at Clark Field in early November 1941. After the Japanese invasion of the Philippines, Jacquet flew B-17s conducting various missions between Luzon and Mindanao until his plane was too damaged to fly. He describes how he was then placed in command of a Filipino Reservist machine gun platoon in the village of Cagayan. Jacquet lived several weeks with the natives until he contracted malaria and was evacuated to Java in January 1942. He describes his escape from Java to Melbourne, Australia, where he was hospitalized with dengue fever. Upon discharge from the hospital, he was assigned to demonstrate the B-17 to several high-ranking Australian officers. He also recounts several bombing missions to New Guinea in the spring of 1942, including sorties to the Japanese Naval Base at Rabaul. He returned to the United States in December 1942. During the following year and a half he trained B-29 crews and was sent to Wendover, …

Prior to 1989, annual reports of environmental monitoring and assessment results for the Nevada Test Site (NTS) were prepared in two separate parts. Onsite effluent monitoring and environmental monitoring results were reported in an onsite report prepared by the U.S. Department of Energy, Nevada Operations Office (DOE/NV). Results of the Offsite Radiological Surveillance and Long-Term Hydrological Monitoring programs conducted by the U.S. Environmental Protection Agency's (EPA's) Laboratory (various names) in Las Vegas, Nevada, were reported separately by that Agency. Beginning with the 1989 Annual Site Environmental Report for the NTS, these two documents were combined into a single report to provide a more comprehensive annual documentation of the environmental protection activities conducted for the nuclear testing program and other nuclear and non-nuclear operations at the NTS. The two agencies have coordinated preparation of this eleventh combined onsite and offsite report through sharing of information on environmental surveillance and releases as well as meteorological, hydrological, and other supporting data used in dose-estimation calculations.

Brookhaven National Laboratory is a multidisciplinary laboratory in the Department of Energy National Laboratory system and plays a lead role in the DOE Science and Technology mission. The Laboratory also contributes to the DOE missions in Energy Resources, Environmental Quality, and National Security. Brookhaven strives for excellence in its science research and in facility operations and manages its activities with particular sensitivity to environmental and community issues. The Laboratory's programs are aligned continuously with the goals and objectives of the DOE through an Integrated Planning Process. This Institutional Plan summarizes the portfolio of research and capabilities that will assure success in the Laboratory's mission in the future. It also sets forth BNL strategies for our programs and for management of the Laboratory. The Department of Energy national laboratory system provides extensive capabilities in both world class research expertise and unique facilities that cannot exist without federal support. Through these national resources, which are available to researchers from industry, universities, other government agencies and other nations, the Department advances the energy, environmental, economic and national security well being of the US, provides for the international advancement of science, and educates future scientists and engineers.