Reforming International Institutions: Another World Is Possible
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Technological Change in the Australian Irrigation Industry: Implications for Future Resource Management and Policy Development Shahbaz Mushtaq and Tek N
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by University of Southern Queensland ePrints Technological change in the Australian irrigation industry: implications for future resource management and policy development Shahbaz Mushtaq and Tek N. Maraseni Waterlines Report Series No 53, August 2011 NATIONAL WATER COMMISSION — WATERLINES i Waterlines This paper is part of a series of works commissioned by the National Water Commission on key water issues. This work has been undertaken by Shahbaz Mushtaq and Tek N. Maraseni of the University of Southern Queensland, Toowoomba, on behalf of the National Water Commission. The report is based on work undertaken as part of a National Water Commission Fellowship which was awarded to Mr Mushtaq and Mr Maraseni in 2009–10. The Commission's Fellowship Program was established in 2007 to develop future leaders for Australia's water sector by advancing knowledge and building capacity in the sector. The program contributes to the National Water Initiative (NWI) by supporting water professionals with at least 10 years experience to undertake research in areas that could make a significant contribution to knowledge of Australia's water management and use. NATIONAL WATER COMMISSION — WATERLINES ii © Commonwealth of Australia 2011 This work is copyright. Apart from any use as permitted under the Copyright Act 1968, no part may be reproduced by any process without prior written permission from the Commonwealth. Requests and enquiries concerning reproduction and rights should be addressed to the Commonwealth Copyright Administration, Attorney General’s Department, National Circuit, Barton ACT 2600 or posted at www.ag.gov.au/cca. -
Can Irrigation Be Sustainable?
Can Irrigation Be Sustainable? Shahbaz Khan1, Rana Tariq1, Cui Yuanlai2, J. Blackwell1 1CSIRO Land & Water, Griffith Laboratory, Griffith NSW 2680, Australia. Email: [email protected], Phone: +61-2 6960 1500 Fax: +61-2 6960 1600 2Wuhan University, China. Abstract Globally about 10 Mha of agricultural land are lost annually due to salinisation of which about 1.5 Mha is in irrigated areas. While some climate and management aspects are common to semi-arid regions the detailed mechanisms and options to secure ecological sustainability and economic viability may vary considerably from case to case. This paper applies a whole of system water balance to compare irrigation in three semi-arid regions suffering from similar sustainability issues: Rechna Doab (RD) - Pakistan, the Liuyuankou Irrigation System (LIS) – China and Murrumbidgee Irrigation Area (MIA)-Australia. Soil salinity, lack of adequate water resources and groundwater management are major issues in these areas. The MIA and LIS irrigation systems also suffer from soil salinity and low water use efficiency issues. These similarities occur in spite of very different climatic and underlying hydrogeological conditions. The key data used to compare these different regions are climate and soils, available water resources and their use, as well as components of the water balance. In addition, the history of water resource development in these areas is examined to understand how salinity problems emerge in semi- arid regions and the consequences for production. Based on the efficiency parameters and the definitions of sustainability, approaches are explored to solve common environmental problems while maintaining economic viability and environmental sustainability for irrigation systems. -
'Irrigation Revitalization in the Asia & Pacific Region : Technical Approach
‘Irrigation revitalization in the Asia & Pacific region : Technical approach and future roadmaps’ WORKSHOP 28 February to 2 March 2013 WORKSHOP REPORT Contents Background .......................................................................................................................................... 3 About the workshop ............................................................................................................................ 3 Summary of the workshop .................................................................................................................. 4 Main outcomes of the workshop .................................................................................................... 4 Immediate follow up by key partners ............................................................................................. 6 Timeline proposed for next steps.................................................................................................... 6 Detailed workshop report ....................................................................................................................... 8 Day 1 -28/2 - REVIEW .......................................................................................................................... 8 1-Introductory Session: ................................................................................................................... 8 2-Case Study session – Review user experiences in using MASSCOTE tools: ................................. 9 3-Technical Session -
The Role of Water Markets in Climate Change Adaptation
The role of water markets in climate change adaptation Final Report Adam Loch, Sarah Wheeler, Henning Bjornlund, Simon Beecham, Jane Edwards, Alec Zuo and Martin Shanahan The role of water markets in climate change adaptation Final report prepared for the National Climate Change Adaptation Research Facility Authors: Adam Loch Sarah Wheeler Henning Bjornlund Simon Beecham Jane Edwards Alec Zuo Martin Shanahan March 2013 Published by the National Climate Change Adaptation Research Facility 2013 ISBN: 978-1-925039-01-6 NCCARF Publication 30/13 Australian copyright law applies. For permission to reproduce any part of this document, please approach the authors. Please cite this report as: Loch, A, Wheeler, S, Bjornlund, H, Beecham, S, Edwards, J, Zuo, A & Shanahan, M 2013, The role of water markets in climate change adaptation, National Climate Change Adaptation Research Facility, Gold Coast, 125 pp. Acknowledgement This work was carried out with financial support from the Australian Government (Department of Climate Change and Energy Efficiency) and the National Climate Change Adaptation Research Facility (NCCARF). The role of NCCARF is to lead the research community in a national interdisciplinary effort to generate the information needed by decision makers in government, business and in vulnerable sectors and communities to manage the risk of climate change impacts. Disclaimer The views expressed herein are not necessarily the views of the Commonwealth or NCCARF, and neither the Commonwealth nor NCCARF accept responsibility for information or advice contained herein. Permissions Figures 7, 12, 13, 16 - 20 © Commonwealth of Australia 2011 Figures 8, 11, 14 © Commonwealth of Australia 2012 Figure 10a © Commonwealth of Australia 2005 Cover image Lock 1 at Blanchetown in South Australia © Murray Darling Basin Authority, taken by Arthur Mostead TABLE OF CONTENTS Glossary of terms v Abstract xi EXECUTIVE SUMMARY 1 1. -
FINAL REPORT Part 1 ‐ Summary Details
FINAL REPORT Part 1 ‐ Summary Details Cotton CRC Project Number: 5.09.04 Project Title: Benchmarking Water Management in the Australian Cotton Industry Project Commencement Date: 15 Nov 2006 Project Completion Date: 30 June 2008 Cotton CRC Program: Adoption Part 2 – Contact Details Administrator: Helen Kamel Organisation: Dept of Primary Industries and Fisheries Postal Address: PO Box 251, Darling Heights, Q. 4350 Ph: 07 46315380 Fax: 07 46315378 E‐mail: [email protected] Principal Researcher: Graham Harris, Principal Development Extension Officer Organisation: Dept of Primary Industries and Fisheries Postal Address: PO Box 102, Toowoomba, Q. 4350 Ph: 07 46881559 Fax: 07 46881197 E‐mail: [email protected] Supervisor: Andrew Ward Organisation: Dept of Primary Industries and Fisheries Postal Address: PO Box 2282, Toowoomba, Q. 4350 Ph: 4639‐8834 Fax: 4639‐8881 E‐mail: [email protected] Signature of Research Provider Representative: 1 of 43 Background The current drought in Australia is focussing attention on the use of water by the irrigation sector within Australia. The Cotton industry has been specifically targeted as a gross user of water. The industry needs to pull together the currently known information on how water is used by the industry and the benefits that this has for regional communities and the nation as a whole. In addition it needs to demonstrate the improvements in irrigation management that have occurred and are continuing to be implemented by the industry in response to the limited water situation that it finds itself in. At the same time it needs to be confident that it is managing water efficiently and can monitor the on-going improvement in management resulting from the R,D &E effort into improving irrigation management in the industry. -
Examining the Repercussions of the 1876-78 El Niño in Australia and New Zealand
History of Meteorology 4 (2008) 1 El Niño, Irrigation Dams and Stopbanks: Examining the repercussions of the 1876-78 El Niño in Australia and New Zealand Don Garden Australian Centre for the Study of Science, Innovation and Society and School of Historical Studies University of Melbourne Melbourne, Victoria, Australia Our telegrams to-day still inform us of drought in the South [Island of New Zealand], of inconvenience and suffering to the people from want of water, and of imminent danger that there will be a considerable falling off in the harvest… In the North, though under a hotter sun than shines in Otago or Canterbury, we have as yet felt but little inconvenience from the drought, which has, indeed, been not so prolonged as in the South. The rainfall has, however, been considerably less than for the average of years. Last night, there were symptoms that wet weather was approaching, but it may be some days distant. It is somewhat singular that of late a great part of the world has been tormented by drought. The famine in India was caused by the failure of the periodical rains; the suffering and loss in Australia has been great; Egypt is threatened with scarcity, owing to the scanty overflow of the Nile; and we observe by the papers received last mail that the people of New York were alarmed that the Croton supply was about to fail.1 The famine in Southern India continues to be very severe, and it is much feared that the July and August crops will be a comparative failure, in which case the pressure on the Indian Government and food resources of Bengal and Burmah [sic] will be immense. -
Gaorishankar Udayashankar, G.S.I., Ex-Minister of Bhavnagar, Now In
B II A V N A G A II ARTHUR PROBSTHAIN Oriental Bookseller 41 Gt. Runel! Street LONDO N. W.C. I UCS0 LIBRARY liAORISHAMAR UDAYASHANKAR, C.S.I., NOW IN RETIREMENT AS A SANYiSI. JAVERILAL UMIAHANKAR YAJNIK. Lives of great men all remind us We can make our lives sublime ; And, departing, leave behind us Footprints on the sands of time. LONGFELLOW. o b a : $ m ]t PRINTED AT THP: EDUCATION SOCIETY'S PRESS, BYCULLA. INTRODUCTORY NOTE. FOR some time past it has been felt by the friends of Mr. Gaorishankar, European as well as Native, that it would be" desirable to have some record of his life and work. In compliance with this desire, I undertook to compile a short account of him from such materials as were available to me. These were not so full and ample as I could have desired. They were wanting in that essential element which gives its chief interest to a work of biography, namely, private correspondence. On this account nobody is more sensible than I am of the imperfect nature of the present sketch, and my only reason for permitting its publication is that it is better to have some record, however wanting in fulness, of the work done by the first living statesman of Kathiawad, now in retirement as a Sanyasi, than to have none at all. Since writing this sketch, however, I am glad to say that my friends, Messrs. Vajeshankar and Prabhashankar, the two worthy sons of Mr. Gaorishankar, have, at my suggestion, undertaken to arrange systematically the whole of the correspondence, records, and papers, in in of the English and Gujarat i, which are the possession family, and may serve to elucidate the career of their illustrious father. -
Participatory Irrigation Management in India: an Evaluation of the Performance in Andhra Pradesh, Gujarat and Maharashtra
CMA Publication No. 237 Participatory Irrigation Management in India: An Evaluation of the Performance in Andhra Pradesh, Gujarat and Maharashtra Vasant P. Gandhi N.V. Namboodiri Centre for Management in Agriculture Indian Institute of Management, Ahmedabad Participatory Irrigation Management in India: An Evaluation of the Performance in Andhra Pradesh, Gujarat and Maharashtra Vasant P. Gandhi N.V. Namboodiri Contents Chapter 1: Introduction 01 1.1 Background 01 1.2 The Problem 01 1.3 Need for Participatory Irrigation Management (PIM) 03 1.4 The PIM Policy in India 05 1.5 Adoption of PIM Policy in Selected States 06 1.6 Objectives of the Study 09 1.7 Methodology 09 Chapter 2: Evolution of Participatory Irrigation Management in the Three States 11 2.1 Evolution of PIM in Andhra Pradesh 11 2.2 Evolution of PIM in Gujarat 14 2.3 Evolution of PIM in Maharashtra 16 Chapter 3: Data and the Profile of Sample Water User Associations and Farm Households 18 3.1 Selection of WUAs in Andhra Pradesh 18 3.2 Selection of WUAs in Gujarat 23 3.3 Selection of WUAs in Maharashtra 25 3.4 Selection of Beneficiary Farmer Households 27 Chapter 4: Participation, Involvement and Activity Levels of Different Functionaries and Groups in the WUAs 31 Chapter 5: Devolution of Powers and Decision-Making 37 Chapter 6: The Impact of PIM on the Agricultural Economy 47 Chapter 7: The Impact of PIM on Improving the Performance of Water Resource Management 62 Chapter 8: Difficulties Faced by the WUAs in the Operation of PIM 69 Chapter 9: The Impact of PIM on the Village -
Optimal Efficiency in Gravity Water Distribution Systems
Optimal Efficiency in Gravity Water Distribution Systems Authors: Jon Peggram ‐ Rubicon Water, 1501 S. Lemay Avenue, Suite 101 Fort Collins, CO 80524 USA [email protected] Damien Pearson ‐ Rubicon Water, 1501 S. Lemay Avenue, Suite 101 Fort Collins, CO 80524 USA [email protected] Abstract New developments in agricultural irrigation technology and management are creating an increased need for on‐demand water supplies which can provide water at the precise time and duration needed for optimal efficiency. With most groundwater supplies already being pushed beyond sustainable use, renewable surface water resources must be managed with greater efficiency and timeliness to meet increasingly variable demands. This paper provides examples of improvement in overall customer service and operating efficiency that have been achieved with modernized canal infrastructure. These examples demonstrate how irrigation control gates and flow meters combined with innovative software and advanced control engineering have improved the management of water in canal distribution systems and on the farm. With better management and control of surface water supplies in open channel gravity networks, water availability can be improved for all users thereby enabling food and fiber producers to employ the latest advancements in efficient irrigation technology. Keywords Water supply network modernization, distribution efficiency, application efficiency, surface water, gravity canal network, automation, flow control, surface irrigation, flood irrigation 1 INTRODUCTION AND BACKGROUND New developments in agricultural irrigation technology and management are creating an increased need for on‐demand water supplies which can provide water at the precise time and duration needed for optimal efficiency. With most groundwater supplies already being pushed beyond sustainable use, renewable surface water resources must be managed with greater efficiency and timeliness to meet increasingly variable demands. -
Farming and Land Stewardship. Case Study – Australia’S Innovations in Sustainable Irrigation
Farming and land stewardship. Case study – Australia’s innovations in sustainable irrigation Colin Creighton1, Wayne Meyer1 and Shahbaz Khan2 1 CSIRO and 2 Charles Sturt University Abstract Progress towards sustainability in irrigation for Australia is substantial. The prognosis for further improvement is extremely good, given the close link between science and practice and the widespread commitment to continuous improvement of public policy. This builds on the industry track record of rapid response through innovative science-based farm practices. This paper summarises the Australian irrigation industry, outlines how sustainability extends well beyond the farm and farmer control and concludes with some speculation on Australian irrigation futures as the irrigation industry meets the dual challenges of sustainability and productivity. Irrigation in Australia The National Land & Water Resources Audit has detailed the characteristics of the Australian irrigation industry. In summary: . Profitability – Irrigation provides about 26% ($7Billion dollars per annum) of the gross value of agricultural production with flow-on benefits of about five times this value to the Australian community. Area – 2.4 million hectares of irrigated crops and pastures (0.5% of the total area of land in agricultural holdings and 12% of the total area of crops and pastures). Locations . South-eastern Australia - the large inland river systems in the Murray-Darling Basin - rice, horticulture, cotton, wine, and dairy . Queensland coastal catchments such as the Burdekin River floodplain and the black soils of the upper Fitzroy - sugar cane, cotton, grains and horticulture . Western Australia: the Ord River and selected coastal floodplains in the north – horticulyure and sugar cane; and the Swan Coastal plain and other floodplains around Perth - horticulture and dairy . -
Exhibit 4961 Inward Ex
Exhibit 4961 Inward Ex. 36 Index Sr. No. Particular Page No. Remarks 1 Affidavit of Shri Rahul Sharma, DCP, Control Room, Ahmedabad. 1 to 10 2 List of 23 police stations of Bhavnagar District 11 Statement (A) 3 Copy of Wireless message to give additional force except local police 12 to 14 Statement (B) 4 Statement of police bundobast assessed in Bhavnagar District as on date 28.2.2002 15 Statement(B1) 5 Bundobast arranged on sensitive places of Mahuva, Talaja, Sihor and Palitana 16 Statement(B2) 6 Press cutting of news printed in „Sandesh‟ newspaper. 17 to 20 Statement (c) 7 Statement of striking force remained with Shri Rahul Sharma 21 Statement (D) 8 Statement of teargas/firing made by Shri M. D. Jani, his striking force and local police Statement (E) persons/officers. (C Division I CR No.41/02) 22 Page no.4 9 Detail of force used by me and my striking force to disperse mob near Ibrahim masjid, near Municipal school and Prabhudas Tekri chawk (B Statement (E) Division I CR No. 120/02) 23 Page No. 3 10 Detail of force used to disperse mob at corner of Statement (E) Arab was. (C Division I CR No. 70/02) 24 Page No. 19 11 Detail of necessary force used by me and P. S. I. Shri Chavda and staff to disperse mob in Statement (E) Kumudwadi (A Division I CR No. 90/02) 25 Page No.6 12 Detail of necessary force used to disperse the mob on Vitthaleshwar road (C Division I CR No. -
Directory Establishment
DIRECTORY ESTABLISHMENT SECTOR :RURAL STATE : GUJARAT DISTRICT : Ahmadabad Year of start of Employment Sl No Name of Establishment Address / Telephone / Fax / E-mail Operation Class (1) (2) (3) (4) (5) NIC 2004 : 0121-Farming of cattle, sheep, goats, horses, asses, mules and hinnies; dairy farming [includes stud farming and the provision of feed lot services for such animals] 1 VIJAYFARM CHELDA , PIN CODE: 382145, STD CODE: NA , TEL NO: 0395646, FAX NO: NA, E-MAIL : N.A. NA 10 - 50 NIC 2004 : 1020-Mining and agglomeration of lignite 2 SOMDAS HARGIVANDAS PRAJAPATI KOLAT VILLAGE DIST.AHMEDABAD PIN CODE: NA , STD CODE: NA , TEL NO: NA , FAX NO: NA, 1990 10 - 50 E-MAIL : N.A. 3 NABIBHAI PIRBHAI MOMIN KOLAT VILLAGE DIST AHMEDABAD PIN CODE: NA , STD CODE: NA , TEL NO: NA , FAX NO: NA, 1992 10 - 50 E-MAIL : N.A. 4 NANDUBHAI PATEL HEBATPUR TA DASKROI DIST AHMEDABAD , PIN CODE: NA , STD CODE: NA , TEL NO: NA , 2005 10 - 50 FAX NO: NA, E-MAIL : N.A. 5 BODABHAI NO INTONO BHATHTHO HEBATPUR TA DASKROI DIST AHMEDABAD , PIN CODE: NA , STD CODE: NA , TEL NO: NA , 2005 10 - 50 FAX NO: NA, E-MAIL : N.A. 6 NARESHBHAI PRAJAPATI KATHAWADA VILLAGE DIST AHMEDABAD PIN CODE: 382430, STD CODE: NA , TEL NO: NA , 2005 10 - 50 FAX NO: NA, E-MAIL : N.A. 7 SANDIPBHAI PRAJAPATI KTHAWADA VILLAGE DIST AHMEDABAD PIN CODE: 382430, STD CODE: NA , TEL NO: NA , FAX 2005 10 - 50 NO: NA, E-MAIL : N.A. 8 JAYSHBHAI PRAJAPATI KATHAWADA VILLAGE DIST AHMEDABAD PIN CODE: NA , STD CODE: NA , TEL NO: NA , FAX 2005 10 - 50 NO: NA, E-MAIL : N.A.