Open Data Network

Food Insecurity by Supervisorial Districts

2014 Top 10 Indicators by Supervisorial District (Data Yr 2012)

NDSHS - Percentage of people aged 14 years and older engaging in single-occasion risky drinking at least weekly

* Estimate has a relative standard error of 25% to 50% and should be used with caution. ** Estimate has a high level of sampling error (relative standard error of 51% to 90%), meaning that it is unsuitable for most uses. # Statistically significant change between 2013 and 2016. n.p. not published because of small numbers, confidentiality or other concerns about the quality of the data. Ex-drinker - Consumed at least a full serve of alcohol, but not in the previous 12 months. Abstainers - Not consumed alcohol in the previous 12 months. Low risk - On average, had no more than 2 standard drinks per day. Risky - On average, had more than 2 standard drinks per day. At least yearly - Had more than 4 standard drinks at least once a year but not as often as monthly. At least monthly - Had more than 4 standard drinks at least once a month but not as often as weekly. At least weekly - Had more than 4 standard drinks at least once a week. Lifetime - On average, had more than 2 standard drinks per day. Monthly - Had more than 4 standard drinks on one occasion at least once a month. Note:The calculation of alcohol risk was updated in 2013. ‘Abstainers’ no longer equate to ‘never’ and ‘ex-drinkers’ combined because the calculation now excludes drinkers who did not indicate the quantity of alcohol they consumed. Trend data will not match data presented in previous reports. Refer to technical notes for further details. The data is presented by the ACT Government for the purpose of disseminating information for the benefit of the public. The ACT Government has taken great care to ensure the information in this report is as correct and accurate as possible. Whilst the information is considered to be true and correct at the date of publication, changes in circumstances after the time of publication may impact on the accuracy of the information. Differences in statistical methods and calculations, data updates and guidelines may result in the information contained in this report varying from previously published information.

BB_FY15_APPR_FFI_EMHS_VIEW

BB_FY15_Approved_Future Fiscal Impacts

Solid-State Thermionic Nuclear Power for Megawatt Propulsion, Planetary Surface and Commercial Power Project

<p>Thermionic (TI) power conversion is a promising technology first investigated for power conversion in the 1960’s, and of renewed interest due to modern advances in nanotechnology, MEMS, materials and manufacturing. Benefits include high conversion efficiency (20%), static operation with no moving parts and the potential for high reliability, greatly reduced plant complexity, and the potential for low Design, Development. Test and Evaluation (DDT&E) costs. Thermionic emission, credited to Edison in 1880, forms the basis of vacuum tubes and much of 20th century electronics. Heat can be converted into electricity when electrons emitted from a hot surface are collected across a small gap. For example, two “small” (6 kWe) Thermionic Space Reactors were flown by the USSR in 1987-88 for ocean radar reconnaissance. Higher powered Nuclear-Thermionic power systems driving Electric Propulsion (Q-thruster, VASIMR, etc.) may offer the breakthrough necessary for human Mars missions of < 1 yr round trip.</p><p>This project targets one of the most critical barriers to human deep space exploration – the means to efficiently power and rapidly propel human missions to Mars and beyond.  The project will explore the implementation of a high efficiency “Solid-State” Thermionic-based nuclear fission power systems to serve Electric Propulsion systems such as Q-thrusters, VASIMR, Hall, or other approaches.  A Solid-State approach centered around advanced Thermionic power converters would combine the high efficiency of traditional dynamic power conversion (Rankine, Brayton, Stirling) with the simplicity of a static converter with no moving parts.  The resulting system could enable Human Mars missions of < 1 year round trip by affording a system of megawatt power, low specific mass (<10 kg/kWe), greatly reduced plant complexity, and associated savings in development cost.   This project provides the initial foundation and confidence for high efficiency solid-state power converters, and early definition of enabled human exploration systems and missions (ex. Megawatt Electric Propulsion, Moon/Mars Surface Power).  Subsequent converter development will improve readiness and lifetime, leading to “flight ready” articles.  An intermediate NASA infusion step would demonstrate kilowatt-class nuclear power systems applicable to Moon or Mars surface.  Human vehicle system development would then integrate these converters with DOE nuclear reactor technology, NASA balance of plant (ex. radiators, PMAD), and electric propulsion (ex. Q-thrusters, VASIMR, Hall thrusters) to develop an “ultimate” NASA application of a Human Mars Megawatt-class Nuclear Electric Propulsion vehicle and mission.  Terrestrial applications would be informed/infused resulting in high efficiency power systems with greatly reduced complexity and cost.                       </p>

Airline Passenger and Freight Traffic (T100) - International Market Data, U.S. and Foreign Air Carriers Traffic and Capacity (World Area Code) May 2013

The Air Carrier Statistics database, also known as the T-100 data bank, contains domestic and international airline market and segment data. certificated U.S. air carriers report monthly air carrier traffic information using Form T-100. Foreign carriers having at least one point of service in the United States or one of its territories report monthly air carrier traffic information using Form T-100(f). The data is collected by the Office of Airline Information, Bureau of Transportation Statistics, Research and Innovative Technology Administration.

Homepage Checkbook

PSP_FY16_REC_Recommended_Changes_DGS_View

PSP FY16 REC Recommended Changes

Elites Revenue - General Fund

demo form

training to learn

Motor Vehicle Administration (MVA) Energy Usage (kWh), Two Year Comparison: Line Chart

To substantially reduce energy costs and consumption by State government, an energy/electricity competition was established in 2011 between the 16 largest energy-using agencies. Each agency's consumption of electricity (kWh) and total energy (MMBTU) from significant facilities is monitored in relation to a baseline year of FY 2008. Significant facilities are those that have been occupied by the State since 2008 and are air-conditioned. An overall goal is set for State agencies to reduce energy/electricity consumption by 15% by 2015 to Lead By Example. To view how the State and each of the 16 agencies are performing, please select between energy and electricity, and select an agency using the options to the right. The Fiscal Year (FY) 2013 runs from July 1, 2012 through June 30, 2013. The Fiscal Year 2014 runs from July 1, 2013 through June 30, 2014.