Anna Farmery

Dr. Anna Farmery

orcid

Research Focus & Metrics

Academic Career Length

14Years (2013-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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20 July 2020 in Food Security
Verified
Journal Article
Closed access
PDF file
PFPenny Farrell
Penny Farrell
ATAnne Marie Thow
Anne Marie Thow
JTJillian Tutuo
Jillian Tutuo
NNNichol Nonga
Nichol Nonga
PVPenina Vatucawaqa
Penina Vatucawaqa
NANeil L. Andrew
Neil L. Andrew

1 January 2021 in One Earth
Verified
Journal Article
Closed access
AFAnna Farmery
Anna Farmery
EAEdward H. Allison
Edward H. Allison
NANeil L. Andrew
Neil L. Andrew
MTMax Troell
Max Troell
MVMichelle Voyer
Michelle Voyer
DSDirk Steenbergen
Dirk Steenbergen

27 April 2016 in Fish and Fisheries
Verified
Journal Article
Closed access
PDF file
FZFriederike Ziegler
Friederike Ziegler
SHSara Hornborg
Sara Hornborg
BGBridget S Green
Bridget S Green
OEOle Ritzau Eigaard
Ole Ritzau Eigaard
AFAnna Farmery
Anna Farmery
ASAnthony D M Smith
Anthony D M Smith

29 May 2021 in Reviews in Fish Biology and Fisheries
Verified
Journal Article
Closed access
PDF file
AFAnna Farmery
Anna Farmery
KAK. Alexander
K. Alexander
KAK. Anderson
K. Anderson
JBJ. L. Blanchard
J. L. Blanchard
CCC. G. Carter
C. G. Carter
BNBarbara F. Nowak
Barbara F. Nowak

23 September 2015 in Fish and Fisheries
Verified
Journal Article
Closed access
PDF file
RWReg A Watson
Reg A Watson
BGBridget S Green
Bridget S Green
STSean R Tracey
Sean R Tracey
AFAnna Farmery
Anna Farmery
TPTony J Pitcher
Tony J Pitcher

1 January 2014 in Climate Risk Management
Verified
Journal Article
Open access
AFAysha Fleming
Aysha Fleming
AHA.J. Hobday
A.J. Hobday
AFAnna Farmery
Anna Farmery
EPE.I. van Putten
E.I. van Putten
GPG.T. Pecl
G.T. Pecl
LLL. Lim-Camacho
L. Lim-Camacho
Climate change is already impacting the biology of the oceans and some dependent industries are in turn responding to these impacts. The development of response options for users of marine resources, such as fishers, is important in guiding adaptation efforts. However, harvesting fish is only the first step in a supply chain that delivers seafood to consumers. Impacts higher up the chain have seldom been considered in fisheries-climate research yet an understanding of these impacts and how climate risks and adaptation information are interpreted and used by stakeholders across the chain is vital for developing viable and sustainable adaptation options. We examined stakeholder perceptions of points where climate change impacts and adaptations currently occur, or may occur in the future, across the supply chains of several Australian fisheries (southern rock lobster, tropical rock lobster, prawn) and aquaculture sectors (oyster, aquaculture prawn). We found that climate change impacts are well understood at the harvest stage and there is evidence of potential impacts and disruption to supply chains. Yet, there currently is no strong driver for change higher up the chain. Holistic adaptation planning along the supply chain, underpinned by targeted information and policy for the catch, processing and distribution, and marketing phases is needed. This effort is needed now, as some adaptation options have long lead times, and a delay in adaptation planning may limit future options. Given potential lead times and associated uncertainty, a risk-based approach is recommended with regard to adaptation planning for Australia’s seafood sector