... Biology 15 2206 2223 Solomon, S., Plattner, G.K., Knutti, R. and Friedlingstein, P. 2009. Irreversible climate change due to carbon dioxide emissions. PNAS 106(6): 1704-1709. Irreversible climate change due to carbon dioxide emissions PNAS 106 1704 1709 Summary of Research Findings...

... the manual skills of the researcher and hence produce consistent welfare outcomes. Such systems generally use gases in a prescribed manner, but many of the recommended gases are anaesthetics and so their use is also strictly controlled under legislation. One gas that is not an anaesthetic, carbon dioxide...

... and the outside air occurs by diffusion. No unifying theory has yet emerged to provide a satisfactory explanation for the apparently random distribution of hole-nesting and mound-nesting within the Crocodylidae. crocodilian incubation eggs oxygen consumption carbon dioxide production respiratory...

... dioxide. Journal of Experimental Biology 175: 15-32. Allosteric control of oxygen binding by haemoglobin during embryonic development in the crocodile Crocodylus porosus: the role of red cell organic phosphates and carbon dioxide Journal of Experimental Biology 175 15 32 Jensen, F.B., Weber...

... industries. ocean acidification climate change Saccostrea glomerata Sydney rock oyster selective breeding spat genetic differences carbon dioxide aquaculture adaptation proteomics Bennett, C.A., Franklin, N.L. and 1954. Statistical analysis in chemistry and the chemical industry...

... the range of I holocyclus in order to better understand and mitigate public health risks. Ixodes holocyclus paralysis ticks ticks Ixodidae bandicoots Peramelidae Lyme diasease Adeyeye, O.A. and Butler, J.F. 1991. Field Evaluation of Carbon Dioxide Baits for Sampling Ornithodoros turicata...

... fellow). Coral-algal dynamics under future carbon dioxide scenarios and eutrophication. The member survey raised two issues relating to our publications: access to publications and time from Rowena Hamer (University of Tasmania, PhD student). submission to publication. In April 2015 our online...

... of the possible drivers of climate change, but it is the one which, at present, appears to be inducing more rapid change than any other, and it is the only one which humans have the power to influence. Some opponents of taking action on climate change do so on the basis that increasing carbon dioxide...

... a series of events than to undertake long-term monitoring. This is well illustrated by a recent article in The Economist (11 May 2013), which I paraphrase here: In 1956 Charles D. Keeling started to build instruments that could measure the proportion of carbon dioxide in the atmosphere, a relatively new...

... that: The predicted rise of atmospheric carbon dioxide will wreak havoc on krill, the tiny crustacean at the heart of the Antarctic food web, a study has shown. (SMH 14 October 2008). The article also mentioned the researcher, Lilli Hale, as well as the Antarctic Division s program leader, Steve Nicol...

... Revolution that began in the 18th century, these deposits were safely stored underground (as coal, oil and natural gas) and the Earth's carbon was distributed in rough equilibrium in these deposits, in the soils and vegetation, in the oceans and as carbon dioxide in the atmosphere. The cycling of this carbon...

... visited by each bee within a quadrat of 3m x 3m recorded. Bees were observed directly by the researcher from no more than 3m away. The time spent on each branch by each bee was estimated in seconds. Bee sampling A sweep net was used to collect five bees on each day. Bees were anaesthetised using carbon...

... of Washington in Seattle to work on respiratory and cardiovascular physiology of lungfish. They generously included me in the work. In this photo, Kjell exposes blood vessels of an anaesthetized lungfish to allow implantation of cannulae to monitor blood pressure and take blood samples for oxygen and carbon...

... winter, allowing the bats to enter into periods of torpor, as a staging roost prior to females establishing a maternity roost elsewhere and it is potentially important for breeding in autumn. As the site shows signs of frequent visits by humans, is partly collapsed, and has a high likelihood of carbon...

... yield of kangaroo carcass is high- Figure 12 Methane emissions expressed as carbon dioxide equivalents from kangaroos and conventional livestock. Australian Zoologist volume 40 (1) Professional kangaroo population control for animal welfare and conservation 2019 195 Theme Edition: Killing...

.... The key to animal life is autotrophy - the conversion of inorganic substances into organic. The most essential autotrophic process, as we all know, is photosynthesis - in which living organisms are able to use the energy of sunlight to convert inorganic material (carbon dioxide), into organic material...

... material (carbon dioxide), into organic material. It occurs not only in plants but also in many bacteria. Algae, higher plants and some bacteria produce oxygen as a byproduct. Another, but less well known, autotrophic process is chemosynthesis, the production of organic matter from inorganic by means...