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This Opportunity Assessment is a scoping study to determine what is currently understood about residential solar pre-cooling and pre-heating (SPC/H) and therefore guide where RACE for 2030 should focus its research efforts. The intended outcome of SPC/H is to cost effectively shift solar energy from when it is abundant to when energy is required for heating and cooling. The purpose is to achieve grid load smoothing which is expected to address and peak demand and minimum demand, leading to lower customer electricity bills, and improved solar hosting capacity. This Opportunity Assessment constituted literature reviews and modelling. A desktop review of market status and industry practice identified the state of the industry, particularly what is working and not working. A further literature review, supplemented by interviews with experts and stakeholders representing consumer bodies and industry associations, studied the feasibility of SPC/H for Australian houses from the consumers’ perspective, looking at their attitudes to remote control, comfort expectations, and incentives. The reviews inform the analysis of barriers and solutions. As an input to the scenario analysis, a ‘suitable’ home was characterised by analysing the expected building performances at different house thermal efficiency levels. The scenario analysis estimated at high-level the number of homes with both air conditioning (AC) and PV systems that could effectively be pre-cooled or pre-heated to identify the technical and economic potential of SPC/H and indicatively quantify potential benefits and costs and the range of potential impacts on cost, peak load, potential for PV uptake, and emissions reduction. Through a series of workshops, conversations and document reviews, the delivery team identified priority research questions and business opportunities, including specific identification of knowledge gaps, required enabling technologies, and desirable demonstrations

The field of energy forecasting has attracted many researchers from different fields (e.g., meteorology, data sciences, mechanical or electrical engineering) over the last decade. Solar forecasting is a fast-growing sub-domain of energy forecasting. Despite several previous attempts, the methods and measures used for verification of deterministic (also known as single-valued or point) solar forecasts are still far from being standardized, making forecast analysis and comparison difficult. To analyze and compare solar forecasts, the well-established Murphy-Winkler framework for distribution-oriented forecast verification is recommended as a standard practice. This framework examines aspects of forecast quality, such as reliability, resolution, association, or discrimination, and analyzes the joint distribution of forecasts and observations, which contains all time-independent information relevant to verification. To verify forecasts, one can use any graphical display or mathematical/statistical measure to provide insights and summarize the aspects of forecast quality. The majority of graphical methods and accuracy measures known to solar forecasters are specific methods under this general framework. Additionally, measuring the overall skillfulness of forecasters is also of general interest. The use of the root mean square error (RMSE) skill score based on the optimal convex combination of climatology and persistence methods is highly recommended. By standardizing the accuracy measure and reference forecasting method, the RMSE skill score allows-with appropriate caveats-comparison of forecasts made using different models, across different locations and time periods.

Electricity generation is vital in developed countries to power the many mechanical and electrical devices that people require. Unfortunately electricity generation is costly. Though electricity can be generated it cannot be stored efficiently. Electricity generation is also difficult to manage because exact demand is unknown from one instant to the next. A number of services are required to manage fluctuations in electricity demand, and to protect the system when frequency falls too low. A current approach is called automatic under frequency load shedding (AUFLS). This article proposes new methods for optimising AUFLS in New Zealand’s power system. The core ideas were developed during the 2015 Maths and Industry Study Group (MISG) in Brisbane, Australia. The problem has been motivated by Transpower Limited, a company that manages New Zealand’s power system and transports bulk electricity from where it is generated to where it is needed. The approaches developed in this article can be used in electrical power systems anywhere in the world.

In this paper, seaweed cultivation is mathematically modelled. The potential use of the crop to consume by-products from ethanol production is considered with a feasibility study and simple financial model. The growth of seaweed is described using differential equations and considering various factors such as solar radiation.

Climate change is leading to an increased frequency and severity of heat waves. Spells of several consecutive days of unusually high temperatures have led to increased mortality rates for the more vulnerable in the community. The problem is compounded by the escalating energy costs and increasing peak electrical demand as people become more reliant on air conditioning. Domestic air conditioning is the primary determinant of peak power demand which has been a major driver of higher electricity costs. This report presents the findings of multidisciplinary research which develops a national framework to evaluate the potential impacts of heat waves. It presents a technical, social and economic approach to adapt Australian residential buildings to ameliorate the impact of heat waves in the community and reduce the risk of its adverse outcomes. Through the development of a methodology for estimating the impact of global warming on key weather parameters in 2030 and 2050, it is possible to re-evaluate the size and anticipated energy consumption of air conditioners in future years for various climate zones in Australia. Over the coming decades it is likely that mainland Australia will require more cooling than heating. While in some parts the total electricity usage for heating and cooling may remain unchanged, there is an overall significant increase in peak electricity demand, likely to further drive electricity prices. Through monitoring groups of households in South Australia, New South Wales and Queensland, the impact of heat waves on both thermal comfort sensation and energy consumption for air conditioning has been evaluated. The results show that households are likely to be able to tolerate slightly increased temperature levels indoors during periods of high outside temperatures. The research identified that household electricity costs are likely to rise above what is currently projected due to the impact of climate change. Through a number of regulatory changes to

To obtain accurate information from a structural tool it is necessary to have an understanding of the physical principles which govern the interaction between the probe and the sample under investigation. In this thesis a detailed study of the physical basis for Extended X-ray Absorption Fine Structure (EXAFS) spectroscopy is presented. A single scattering formalism of EXAFS is introduced which allows a rigorous treatment of the central atom potential. A final state interaction formalism of EXAFS is also discussed. Multiple scattering processes are shown to be significant for systems of certain geometries. The standard single scattering EXAFS analysis produces erroneous results if the data contain a large multiple scattering contribution. The effect of thermal vibrations on such multiple scattering paths is also discussed. From symmetry considerations it is shown that only certain normal modes contribute to the Debye-Waller factor for a particular scattering path. Furthermore, changes in the scattering angles induced by thermal vibrations produces additional EXAFS components called modification factors. These factors are shown to be small for most systems. A study of the physical basis for the determination of structural information from EXAFS data is also presented. An objective method of determining the background absorption and the threshold energy is discussed and involves Gaussian functions. In addition, a scheme to determine the nature of the scattering atom in EXAFS experiments is introduced. This scheme is based on the fact that the phase intercept is a measure of the type of scattering atom. A method to determine bond distances is also discussed and does not require the use of model compounds or calculated phase shifts. The physical basis for this method is the absence of a linear term in the scattering phases. Therefore, it is possible to separate these phases from the linear term containing the distance information in the total phase.

To obtain accurate information from a structural tool it is necessary to have an understanding of the physical principles which govern the interaction between the probe and the sample under investigation. In this thesis a detailed study of the physical basis for Extended X-ray Absorption Fine Structure (EXAFS) spectroscopy is presented. A single scattering formalism of EXAFS is introduced which allows a rigorous treatment of the central atom potential. A final state interaction formalism of EXAFS is also discussed. Multiple scattering processes are shown to be significant for systems of certain geometries. The standard single scattering EXAFS analysis produces erroneous results if the data contain a large multiple scattering contribution. The effect of thermal vibrations on such multiple scattering paths is also discussed. From symmetry considerations it is shown that only certain normal modes contribute to the Debye-Waller factor for a particular scattering path. Furthermore, changes in the scattering angles induced by thermal vibrations produces additional EXAFS components called modification factors. These factors are shown to be small for most systems. A study of the physical basis for the determination of structural information from EXAFS data is also presented. An objective method of determining the background absorption and the threshold energy is discussed and involves Gaussian functions. In addition, a scheme to determine the nature of the scattering atom in EXAFS experiments is introduced. This scheme is based on the fact that the phase intercept is a measure of the type of scattering atom. A method to determine bond distances is also discussed and does not require the use of model compounds or calculated phase shifts. The physical basis for this method is the absence of a linear term in the scattering phases. Therefore, it is possible to separate these phases from the linear term containing the distance information in the total phase.

To obtain accurate information from a structural tool it is necessary to have an understanding of the physical principles which govern the interaction between the probe and the sample under investigation. In this thesis a detailed study of the physical basis for Extended X-ray Absorption Fine Structure (EXAFS) spectroscopy is presented. A single scattering formalism of EXAFS is introduced which allows a rigorous treatment of the central atom potential. A final state interaction formalism of EXAFS is also discussed. Multiple scattering processes are shown to be significant for systems of certain geometries. The standard single scattering EXAFS analysis produces erroneous results if the data contain a large multiple scattering contribution. The effect of thermal vibrations on such multiple scattering paths is also discussed. From symmetry considerations it is shown that only certain normal modes contribute to the Debye-Waller factor for a particular scattering path. Furthermore, changes in the scattering angles induced by thermal vibrations produces additional EXAFS components called modification factors. These factors are shown to be small for most systems. A study of the physical basis for the determination of structural information from EXAFS data is also presented. An objective method of determining the background absorption and the threshold energy is discussed and involves Gaussian functions. In addition, a scheme to determine the nature of the scattering atom in EXAFS experiments is introduced. This scheme is based on the fact that the phase intercept is a measure of the type of scattering atom. A method to determine bond distances is also discussed and does not require the use of model compounds or calculated phase shifts. The physical basis for this method is the absence of a linear term in the scattering phases. Therefore, it is possible to separate these phases from the linear term containing the distance information in the total phase.

Minutes of a meeting of the Mount Rushmore National Memorial Commission. A quorum was not present and the meeting was therefore informal. The auditor's report and the report of the chairman of the executive committee are included. Gutzon Borglum was in attendance and presented his annual report.

Meeting minutes of the Mount Rushmore National Memorial Commission, including a record of the members present and the appointment of Louis B. Hanna as a member of the executive committee, to fill the vacancy created by the death of Peter Norbeck. The meeting adjourned on account of no quorum.

Meeting minutes of the Mount Rushmore National Memorial Commission, including disbursements, expenses, Gutzon Borglum's honorarium, Borglum's report, the executive committee's reports, and a detailed budget.

Minutes of a meeting of the Mount Rushmore National Memorial Commission including telegrams from members who could not attend. Representative Greenway was nominated to take a vacancy on the commission. Additional matters covered include the specific duties and powers of the commission, Gutzon Borglum's contract, publicity for the memorial, the Pageant of the Americas, and the financial condition of the commission.

The report is based on a review of both published and unpublished water demand forecasting literature providing an annotated description of each including reference. (Author), Report on Water Conservation and Supply Information Transfer and Analysis Program.

The report describes the concepts, procedures, and measurement techniques which can be used in developing and evaluating water conservation proposals applicable to municipal and industrial uses of water. (Author)

The report is based on a review of both published and unpublished conservation literature providing an annotated description of each, including reference. (Author)

The report has formulated a definition of water conservation, assessed the adequacy of knowledge on the available conservation measures, and identified the requirements and needs for implementation. (Author)

The report presents practical guides to forecasting water use under four distinct applications providing specific suggestions for approaches to common problems. (Author)

The information contained in this volume is designed to assist planners in the application of the planning methodology described in The Evaluation of Water Conservation for Municipal and Industrial Water Supply: Procedures Manual. The primary objectives of this volume are to update and revise the existing Annotated Bibliography on Water Conservation, making it a more useful reference for planners, and also to identify, describe, and discuss the underlying rationale, special problems, and useful sources of information for each of the required steps in the Procedures Manual. (Author), Report on Water Conservation and Supply Information Transfer and Analysis Program.

This report consists of accounts of illustrative applications of proposed planning procedures under two different sets of circumstances. These applications, based on data from Atlanta, Georgia and Tucson, Arizona metropolitan areas, include hypothetical as well as actual data, and do not represent complete applications in either locality. They show methods, approaches, techniques; they do not show results or conclusions. (Author)

The purpose of this study is to assess current water use forecasting practice in the U.S. Army Corps of Engineers and to recommend those additional approaches which best satisfy current requirements. To accomplish these objectives, this report presents the findings of a three-prong investigation: (1) identification of current needs for improved forecasting approaches in light of the current requirements; (2)review and assessment of current forecasting approaches; and (3) recommendation of the most appropriate forecasting approaches which meet the identified needs and satisfy current requirements. Data were obtained from personal interviews with field planners in 6 districts and 3 divisions, from a questionnaire to 35 districts and 11 divisions, and from the analysis of 27 Corps studies that had forecasted demand., Report on Water Conservation and Supply Information Transfer and Analysis Program.

UNCLASSIFIED Technical Report h distributed by n«f«nse Technical Information Center EFENSE LOGISTICS AGENCY Cameron Station »Alexandria, Virginia 22314 UNCLASSIFIED BUREAU OF RECLAMATION DENVER LIBRARY 92057219 A D A 0 9 2 9 8 9 r*> f 5 ». s y ¿i'S.^3 CONTRACT NUMBER DACW72-79-C-0018 THE EVALUATION OF WATER CONSERVATION FOR MUNICIPAL AND INDUSTRIAL WATER SUPPLY Procedures Manual i b 1 r - ' \ *• APRIL 1980 CONTRACT REPORT 80-1 A P P R O V ED F O « PUBL IC RCLCASC DI S TRIBUT ION U N UM l f CO I oo ^^ LU ~2 1 5 \ ' - DEC 1 ? tSGO A Submitted to: l; S ARMY ENGINEER 0 U ISTITUTE FOR □tm? UJRTER RESOURCES KINGMAN BUIOING FORT BEI VOIR VIRGINIA 'W 1 I 1I1I !1 1I19XI I II1 V SECURIT Y CLASSIFICATION OF THtS PAGE (When Pete Entered) p / - 1WR [Contract Reports 80^1 L Thi Evaluation of Water Coifservation .for j Municipal and Industrial Wdter Supply^V“^ Procedures ManualÇ \ 6 7. A u T H O R f* J 0s ' 11. c o n t r o l l i n g o f f i c e n a m e a n o a d d r e s s / . . U.s. Army Engr. Institute for Water Resources i f f Kingman Building Fort Belvoir, Virginia 22060 r e p o r t n u m b e r REPORT DOCUMENTATION PAGE 2. GOVT ACCESSION NO T IT L E (end Sub» Ute) Duane D.^Bauraann,' John J. .j Boland J John H.jsims PERFORMING ORGANIZATION NAME AND ADDRESS f Planning and Management Consultants Ltd. Post Office Box 927 Carbondale, Illinois 62901 ÌÀ MONITORING AGENCY n a m e ft APPRESSO/ diti*tant fromControïïtng Ottica) ‘l>\ZL BEFROERAED C IONMSTPRLUETCITNIGO NFSÓ RI! R ECIPIENT'S CATALOG NUMBER mP E OF R EPORT A PERIOD COVERED Final r / 6. PERfORMING ORG. REPORT NUMBER tO N T R A C I OR GRANT N UMB ER^ £ DACW72 -79C-ag l 8 ^ 10. PROGRAM ELEMENT. PROJECT, 1 AR EA A WORK UNIT NUMBERS 2±ÂEPO W »** »ORT O A T S ' j T A p r U 1980 - raH ïOM ÔEH Ò F P AGES ~~ 73 IS. SECURITY CLASS, (ot thte report) Unclassified 15«. OECL ASSI FICATION/DOWNGRADING SCHEDULE 16- DISTRIBUTION STATEMENT (ot thte Report) Approved for public release; distribution unlimited 17. DISTRIBUTION STATEMENT (ot the

BUREAU OF RECLAMATION DENVER LIBRARY Y* k ~yŸ W ci" b US Army Corps of Engineers Engineer Institute for Water Resources T 2 dmb 7 a LIBkaky COPY f May 1981 IWR Contract Report 81-C05 92014678 iHMg _______ Unclassified______________ _ S E C U R IT Y C LA S S IF IC A T IO N O F THIS P A G E (When Data Entered) REPORT DOCUMENTATION PAGE READ INSTRUCTIONS BEFORE COMPLETING FORM t. R E P O R T N UM B E R fm k SÙfàr Contract R e p o r t 81-C05 2. G O V T ACCESSION NO. 3. R E C IP IE N T 'S C A T A LO G N UM B ER 4. T I T L E (and Subtitle) V 3 An Assessment of M unicipal and Industrial W a t e r Use Forec a s t i n g A p p r oaches 3 ----A....... .................. ................- .......... - . . ............ 5. T Y P E O F R E P O R T & P E R IO D C O V E R ED Final 6. P E R FO R M IN G ORG. R E P O R J N UM B ER 7 / A U T H O R S ^ J o h n J . Boland Duane D . Bau m a n n ^ Benedyki Dz i e g i e l e w s k i f ) 8. C O N T R A C T O R G R A N T N U M B

Analytical Bibliography for Water Supply and Conservation Techniques r*** fttm4 Water Conservation and Supply Information Transfer and Analysis Program : January 1 982 ~'] j . Contract import 82-C07 sDT1C E LEC T ir' MAY 5 *982 92011876 _____ U N C L A S S I F I E D _____ S E C U R IT Y CLASSI F lC A T lO N OF T h i s F A G € (When Dmtm Kntered) REPORT DOCUMENTATION PAGE READ INSTRUCTIONS BEFORE COMPLETING FORM 1. R E POR T N UM B E R IWR Contract Report 82-C07 2 . G O V T ACCESSION NO. m - - Ì I H 3CY 3 R E C IP IE N T ’ S C A T A LO G NUMB ER 4. T I T L E (m u t S u b title ) Analytical Bibliography For Water Supply and 5 T Y P E O F R E P O R T 4 P E R IO D C O V E R E D Contract G u u a e i v a i i u u l e u u i u ^ u c s « P ER FO RM ING ORG, R E P O R T N UMBER 7. AUTMORfu i John Boland, Benedykt Dziegielewski, Duane Baumann, and Chuck Turner • . C O N T R A C T o r G R A N T N UMBCRf .J DACW72-80-C-0028 9. P E R FO R M IN G O R G A N IZ A T IO N NAME ANO ADDRESS Planning and Management Consultants, Ltd. 808 West Main Street Carbondale, Illinois 62901 10. p r o g r a m e l e m e n t . P R O J E C T . TASK AREA 4 WORK U N IT NUMBERS 11. C O N T R O L L IN G O F F IC E NAME ANO AOORESS U.S. Army Engineer Institute for Water Resources 12. R E POR T D A T E January 1982 Kingman Building Fort Belvoir, Virginia 22060 13. NUMBER O F PAGES 230 14. MO N ITO R ING AG EN C Y NAME 4 AOORESSf / f d ltle re n t from C o n tro llin g O ffic e ) U.S. Array Engineer Institute for Water Resources Kingman Building IS. S EC U R IT Y CLASS, (o t th ie report) Unclassified Fort Belvoir, Virginia 22060 ts * . OEC LAS StF lC AT IO N /DOWNG R A D IN G SCH ED U LE IS . D IS T R IB U T IO N S T A T EM E N T (o f thim R eport) Unlimited 17. D IS T R IB U T IO N S T A T EM E N T (o 1 th e e b e tte c t ente red in B lo c k 20, tt d i t t e r a i from Report) Unlimited 1«. S U P P L EM E N T A R Y NO T E S 19. K E Y WORDS ( Contin u• on revecee » id * i l n e ce e ee ry end id e n tify by

A generalized formalism for the EXAFS effect is presented. The full T operator in the Lippmann–Schwinger equation is expanded and the first term and part of the second term are seen to effectively correspond to single scattering EXAFS processes. The latter term includes secondary scattering by the absorber, and within this formalism it is this term that introduces the central atom phase shift. The expression obtained for the single scattering problem is identical with that found by other investigators. A solution to the general EXAFS problem involving an absorbing atom and two neighboring atoms is also presented. The expression differs from that previously reported [B. K. Teo, J. Am. Chem. Soc. 103, 3990 (1981)]. Multiple scattering is seen to contribute increasingly to the EXAFS as the three atoms approach colinearity. Both the amplitude and frequency of the multiple scattering components are functions of the geometry of the system. The model systems studied indicate that, in many cases, multiple scattering effects must be considered in the analysis of non-nearest-neighbor shells. The theory may readily be extended to systems and scattering paths of arbitrary complexity.

A generalized formalism for the EXAFS effect is presented. The full T operator in the Lippmann–Schwinger equation is expanded and the first term and part of the second term are seen to effectively correspond to single scattering EXAFS processes. The latter term includes secondary scattering by the absorber, and within this formalism it is this term that introduces the central atom phase shift. The expression obtained for the single scattering problem is identical with that found by other investigators. A solution to the general EXAFS problem involving an absorbing atom and two neighboring atoms is also presented. The expression differs from that previously reported [B. K. Teo, J. Am. Chem. Soc. 103, 3990 (1981)]. Multiple scattering is seen to contribute increasingly to the EXAFS as the three atoms approach colinearity. Both the amplitude and frequency of the multiple scattering components are functions of the geometry of the system. The model systems studied indicate that, in many cases, multiple scattering effects must be considered in the analysis of non-nearest-neighbor shells. The theory may readily be extended to systems and scattering paths of arbitrary complexity.

US Army Corps of Engineers Engineer Institute for Water Resources Forecasting Municipal and Industrial Water Use: A HANDBOOK OF METHODS July 1983 Contract Report 83C-01UNCLASSIFIEDSECURITY CLASSIFICATION OF THIS PAGE (When Data Entered) REPORT DOCUMENTATION PAGEREAD INSTRUCTIONSBEFORE COMPLETING FORM2. GOVT ACCESSION NO.3. RECIPIENT’S CATALOG NUMBER1. REPORT NUMBERContract Report - 83C-015. TYPE OF REPORT & PERIOD COVERED4. TITLE (and Subtitle)Forecasting Municipal and Industrial WaterFinalUse: A Handbook of Methods6. PERFORMING ORG. REPORT NUMBER8. CONTRACT OR GRANT NUMBERfs)7. AUTHORfs; John J. Boland Jane L. PaceyWai-See Moy Roland C. SteinerDept, of Geography & Environmental EngineeringJohn Hopkins University, Baltimore, MD 2121810. PROGRAM ELEMENT, PROJECT, TASK9. PERFORMING ORGANIZATION NAME AND ADDRESSAREA & WORK UNIT NUMBERSU.S. Army Corps of EngineersInstitute for Water ResourcesFt. Belvoir, VA 2206012. REPORT DATE11. CONTROLLING OFFICE NAME AND ADDRESSU.S. Army Corps of EngineersJuly 198313. NUMBER OF PAGESInstitute for Water Resources211Ft. Belvoir, VA 2206014. MONITORING AGENCY NAME a ADDRESS^// different from Controlling Office)15. SECURITY CLASS, (of this report)Unclassified15a. DECL ASSI FI C ATI ON/DOWN GR ADI N GSCHEDULE16. DISTRIBUTION ST AT EM ENT (of thia Report)Approved for public release; distribution unlimited17. DISTRIBUTION STATEMENT (of the abstract entered in Block 20, if different from Report)18. SUPPLEMENTARY NOTES19. KEY WORDS (Continue on reverse side if necessary and identify by block number)Water use forecasting; water supply; water use data; forecasting methods; forecast requirements20. ABSTRACT CCotrtfnue on reverse aide ft necessary and identify by block number)The report presents practical guides to forecasting water use under four distinct applications providing specific suggestions for approaches to common problems. DD i jah^73 U73 EDITION OF t NOV 65 IS OBSOLETE UNCLASSIFIEDSECURITY CLASSIFICATION OF THIS PAGE (When Data Enter

Analytical Bibliography for Water Supply and Conservation Techniques r*** fttm4 Water Conservation and Supply Information Transfer and Analysis Program : January 1 982 ~'] j . Contract import 82-C07 sDT1C E LEC T ir' MAY 5 *982 92011876 _____ U N C L A S S I F I E D _____ S E C U R IT Y CLASSI F lC A T lO N OF T h i s F A G € (When Dmtm Kntered) REPORT DOCUMENTATION PAGE READ INSTRUCTIONS BEFORE COMPLETING FORM 1. R E POR T N UM B E R IWR Contract Report 82-C07 2 . G O V T ACCESSION NO. m - - Ì I H 3CY 3 R E C IP IE N T ’ S C A T A LO G NUMB ER 4. T I T L E (m u t S u b title ) Analytical Bibliography For Water Supply and 5 T Y P E O F R E P O R T 4 P E R IO D C O V E R E D Contract G u u a e i v a i i u u l e u u i u ^ u c s « P ER FO RM ING ORG, R E P O R T N UMBER 7. AUTMORfu i John Boland, Benedykt Dziegielewski, Duane Baumann, and Chuck Turner • . C O N T R A C T o r G R A N T N UMBCRf .J DACW72-80-C-0028 9. P E R FO R M IN G O R G A N IZ A T IO N NAME ANO ADDRESS Planning and Management Consultants, Ltd. 808 West Main Street Carbondale, Illinois 62901 10. p r o g r a m e l e m e n t . P R O J E C T . TASK AREA 4 WORK U N IT NUMBERS 11. C O N T R O L L IN G O F F IC E NAME ANO AOORESS U.S. Army Engineer Institute for Water Resources 12. R E POR T D A T E January 1982 Kingman Building Fort Belvoir, Virginia 22060 13. NUMBER O F PAGES 230 14. MO N ITO R ING AG EN C Y NAME 4 AOORESSf / f d ltle re n t from C o n tro llin g O ffic e ) U.S. Array Engineer Institute for Water Resources Kingman Building IS. S EC U R IT Y CLASS, (o t th ie report) Unclassified Fort Belvoir, Virginia 22060 ts * . OEC LAS StF lC AT IO N /DOWNG R A D IN G SCH ED U LE IS . D IS T R IB U T IO N S T A T EM E N T (o f thim R eport) Unlimited 17. D IS T R IB U T IO N S T A T EM E N T (o 1 th e e b e tte c t ente red in B lo c k 20, tt d i t t e r a i from Report) Unlimited 1«. S U P P L EM E N T A R Y NO T E S 19. K E Y WORDS ( Contin u• on revecee » id * i l n e ce e ee ry end id e n tify by

BUREAU OF RECLAMATION DENVER LIBRARY Y* k ~yŸ W ci" b US Army Corps of Engineers Engineer Institute for Water Resources T 2 dmb 7 a LIBkaky COPY f May 1981 IWR Contract Report 81-C05 92014678 iHMg _______ Unclassified______________ _ S E C U R IT Y C LA S S IF IC A T IO N O F THIS P A G E (When Data Entered) REPORT DOCUMENTATION PAGE READ INSTRUCTIONS BEFORE COMPLETING FORM t. R E P O R T N UM B E R fm k SÙfàr Contract R e p o r t 81-C05 2. G O V T ACCESSION NO. 3. R E C IP IE N T 'S C A T A LO G N UM B ER 4. T I T L E (and Subtitle) V 3 An Assessment of M unicipal and Industrial W a t e r Use Forec a s t i n g A p p r oaches 3 ----A....... .................. ................- .......... - . . ............ 5. T Y P E O F R E P O R T & P E R IO D C O V E R ED Final 6. P E R FO R M IN G ORG. R E P O R J N UM B ER 7 / A U T H O R S ^ J o h n J . Boland Duane D . Bau m a n n ^ Benedyki Dz i e g i e l e w s k i f ) 8. C O N T R A C T O R G R A N T N U M B

Financial statement for the Mount Rushmore National Memorial Commission from January 1, 1935, to February 1, 1935. Statement includes receipts and disbursements.

Financial statement of the Mount Rushmore National Memorial Commission for January 1935. Statement includes receipts and disbursements.

Financial statement for the Mount Rushmore National Memorial Commission from July 1, 1934, to August 1, 1934. Statement includes receipts and disbursements.

Financial statement for the Mount Rushmore National Memorial Commission from May 1, 1934, to June 1, 1934. Statement includes receipts and disbursements.

Financial statement for the Mount Rushmore National Memorial Commission from April 1, 1934, to May 1, 1934. Statement includes receipts and disbursements.

Financial statement for the Mount Rushmore National Memorial Commission from June 1, 1934, to July 1, 1934. Statement includes receipts and disbursements.