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Table of Contents
Theme issue ‘Marine regime shifts around the globe: theory, drivers and impacts’ compiled and edited by Alessandra Conversi, Christian Möllmann, Carl Folke and Martin Edwards
EDITORIAL
DEDICATION
INTRODUCTION
Introduction
Marine regime shifts around the globe: theory, drivers and impacts
Published:05 January 2015Article ID:20130260
PART I: ADVANCES IN MARINE REGIME-SHIFT THEORY
Review article
Resilience indicators: prospects and limitations for early warnings of regime shifts
Published:05 January 2015Article ID:20130263
Research article
Regime shifts in exploited marine food webs: detecting mechanisms underlying alternative stable states using size-structured community dynamics theory
- Anna Gårdmark ,
- Michele Casini ,
- Magnus Huss ,
- Anieke van Leeuwen ,
- Joakim Hjelm ,
- Lennart Persson and
- André M. de Roos
Published:05 January 2015Article ID:20130262
Research article
Theoretical basis for predicting climate-induced abrupt shifts in the oceans
Published:05 January 2015Article ID:20130264
PART II: DRIVERS OF MARINE REGIME SHIFTS
Research article
Synergistic impacts of global warming on the resilience of coral reefs
Published:05 January 2015Article ID:20130267
Research article
Identifying multiple coral reef regimes and their drivers across the Hawaiian archipelago
- Jean-Baptiste Jouffray ,
- Magnus Nyström ,
- Albert V. Norström ,
- Ivor D. Williams ,
- Lisa M. Wedding ,
- John N. Kittinger and
- Gareth J. Williams
Published:05 January 2015Article ID:20130268
Research article
Global regime shift dynamics of catastrophic sea urchin overgrazing
- S. D. Ling ,
- R. E. Scheibling ,
- A. Rassweiler ,
- C. R. Johnson ,
- N. Shears ,
- S. D. Connell ,
- A. K. Salomon ,
- K. M. Norderhaug ,
- A. Pérez-Matus ,
- J. C. Hernández ,
- S. Clemente ,
- L. K. Blamey ,
- B. Hereu ,
- E. Ballesteros ,
- E. Sala ,
- J. Garrabou ,
- E. Cebrian ,
- M. Zabala ,
- D. Fujita and
- L. E. Johnson
Published:05 January 2015Article ID:20130269
Research article
Evaluating trophic cascades as drivers of regime shifts in different ocean ecosystems
- Andrew J. Pershing ,
- Katherine E. Mills ,
- Nicholas R. Record ,
- Karen Stamieszkin ,
- Katharine V. Wurtzell ,
- Carrie J. Byron ,
- Dominic Fitzpatrick ,
- Walter J. Golet and
- Elise Koob
Published:05 January 2015Article ID:20130265
Research article
Synchronous marine pelagic regime shifts in the Northern Hemisphere
- G. Beaugrand ,
- A. Conversi ,
- S. Chiba ,
- M. Edwards ,
- S. Fonda-Umani ,
- C. Greene ,
- N. Mantua ,
- S. A. Otto ,
- P. C. Reid ,
- M. M. Stachura ,
- L. Stemmann and
- H. Sugisaki
Published:05 January 2015Article ID:20130272
Review article
The importance of within-system spatial variation in drivers of marine ecosystem regime shifts
Published:05 January 2015Article ID:20130271
Research article
Marine regime shifts: drivers and impacts on ecosystems services
Published:05 January 2015Article ID:20130273
PART III: MANAGEMENT OF MARINE REGIME SHIFTS
Review article
Marine ecosystem regime shifts: challenges and opportunities for ecosystem-based management
Published:05 January 2015Article ID:20130275
Review article
Shifts in fisheries management: adapting to regime shifts
Published:05 January 2015Article ID:20130277
Research article
Embracing thresholds for better environmental management
- Ryan P. Kelly ,
- Ashley L. Erickson ,
- Lindley A. Mease ,
- Willow Battista ,
- John N. Kittinger and
- Rod Fujita
Published:05 January 2015Article ID:20130276
Research article
Globalization, marine regime shifts and the Soviet Union
Published:05 January 2015Article ID:20130278
PART IV: SYNTHESIS
Review article
A holistic view of marine regime shifts
- Alessandra Conversi ,
- Vasilis Dakos ,
- Anna Gårdmark ,
- Scott Ling ,
- Carl Folke ,
- Peter J. Mumby ,
- Charles Greene ,
- Martin Edwards ,
- Thorsten Blenckner ,
- Michele Casini ,
- Andrew Pershing and
- Christian Möllmann
Published:05 January 2015Article ID:20130279
05 January 2015
Volume 370Issue 1659- About the cover
Cover image
Temperate reef collapse from kelp beds to sea urchin barrens. Image shows the sea urchin Centrostephanus rodgersii grazing within a Tasmanian kelp bed. This sea urchin has undergone recent climate-driven range extension to eastern Tasmania where it has commenced overgrazing of diverse and economically important kelp beds. Its overgrazing success has been facilitated by local overfishing of the predatory spiny lobster Jasus edwardsii, which has reduced kelp bed resilience. (Photo credit: Scott D. Ling.) - Front matter (PDF)
- Back matter (PDF)
- Ed board (PDF)
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