2012
Published May 31, 2012Images sourced from Flickr's Creative CommonsSubject EditorsAudrey Appudurai, Sophie Arnall, Natasha Ayers, Janja Ceh, Dr Margaret Collins, Angela Eads, Marcin Falkowski, Eduardo Garza Gisholt, Anton Kuhar, Priya Rajabather, Natalie Rosser, Carlos Salas, David Savage, Jamie Tedeschi, Emile van Lieshout
Australian magpie
Australian magpie distribution in South-eastern Australia from 1970-2010: moving to higher altitudes in El Nino oscillations
Ford, G., Moustaka, M., Muia, T. and Wong, B.Climate change is affecting the breeding patterns of the Australian magpie
Hill, J., McCabe, L., Dargar, S. and Spencer, K.
Cabbage white butterfly
The impact of temperature upon the phenology of Pieris rapae (Cabbage white butterfly) as an indication of climate change
Cockerill, J., Depiaszzi, A., Gill, S. and Rogerson, J.The phenology of the Cabbage white butterfly - the effect of climate change
Lacey, E., Bassan, S., Dai Vo, T. and Ryan, K.The effect of increasing temperatures on the distribution of Pieris rapae
Owen, H., Roberts, E. and Tonkin, C.
Fan-tailed cuckoo
The relationship between phenology and climate change in the life cycle of the Fan-tailed cuckoo
Bonetti, J. and Eliasz, J.Increased calling of the Fan-tailed cuckoo: the voice for climate change?
Kirsz, R. and Giancola-Bell, L.
Grey fantail
Rhipidura fuliginosa : the Grey fantail's phenological response to changes in climate
Ashton, E., Duncan, D. and Shigeno, M.Impact of increasing temperature on earlier migration and breeding of the Grey fantail, Rhipidura fuliginosa, in Australia, with an inconclusive result
Lam, K. and Johnson, S.Seasonal migration of the Grey fantail shows variation across a period of noted climate change
Swain, T., Malecki, D., Miller, B. and Christi, P.
Jacaranda
Climate change will cause earlier flowering and distribution increase of Jacaranda mimosifolia in Australia
Agostino, M., Kwok Van Der Biezen, F., Prince, J. and Sloan, N.
London plane tree
Resisting climate change: the London plane tree in Western Australia
Jones, C., Sach, C. and Stevenson, A.The London plane tree (Platanus x acerifolia) as a climate change indicator species in Australia
Patrick, C., Yi Ling Elaine, L., Eley, M. and Lin, M.
Magpie lark
Increased annual rainfall due to climate change draws the Magpie Lark inland and results in breeding activity shift
Bateman, A., Foo, K. and Beckett, C.Does the Magpie lark's inclusion as a ClimateWatch Indicator species reveal another objective of the organisation?
Long, M., Edwards, T., Osmond, R. and Cooper, G.Further research required to establish a strong correlation between breeding behaviour of Grallina cyanoleuca and rainfall
Murray, S., Ferrell, K., Brandt, S. and McFarland, A.Rainfall changes have affected the distribution of the Magpie lark (Grallina cyanoleuca) in Western Australia
Stanbury, K., Dutton, M., Liew, A. and Cooper, B.
Marri
An examination of using citizen sciences to collect scientific data: a case study of the ClimateWatch Corymbia calophylla dataset
Dawson, H., Major, L. and Lam, T.The commencement of flowering of the Marri tree shifts earlier in response to the increase in temperature and alteration of seasonal timing
Wale, J., Hooper, S. and Hand, M.
Motorbike frog
Motorbike Frog, Litoria moorei's adaptation to climate change unclear due to insufficient data
Payne, C. and Chia, T.
Native wisteria
A study of the phenological effects of climate change on Hardenbergia comptoniana (Native Wisteria)
Hare, R., Stem, S. and Cater, R.
Slender banskia
Climate change disrupts Banksia attenuata flowering cycle
Loya, H., Jacobs, S. and Zheng, Z.
Western Australian christmas tree
Can citizen science always be trusted? A Nuytsia floribunda case study that exposes its flaws
Bartlett, C., George, N., Ranelli, C. and Van Berlo, M.Phenological aspects of Nuytsia floribunda
Ashbolt, P., Quaife, B. and Ryan-Charles, S.
Welcome swallow
The effects of climate change on the nesting and breeding habits of the Welcome swallow, Hirundo neoxena
Crear, A., Hale, J., Hodgson, B. and Kolatowicz, Z.
White cheeked honeyeaters
Citizen science reveals the effects of changes in temperature and rainfall on the spatiotemporal distribution of White-cheeked honeyeaters
Wells, L,. Zuidersma, M., Gault, J. and Wu, R.Where did all the White-cheeked honeyeaters go? An analysis of distribution, peaks, and climate change
Han, I. Millman, M and Wiid, K.
Willy wagtail
Climate change leads to range shift of Willy wagtails to previously uncolonised Tasmania
Fraser, M,. Narayanan, R. and Tu, M.Climate variability does not impact on Willie wagtail breeding behaviour
Scott, N., Anderson, C. and Wang, Z.