Learning About Climate Change the Pacific Way a Guide for Pacific Teachers Tuvalu Learning About Climate Change the Pacific Way
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Regionalism, Security & Cooperation in Oceania
Regionalism, Security & Cooperation in Oceania Edited by Rouben Azizian and Carleton Cramer Regionalism, Security & Cooperation in Oceania Edited by Rouben Azizian and Carleton Cramer First published June 2015 Published by the Daniel K. Inouye Asia-Pacific Center for Security Studies 2058 Maluhia Road Honolulu, HI 96815 www.apcss.org For reprint permissions, contact the editors via: [email protected] ISBN 978-0-9719416-7-0 Printed in the United States of America. Vanuatu Harbor Photo used with permission ©GlennCraig Group photo by: Philippe Metois Maps used with permission from: Australian Strategic Policy Institute (ASPI) Center for Pacific Island Studies (CPIS) University of Hawai’i at Manoa This book is dedicated to the people of Vanuatu who are recovering from the devastating impact of Cyclone Pam, which struck the country on March 13, 2015. 2 Regionalism, Security & Cooperation in Oceania Table of Contents Acknowledgments and Disclaimers .............................................. 4 List of Abbreviations and Glossary ............................................... 6 Introduction: Regionalism, Security and Cooperation in Oceania Rouben Azizian .............................................................................. 9 Regional Security Architecture in the Pacific 1 Islands Region: Rummaging through the Blueprints R.A. Herr .......................................................................... 17 Regional Security Environment and Architecture in the Pacific Islands Region 2 Michael Powles ............................................................... -
Solomon Islands: Summary Report Educational Experience Survey Education, Language and Literacy Experience About Asia South Pacific Education Watch Initiative
Asia-South Pacific Education Watch Solomon Islands: Summary Report Educational Experience Survey Education, Language and Literacy Experience About Asia South Pacific Education Watch Initiative The critical state and ailing condition of education in many countries in Asia-South Pacific region compels serious and urgent attention from all education stakeholders. Centuries of neglect, underinvestment in education, corrup- tion, and inefficiency by successive governments in the countries of the region have left a grim toll in poor education performance marked by low school attendance and survival rates, high dropout and illiteracy rates, and substandard education quality. Moreover, there are glaring disparities in access to education and learning opportunities: hundreds of millions of impover- ished and disadvantaged groups which include out-of-school chil- dren and youth, child workers, children in conflict areas, women, ethnic minorities, persons with disabilities, dalit caste and other socially discriminated sectors, remain largely unreached and ex- cluded by the education system. Hence they are denied their fundamental human right to edu- cation and hindered from availing of the empowering and trans- formative tool of quality, life-long learning that could have equipped them to realize their full human potential, uplift their living conditions, and participate meaningfully in governance and in decisions that affect their lives. At Midway: Failing Grade in EFA In the year 2000, governments and the international commu- nity affirmed their commitment to quality Education for All (EFA) and Millenium Develoment Goals (MDGs). Midway to target year 2015, government assessments of EFA progress re- veal that education gaps and disparities persist, and education conditions may even be worsening as indicated by shortfalls and reversals in EFA achievement. -
Pacific Community 2015 Results Report Sustainable Pacific Development Through Science, Knowledge and Innovation
Pacific Community 2015 Results Report Sustainable Pacific development through science, knowledge and innovation Pacific Community│[email protected]│www.spc.int Headquarters: Noumea, New Caledonia Pacific Community 2015 Results Report © Pacific Community (SPC) 2016 All rights for commercial/for profit reproduction or translation, in any form, reserved. SPC authorises the partial reproduction or translation of this material for scientific, educational or research purposes, provided that SPC and the source document are properly acknowledged. Permission to reproduce the document and/or translate in whole, in any form, whether for commercial/for profit or non-profit purposes, must be requested in writing. Original SPC artwork may not be altered or separately published without permission. Original text: English Pacific Community Cataloguing-in-publication data Pacific Community 2015 Results Report / Pacific Community 1. Pacific Community 2. Technical assistance — Oceania. 3. International organization — Oceania. I. Title II. Pacific Community 341.2460995 AACR2 ISBN : 978-982-00-1014-7 Prepared for publication and produced at the headquarters of the Pacific Community Noumea, New Caledonia www.spc.int 2016 Foreword On behalf of the Pacific Community, I am pleased to present this report on our results for 2015 – a year in which we supported our members in meeting some very real challenges. This is the second results report that SPC has produced. The inaugural report for 2013‒2014 launched our efforts to describe not only our scientific and technical work, but also how the results of this work contribute to our members’ achievement of their development goals. The report serves the key purpose of accountability to our members and development partners. -
Approaches and Initiatives in the Pacific to Address Capacity-Building Needs in Ocean Science
Approaches and initiatives in the Pacific to address capacity-building needs in ocean science Jens Kruger, Manager Ocean Affairs, Pacific Community (SPC), [email protected] United Nations Open-ended Informal Consultative Process on Oceans and the Law of the Sea, 10 – 14 June, 2019 22 Countries and Territories 10 million people 28 million square kilometres Blue Pacific 20% of the world’s EEZs Pacific Islands Office of the Forum Fisheries Pacific Ocean Agency Commissioner University of the Pacific South Pacific Community Secretariat of the Pacific Islands Pacific Regional Forum Secretariat Environmental Programme Pacific Regional Frameworks & Strategies Framework for a Regional Strategy Pacific Islands A New Song for Pacific Oceanscape on Safety of Meteorological Coastal Fisheries Navigation Strategy Integrated ocean Effective services Improved Innovative approach management to fulfil Safety marine weather to dealing with of Navigation services and ocean declines in coastal services fisheries resources USP Graduates of Marine Science, or Marine Management Programmes 2009 – 2018: Undergraduate: 368 58% Women Postgraduate: 49 55% Women Postgraduate Tropical Meteorology Also on offer: (Postgraduate Physical Oceanography) FRAMEWORK TARGET 14.C FOR A PACIFIC Implement OCEANSCAPE international law: UN Convention on Priority 1 the Law of the Sea Ocean Science Training: oceanportal.spc.int Developed from stakeholder Ocean Outlooks feedback collected during national consultations. SPC working with NMS • Kiribati (2016) • Tonga (2017) • Tuvalu (2018) -
Modeling Groundwater Rise Caused by Sea-Level Rise in Coastal New Hampshire Jayne F
Journal of Coastal Research 35 1 143–157 Coconut Creek, Florida January 2019 Modeling Groundwater Rise Caused by Sea-Level Rise in Coastal New Hampshire Jayne F. Knott†*, Jennifer M. Jacobs†, Jo S. Daniel†, and Paul Kirshen‡ †Department of Civil and Environmental Engineering ‡School for the Environment University of New Hampshire University of Massachusetts Boston Durham, NH 03824, U.S.A. Boston, MA 02125, U.S.A. ABSTRACT Knott, J.F.; Jacobs, J.M.; Daniel, J.S., and Kirshen, P., 2019. Modeling groundwater rise caused by sea-level rise in coastal New Hampshire. Journal of Coastal Research, 35(1), 143–157. Coconut Creek (Florida), ISSN 0749-0208. Coastal communities with low topography are vulnerable from sea-level rise (SLR) caused by climate change and glacial isostasy. Coastal groundwater will rise with sea level, affecting water quality, the structural integrity of infrastructure, and natural ecosystem health. SLR-induced groundwater rise has been studied in coastal areas of high aquifer transmissivity. In this regional study, SLR-induced groundwater rise is investigated in a coastal area characterized by shallow unconsolidated deposits overlying fractured bedrock, typical of the glaciated NE. A numerical groundwater-flow model is used with groundwater observations and withdrawals, LIDAR topography, and surface-water hydrology to investigate SLR-induced changes in groundwater levels in New Hampshire’s coastal region. The SLR groundwater signal is detected more than three times farther inland than projected tidal flooding from SLR. The projected mean groundwater rise relative to SLR is 66% between 0 and 1 km, 34% between 1 and 2 km, 18% between 2 and 3 km, 7% between 3 and 4 km, and 3% between 4 and 5 km of the coastline, with large variability around the mean. -
Papua New Guinea – Pacific Community
Papua New Guinea – Pacific Community Country Programme 2019–2022 February 2019 CORPORATE Papua New Guinea – Pacific Community Country Programme 2019–2022 February 2019 Noumea, New Caledonia, 2019 © Pacific Community (SPC) 2019 All rights for commercial/for profit reproduction or translation, in any form, reserved. SPC authorises the partial reproduction or translation of this material for scientific, educational or research purposes, provided that SPC and the source document are properly acknowledged. Permission to reproduce the document and/or translate in whole, in any form, whether for commercial/ for profit or non-profit purposes, must be requested in writing. Original SPC artwork may not be altered or separately published without permission. Original text: English Pacific Community Cataloguing-in-publication data Papua New Guinea – Pacific Community: Country Programme 2019–2022 1. International organization — Papua New Guinea. 2. Strategic planning — Papua New Guinea. 3. Economic development — Papua New Guinea. 4. Technical assistance — Papua New Guinea. I. Title II. Pacific Community 338.9953 AACR2 ISBN: 9789820 012264 Photo cover credit: Carla Appel -SPC Prepared for publication at SPC’s Regional Suva Office, Private Mail Bag, Suva, Fiji, 2019 www.spc.int | [email protected] Contents List of abbreviations .......................................................................................................................................................................................... iv Foreword and endorsement ...................................................................................................................................................................... -
Fresh Groundwater Lens Development in Small Islands Under a Changing Climate
FRESH GROUNDWATER LENS DEVELOPMENT IN SMALL ISLANDS UNDER A CHANGING CLIMATE A Dissertation Presented to The Academic Faculty by Yuening Tang In Partial Fulfillment of the Requirements for the Degree Doctor of Philosophy in the School of Civil and Environmental Engineering Georgia Institute of Technology May 2021 COPYRIGHT © 2021 BY YUENING TANG FRESH GROUNDWATER LENS DEVELOPMENT IN SMALL ISLANDS UNDER A CHANGING CLIMATE Approved by: Dr. Jian Luo, Advisor Dr. Yi Deng School of Civil and Environmental School of Earth and Atmospheric Engineering Science Georgia Institute of Technology Georgia Institute of Technology Dr. Jingfeng Wang Dr. Chunhui Lu School of Civil and Environmental College of Water Conservancy and Engineering Hydropower Engineering Georgia Institute of Technology Hohai University Dr. Kevin A. Haas School of Civil and Environmental Engineering Georgia Institute of Technology Date Approved: May 2021 ACKNOWLEDGEMENTS I would like to express my deepest appreciation to my supervisor Dr. Jian Luo for his invaluable guidance and continuous support during my Ph.D. study. It’s extremely lucky and a great honor for me to have such a kind and knowledgeable supervisor in my Ph.D. career. His endless pursuit of knowledge and the patient yet serious attitude to student will enlighten my future career and be my lifetime fortune. My gratitude to Dr. Jian Luo would never come to an end. I would also like to thank my committee members: Dr. Jingfeng Wang, Dr. Kevin A. Haas, Dr. Yi Deng and Dr. Chunhui Lu for their constructive and insightful suggestions which help me to complete the thesis. I gratefully acknowledge the partial financial support from China Scholarship Council. -
Masterarbeit / Master´S Thesis
MASTERARBEIT / MASTER´S THESIS Titel der Masterarbeit / Title of the Master´s Thesis „Climate Migration as Political Ammunition: The Political Use of the Academic Climate Migration Debate by the Greens/European Free Alliance in the European Parliament“ verfasst von / submitted by Luka De Bruyckere angestrebter akademischer Grad / in partial fulfilment of the requirements for the degree of Master (MA) Wien, 2016 / Vienna 2016 Studienkennzahl lt. Studienblatt / A 067 805 degree programme code as it appears on the student record sheet: Studienrichtung lt. Studienblatt / Individuelles Masterstudium: degree programme as it appears on Global Studies – a European Perspective the student record sheet: Betreut von / Supervisor: Univ.-Prof. Dr. Peter Schweitzer MASTERARBEIT / MASTER THESIS Titel der Masterarbeit /Title of the master thesis Climate Migration as Political Ammunition: The Political Use of the Academic Climate Migration Debate by the Greens/European Free Alliance in the European Parliament Verfasser /Author Luka De Bruyckere angestrebter akademischer Grad / acadamic degree aspired Master (MA) Wien, 2016 Studienkennzahl : A 067 805 Studienrichtung: Individuelles Masterstudium: Global Studies – a European Perspective Betreuer/Supervisor: Univ.-Prof. Dr. Peter Schweitzer Table of contents ABSTRACT……………………………………………………………..………...……4 INTRODUCTION…………………...………………………..……………8 CHAPTER I - The academic climate migration debate…...………..............13 1. Early debate………………………………………………………………...……..13 1.1 Early definitions .................................................................................................................. -
ROUGH SEAS AHEAD: NAVIGATING the INEQUALITIES of FUTURE SEA-LEVEL RISE by Robert Dean Hardy (Under the Direction of Marguerite M
ROUGH SEAS AHEAD: NAVIGATING THE INEQUALITIES OF FUTURE SEA-LEVEL RISE by Robert Dean Hardy (Under the Direction of Marguerite Madden) ABSTRACT With anthropogenic climate change poised to accelerate sea-level rise this century, millions of everyday lives and livelihoods are predicted be unevenly vulnerable to this social- ecological change. In this dissertation, I examine both outcome and contextual vulnerability by applying an integrative approach as my research design framework to navigate the problem of inequalities related to future sea-level rise. To apply mixed methods and plural epistemologies that move from the global to the local scale, I examined the inequalities of sea-level rise via three routes: (1) a global scale, quantitative analysis of country responsibility and risk related to multi- millennial sea-level rise; (2) a regional scale, quantitative analysis of spatiotemporal variation in risk to sea-level rise through the year 2050 for coastal Georgia; and (3) a comparative case study of two barrier island communities off the coast of Georgia, Tybee and Sapelo Islands, to show how race shapes vulnerability to sea-level rise. The are three primary findings for this dissertation: (1) our assessment of future populations’ social vulnerability to sea-level rise inundation indicates that the number of people at risk to sea-level rise on Georgia’s coast is more than double previous estimates that were based on 2010 population data; (2) acknowledgement and acceptance – by the professional community working on sea-level rise – of race as a process of enabling or constraining meaningful engagement, rather than as a mere demographic category, will help mitigate vulnerability for underrepresented communities; and (3) investigating the vulnerability to sea-level rise of a culture and/or place through narrative analysis of its stories and histories is strengthened by modeled projections of sea-level rise inundation and population change. -
Topography of the Basement Rock Northern Guam Lens
TOPOGRAPHY OF THE BASEMENT ROCK BENEATH THE NORTHERN GUAM LENS AQUIFER AND ITS IMPLICATIONS FOR GROUNDWATER EXPLORATION & DEVELOPMENT by Vann, D.T. Bendixson, V.M. Roff, D.F. Habana, N.C. Simard, C.A. Schumann, R.M. Jenson, J.W. TOPOGRAPHY OF THE BASEMENT ROCK BENEATH THE NORTHERN GUAM LENS AQUIFER AND ITS IMPLICATIONS FOR GROUNDWATER EXPLORATION AND DEVELOPMENT by David T. Vann Vivianna M. Bendixson Douglas F. Roff Christine A. Simard Robert M. Schumann Nathan C. Habana John W. Jenson Technical Report No. 142 August 2014 TOPOGRAPHY OF THE BASEMENT ROCK BENEATH THE NORTHERN GUAM LENS AQUIFER AND ITS IMPLICATIONS FOR GROUNDWATER EXPLORATION AND DEVELOPMENT by David T. Vann1 Vivianna M. Bendixson1 Douglas F. Roff 2 Christine A. Simard1 3 Robert M. Schumann Nathan C. Habana1 John W. Jenson1 1Water and Environmental Research Institute of the Western Pacific University of Guam UOG Station, Mangilao, Guam 96923 2AECOM Technical Services 7807 Convoy Court, Suite 200 San Diego, CA 92111 3AECOM Technical Services 10461 Old Placerville Road, Suite 170 Sacramento, CA 95827 Technical Report No. 142 August 2014 Acknowledgements: Initial work described herein was funded by the Guam Hydrologic Survey through the University of Guam Water and Environmental Research Institute of the Western Pacific. The most recent work was funded by the Pacific Islands Water Science Center, U.S. Geological Survey, Department of the Interior: “Hydrogeological Database of Northern Guam,” grants numbered G10AP0092 and G11AP20225. The authors wish to thank Todd Presley, Travis Hylton, and Kolja Rotzoll for helpful comments and suggestions, and Steve Gingerich for contributions and detailed reviews of both the map and technical report. -
Islands Submerged Into the Sea Islands in the Cultural Imaginary of Climate Change by Camilla Asplund Ingemark
Islands Submerged into the Sea Islands in the Cultural Imaginary of Climate Change By Camilla Asplund Ingemark Islands are a fascinating subject from many points of view; this is one thing Owe Ronström’s persistent enthusiasm for islands and island studies has taught me, as his most junior and recent colleague. They appeal to our (West- ern) imagination as sites of projection for our various desires – and aversions – which becomes especially clear in the context I intend to examine here: discourses on climate change and the peculiar role islands, sinking islands in particular, seem to play in it. I suspect my sudden and fervent interest in this motif in the contemporary cultural imaginary of climate change would not have arisen without Owe’s infuence, and in the following discussion I will especially be drawing on his articulation of the components of “islandness” in Öar och öighet (2016). Thus, I propose to study the recurrent motif of islands being submerged into the sea in texts and narratives on climate change. I am interested in why this image of sinking islands occupies such a prominent place in the con- temporary representation of climate change, and more generally, why it is so compelling to the Western imagination. Drawing on various forms of media content as well as vernacular texts, I attempt to trace the emergence of this motif as one of a handful of iconic images we commonly use to represent and visualize climate change – alongside the polar bear on its dwindling ice foe, melting glaciers etc. – and in the case of the vernacular texts, how this image is employed rhetorically to articulate a specifc stance vis-à-vis climate change. -
Estimatimg Aquifer Salinity from Airborne Electromagnetic Surveys
First International Conference on Saltwater Intrusion and Coastal Aquifers— Monitoring, Modeling, and Management. Essaouira, Morocco, April 23–25, 2001 Characterization of freshwater lenses for construction of groundwater flow models on two sandy barrier islands, Florida, USA J.C. Schneider and S.E. Kruse University of South Florida, Tampa, FL, USA ABSTRACT Groundwater models are being constructed to evaluate the impact of increased development on two adjacent sandy barrier islands on the northern Gulf coast of Florida, USA. To characterize the hydrostratigraphy and seasonal variability we are conducting resistivity and electromagnetic profiles across the freshwater lens and seepage meter and well sampling of freshwater fluxes and heads. The islands, Dog Island and St. George Island, are a “drumstick” and a strip barrier island, ~100-2000 m x 10 km and ~250-1000 m x 40 km, respectively. Dog Island relies exclusively on shallow, mostly nearshore, wells for its water supply. St. George Island has a much higher population density and meets most of its water demands via an aqueduct from the mainland. Potential effects on the hydrostratigraphy of St. George Island from the artificial recharge include increased freshwater lens volume, increased submarine groundwater discharge (SGD) rates, and a degradation of groundwater quality. Both islands use septic systems as the primary means of waste disposal. The maximum lens thickness on both islands is shifted seaward of the island’s center and ranges from ~2 to 25 m on Dog Island, and from ~5 to 30 m on St. George Island. The lenses extend down through unconsolidated sands into underlying limestone. Density-dependent groundwater flow models show that a spatially variable recharge, correlated with vegetation, can account for the asymmetry observed in the freshwater lenses.