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The caterpillar of the cotton bollworm moth (helicoverpa armigera) sits on the thumb of a technician in a laboratory in Melbourne June 18, 2008. The genetic secrets of the world's worst agricultural pest, which is resistant to nearly every class of chemical pesticide, will be unlocked within months, with scientists saying it could lead to new ways of controlling the bollworm moth that causes $5 billion of damage to crops around the world. In a project funded by the Commonwealth Scientific and Industrial Research Organisation (CSIRO) and the University of Melbourne, researchers are now working to sequence its genome, with results expected in about four months.
The Southern Dogfish Centrophorus zeehaani, a new species of gulper shark endemic to southern Australia is seen in this handout photo released by Commonwealth Scientific and Industrial Research Organisation CSIRO on September 18, 2008. Scientists using DNA have named and described 100 new species of sharks and rays in Australian waters, which they said on Thursday will help conservation of the marine animals and aid in climate change monitoring.
The Maugean Skate Zearaja maugeana, a new species from Bathurst and Macquarie Harbours in Tasmania is seen in this handout photo released by Commonwealth Scientific and Industrial Research Organisation CSIRO on September 18, 2008. Scientists using DNA have named and described 100 new species of sharks and rays in Australian waters, which they said on Thursday will help conservation of the marine animals and aid in climate change monitoring.
An elephant seal is seen with a special sensor fitted to its head in South Georgia in this undated photo released on August 12, 2008 by the Australia's Commonwealth Scientific & Industrial Research Organisation (CSIRO). Elephant seals swimming under Antarctic ice with special sensors fitted to their head are providing scientists with crucial data on ice formation, ocean currents and climate change, said a new study. The seals, which swim under winter ice, have overcome a "blind-spot" for scientists by allowing them to calculate how fast sea ice forms during winter.
An elephant seal is seen with a special sensor fitted to its head in South Georgia in this undated photo released on August 12, 2008 by the Australia's Commonwealth Scientific & Industrial Research Organisation (CSIRO). Elephant seals swimming under Antarctic ice with special sensors fitted to their head are providing scientists with crucial data on ice formation, ocean currents and climate change, said a new study. The seals, which swim under winter ice, have overcome a "blind-spot" for scientists by allowing them to calculate how fast sea ice forms during winter.
An elephant seal is seen with a special sensor fitted to its head in South Georgia in this undated photo released on August 12, 2008 by the Australia's Commonwealth Scientific & Industrial Research Organisation (CSIRO). Elephant seals swimming under Antarctic ice with special sensors fitted to their head are providing scientists with crucial data on ice formation, ocean currents and climate change, said a new study. The seals, which swim under winter ice, have overcome a "blind-spot" for scientists by allowing them to calculate how fast sea ice forms during winter.
Senior surgeon Professor Stephen O'Leary poses with the surgery simulator he helped develop at the Victorian Eye and Ear Hospital in Melbourne July 1, 2008. The virtual reality surgery simulator which incorporates a world first three-dimensional microscope, invented by the Commonwealth Scientific and Industrial Research Organisation (CSIRO) and Melbourne University, allows medical students to practice ear operations. The simulator lets students "feel" bone and flesh under their virtual drill while using force-feedback pens. The first of the A$55,000 (US$52 700) machines was recently sold to a Chinese university.
Senior surgeon Professor Stephen O'Leary poses with the surgery simulator he helped develop at the Victorian Eye and Ear Hospital in Melbourne July 1, 2008. The virtual reality surgery simulator which incorporates a world first three-dimensional microscope, invented by the Commonwealth Scientific and Industrial Research Organisation (CSIRO) and Melbourne University, allows medical students to practice ear operations. The simulator lets students "feel" bone and flesh under their virtual drill while using force-feedback pens. The first of the A$55,000 (US$52 700) machines was recently sold to a Chinese university.
Senior surgeon Professor Stephen O'Leary poses with the surgery simulator he helped develop at the Victorian Eye and Ear Hospital in Melbourne July 1, 2008. The virtual reality surgery simulator which incorporates a world first three-dimensional microscope, invented by the Commonwealth Scientific and Industrial Research Organisation (CSIRO) and Melbourne University, allows medical students to practice ear operations. The simulator lets students "feel" bone and flesh under their virtual drill while using force-feedback pens. The first of the A$55,000 (US$52 700) machines was recently sold to a Chinese university.
A cotton bollworm moth (helicoverpa armigera) flies off the hand of a technician in a laboratory in Melbourne June 18, 2008. The genetic secrets of the world's worst agricultural pest, which is resistant to nearly every class of chemical pesticide, will be unlocked within months, with scientists saying it could lead to new ways of controlling the bollworm moth that causes $5 billion of damage to crops around the world. In a project funded by the Commonwealth Scientific and Industrial Research Organisation (CSIRO) and the University of Melbourne, researchers are now working to sequence its genome, with results expected in about four months.
Two cotton bollworm moths (helicoverpa armigera) sit on the hand of a technician in a laboratory in Melbourne June 18, 2008. The genetic secrets of the world's worst agricultural pest, which is resistant to nearly every class of chemical pesticide, will be unlocked within months, with scientists saying it could lead to new ways of controlling the bollworm moth that causes $5 billion of damage to crops around the world. In a project funded by the Commonwealth Scientific and Industrial Research Organisation (CSIRO) and the University of Melbourne, researchers are now working to sequence its genome, with results expected in about four months.
A cotton bollworm moth (helicoverpa armigera) sits on the hand of a technician in a laboratory in Melbourne June 18, 2008. The genetic secrets of the world's worst agricultural pest, which is resistant to nearly every class of chemical pesticide, will be unlocked within months, with scientists saying it could lead to new ways of controlling the bollworm moth that causes $5 billion of damage to crops around the world. In a project funded by the Commonwealth Scientific and Industrial Research Organisation (CSIRO) and the University of Melbourne, researchers are now working to sequence its genome, with results expected in about four months.
The caterpillar of the cotton bollworm moth (helicoverpa armigera) sits on the thumb of a technician in a laboratory in Melbourne June 18, 2008. The genetic secrets of the world's worst agricultural pest, which is resistant to nearly every class of chemical pesticide, will be unlocked within months, with scientists saying it could lead to new ways of controlling the bollworm moth that causes $5 billion of damage to crops around the world. In a project funded by the Commonwealth Scientific and Industrial Research Organisation (CSIRO) and the University of Melbourne, researchers are now working to sequence its genome, with results expected in about four months.