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A global biodiversity observing system to unite monitoring and guide action Nature Ecology & Evolution, 2023 (Ref: 16887)
Authors:
Gonzalez A.Vihervaara P.Balvanera P.Bates A.Bayraktarov E.Bellingham P.J.Bruder A.Campbell J.Catchen M.D.Cavender-Bares J.Chase J.Coops N.Costello M.J.Dornelas M.Dubois G.Duffy E.J.Eggermont H.Fernandez N.Ferrier S.Geller G.N.Gill M.Gravel D.Guerra C.A.Guralnick R.Harfoot M.Hirsch T.Hoban S.Hughes A.C.Hunter M.E.Isbell F.Jetz W.Juergens N.Kissling W.D.Krug C.B.Le Bras Y.Leung B.Londono-Murcia M.C.Lord J.M.Loreau M.Luers A.Ma K.MacDonald A.J.McGeoch M.Millette K.L.Molnar Z.Mori A.S.Muller-Karger F.E.Muraoka H.Navarro L.Newbold T.Niamir A.Obura D.O'Connor M.Paganini M.Pereira H.Poisot T.Pollock L.J.Purvis A.Radulovici A.Rocchini D.Schaepman M.Schaepman-Strub G.Schmeller D.S.Schmiedel U.Schneider F.D.Shakya M.M.Skidmore A.Skowno A.L.Takeuchi Y.Tuanmu M.-N. Turak E.Turner W.Urban M.C.Urbina-Cardona N.Valbuena R.van Havre B.Wright E.
Category 1: Peer-reviewed literature

The rate and extent of global biodiversity change is surpassing our ability to measure, monitor and forecast trends. We propose an interconnected worldwide system of observation networks — a global biodiversity observing system (GBiOS)…

Mapping Antarctic seabird occupancy from a century of breeding observations to inform environmental management and conservation Diversity and Distributions, 2025 (Ref: 17379)
Authors:
Southwell C.Emmerson L.Kelly N.Maschette D.Arnould J.Barbraud C.Creuwels J.Delaney R.Delord K.Gibson J.Green K.Hindell M.Heatwole H.Hodum P.Hull C.L.Kato A.Kokubun N.Lashko A.Miller G.Norman I.Olivier F.Pande A.Robertson G.Salton M.Takahashi A.van Franeker J.Ward S.Wienecke B.Woehler E.
Category 1: Peer-reviewed literature

Aim … To map presence, absence and ignorance of Antarctic seabird breeding occupancy at the spatial resolution of ice-free habitat sites to identify knowledge gaps and inform management and conservation. Location … East Antarctica between longitudes 30°?E and 150°?E.

Circumpolar analysis of the Adélie penguin reveals the importance of environmental variability in phenological mismatch. Ecology 98, 2017 (Ref: 16249)
Authors:
Youngflesh C.Jenouvrier S.Li Y.Ji R.Ainley D.G.Ballard G.Barbraud C.Delord K.Dugger K.M.Emmerson L.M.Fraser W.R.Hinke J.T.Lyver P.Olmastroni S.Southwell C.Trivelpiece S.G.Trivelpiece W.Z.Lynch H.J.
Category 1: Peer-reviewed literature

Spatially Extensive Standardized Surveys Reveal Widespread, Multi-Decadal Increase in East Antarctic Adélie Penguin Populations PLoS ONE, 2015 (Ref: 15645)
Authors:
Southwell C.J.Emmerson L.M.McKinlay J.P.Newbery K.M.Takahashi A.Kato A.Barbraud C.DeLord K.Weimerskirch H.
Category 1: Peer-reviewed literature

Adélie penguin breeder abundance in CCAMLR Divisions 58.4.1 and 58.4.2 ., 2013 (Ref: 15071)
Authors:
Southwell C.J.McKinlay J.Emmerson L.M.Takahashi A.Barbraud C.DeLord K.Weimerskirch H.
Category 2: International meeting papers

Pressure fluctuations on the open-ocean floor: mid-Tasman Sea at 38° 30'S., 162° 38'E., near the Lord Howe Rise Aust. J. Mar. Freshw. Res, 1986 (Ref: 13174)
Authors:
Lilley F.E.M.Mulhearn P.J.Filloux J.H.Bindoff N.L.Ferguson I.J.
Category 1: Peer-reviewed literature

Penguin colonies as secondary sources of contamination with persistent organic pollutants Journal of Environmental Monitoring, 2007 (Ref: 13074)
Authors:
Roosens L.van den Brink N.Riddle M.Blust R.Neels H.Covaci A.
Category 1: Peer-reviewed literature

Although long-range atmospheric transport has been described as the predominant mechanism … for exposing polar regions to persistent organic pollutants (POPs), recent studies have suggested … that bird activity can also contribute substantially to contaminant levels in some environments. However…

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