Latest news with #KateMansfield
Otago Daily Times
06-05-2025
- General
- Otago Daily Times
Work ‘finally' begins to aid overfull school
Kate Mansfield. Photo: Jules Chin Glenavy School has had a burgeoning roll due to immigration for dairy farming over the last four years. As a result it ''finally'' has new ''modernised and upgraded'' buildings for teaching and learning support. Three existing Ministry of Education prefabricated buildings based at Waitaki Girls' High School were moved to the rural primary school last October and a recent ministry tender awarded to Breen Construction for nearly $750,000 has meant reconstruction and refurbishment of the new teaching and multi-use spaces began this month. Kate Mansfield started in her role as principal of the school nine years ago when the roll was 65 and there were four classrooms. The roll is now 125, and space has been at a premium for not only the pupils but the school staff. She was elated construction was ''finally'' under way. ''It is really exciting. ... We have had to fight for everything we can get and my role growth is not just overnight, it's been going for a long time.'' Mrs Mansfield said finding space at the old school that has served its community for over 120 years, has been ''diabolical''. They have had to be ''quite creative'' by using the school library and a community building on the school grounds, that is funded by the school board, for teaching spaces, she said. ''Initially the ministry said it would just be for a short period of time. ''But we've had that class in the library since mid-term in 2023, so it's been a good year and a-half.'' With the school doubling in size since Mrs Mansfield tenure, there has also only been ''standing room only'' for some in the staffroom, the number of staff growing from eight to 25. Mrs Mansfield told the ministry it had become a ''health and safety'' issue for her staff and she was pleased one of the three buildings would be a multi-use space that could function as a staff room, and a break-out and space for a ''learning co-ordinator''. The two other buildings will be dedicated classrooms. Seventy percent of the pupils had English as a second language, with a large Filippino community, she said. ''The need for breakout spaces where teacher aides and teachers can take children away and just give them those small group supports and we just haven't had that space here.'' Mrs Mansfield said 99% of the families in the school community came from dairying which creates a flux in the roll, with people moving in and out of the area. The expected roll at the end of the year was 135, she said. Breen Construction is contracted to finish the classrooms by term 3. - By Jules Chin
Nahar Net
05-02-2025
- Science
- Nahar Net
Scientists solve mystery of sea turtles 'lost years'
by Naharnet Newsdesk 05 February 2025, 17:24 Using satellite trackers, scientists have discovered the whereabouts of young sea turtles during a key part of their lives. "We've had massive data gaps about the early baby to toddler life stages of sea turtles," said Kate Mansfield, a marine scientist at the University of Central Florida. "This part of their long lives has been largely a mystery." For decades, scientists have wondered about what happens during the so-called lost years between when tiny hatchlings leave the beach and when they return to coastlines nearly grown — a span of about one to 10 years. New research published Tuesday begins to fill in that gap. For over a decade, Mansfield and colleagues attached GPS tags to the fast-growing shells of young wild turtles. Steering small boats, they looked for young turtles drifting among algae in the Gulf of Mexico, eventually tagging 114 animals – including endangered green turtles, loggerheads, hawksbills and Kemp's ridleys. Eventually the GPS tags slough off because "the outside of a young turtle's shell sheds as they grow very quickly," said Katrina Phillips, a marine ecologist at the University of Central Florida and co-author of the new study published in Proceedings of the Royal Society B. But each tag stayed on long enough to transmit a few weeks to a few months of location data. What the researchers found challenged many old ideas. Scientists long thought that tiny turtles drifted passively with ocean currents, literally going with the flow. "What we've uncovered is that the turtles are actually swimming," said co-author Nathan Putman, an ecologist at LGL Ecological Research Associates in Texas. The scientists confirmed this by comparing location data of young turtles with the routes of drifting buoys set in the water at the same time. More than half of the buoys washed ashore while the turtles did not. "This tiny little hatchling is actually making its own decisions about where it wants to go in the ocean and what it wants to avoid," said Bryan Wallace, a wildlife ecologist at Ecolibrium in Colorado. The tracking data also showed more variability in locations than scientists expected, as the little turtles moved between continental shelf waters and open ocean. Besides the painstaking work of finding turtles, the trick was developing flexible solar-powered tags that could hang onto shells long enough to send back data. "For years, the technology couldn't match the dream," said Jeffrey Seminoff, a marine biologist at NOAA who was not involved in the study. The findings give biologists a better idea of how young turtles use the Gulf of Mexico, a critical region for four species of endangered sea turtles. "It's not that the sea turtles were ever lost, but that we had lost track of them," said Jeanette Wyneken at Florida Atlantic University, who had no role in the research.
Asharq Al-Awsat
05-02-2025
- Science
- Asharq Al-Awsat
Scientists Solve the Mystery of Sea Turtles' ‘Lost Years'
Using satellite trackers, scientists have discovered the whereabouts of young sea turtles during a key part of their lives. 'We've had massive data gaps about the early baby to toddler life stages of sea turtles,' said Kate Mansfield, a marine scientist at the University of Central Florida. 'This part of their long lives has been largely a mystery.' For decades, scientists have wondered about what happens during the so-called lost years between when tiny hatchlings leave the beach and when they return to coastlines nearly grown — a span of about one to 10 years. New research published Tuesday begins to fill in that gap. For over a decade, Mansfield and colleagues attached GPS tags to the fast-growing shells of young wild turtles. Steering small boats, they looked for young turtles drifting among algae in the Gulf of Mexico, eventually tagging 114 animals – including endangered green turtles, loggerheads, hawksbills and Kemp's ridleys. Eventually the GPS tags slough off because 'the outside of a young turtle's shell sheds as they grow very quickly,' said Katrina Phillips, a marine ecologist at the University of Central Florida and co-author of the new study published in Proceedings of the Royal Society B. But each tag stayed on long enough to transmit a few weeks to a few months of location data. What the researchers found challenged many old ideas. Scientists long thought that tiny turtles drifted passively with ocean currents, literally going with the flow. 'What we've uncovered is that the turtles are actually swimming,' said co-author Nathan Putman, an ecologist at LGL Ecological Research Associates in Texas. The scientists confirmed this by comparing location data of young turtles with the routes of drifting buoys set in the water at the same time. More than half of the buoys washed ashore while the turtles did not. 'This tiny little hatchling is actually making its own decisions about where it wants to go in the ocean and what it wants to avoid,' said Bryan Wallace, a wildlife ecologist at Ecolibrium in Colorado. The tracking data also showed more variability in locations than scientists expected, as the little turtles moved between continental shelf waters and open ocean. Besides the painstaking work of finding turtles, the trick was developing flexible solar-powered tags that could hang onto shells long enough to send back data. 'For years, the technology couldn't match the dream,' said Jeffrey Seminoff, a marine biologist at NOAA who was not involved in the study. The findings give biologists a better idea of how young turtles use the Gulf of Mexico, a critical region for four species of endangered sea turtles. 'It's not that the sea turtles were ever lost, but that we had lost track of them,' said Jeanette Wyneken at Florida Atlantic University, who had no role in the research.
The Independent
05-02-2025
- Science
- The Independent
Scientists finally solve the mystery of sea turtles' ‘lost years'
Scientists have used satellite trackers to shed light on the 'lost years' of young sea turtles, a period previously shrouded in mystery. For decades, researchers have puzzled over the lives of these creatures between the time they hatch and their return to coastal areas as near-adults. This period can last anywhere from one to 10 years. A new study, published in Proceedings of the Royal Society B, offers some answers. Marine scientists, led by Kate Mansfield of the University of Central Florida, attached GPS tags to the shells of 114 young turtles in the Gulf of Mexico. The species tracked included endangered green turtles, loggerheads, hawksbills, and Kemp's ridleys. The process of tagging the turtles involved searching for them amongst floating algae in small boats. While the tags eventually detached due to the rapid shell growth of the young turtles, they transmitted location data for several weeks to months. 'We've had massive data gaps about the early baby to toddler life stages of sea turtles,' Mansfield explained. 'This part of their long lives has been largely a mystery.' The data collected is challenging long-held assumptions about these early life stages. Co-author Katrina Phillips, a marine ecologist at the University of Central Florida, noted that the tags detached because 'the outside of a young turtle's shell sheds as they grow very quickly.' Scientists long thought that tiny turtles drifted passively with ocean currents, literally going with the flow. 'What we've uncovered is that the turtles are actually swimming,' said co-author Nathan Putman, an ecologist at LGL Ecological Research Associates in Texas. The scientists confirmed this by comparing location data of young turtles with the routes of drifting buoys set in the water at the same time. More than half of the buoys washed ashore while the turtles did not. 'This tiny little hatchling is actually making its own decisions about where it wants to go in the ocean and what it wants to avoid,' said Bryan Wallace, a wildlife ecologist at Ecolibrium in Colorado. The tracking data also showed more variability in locations than scientists expected, as the little turtles moved between continental shelf waters and open ocean. Besides the painstaking work of finding turtles, the trick was developing flexible solar-powered tags that could hang onto shells long enough to send back data. 'For years, the technology couldn't match the dream,' said Jeffrey Seminoff, a marine biologist at NOAA who was not involved in the study. The findings give biologists a better idea of how young turtles use the Gulf of Mexico, a critical region for four species of endangered sea turtles. 'It's not that the sea turtles were ever lost, but that we had lost track of them,' said Jeanette Wyneken at Florida Atlantic University, who had no role in the research.
Yahoo
05-02-2025
- Science
- Yahoo
Scientists solve the mystery of sea turtles' 'lost years'
WASHINGTON (AP) — Using satellite trackers, scientists have discovered the whereabouts of young sea turtles during a key part of their lives. 'We've had massive data gaps about the early baby to toddler life stages of sea turtles,' said Kate Mansfield, a marine scientist at the University of Central Florida. 'This part of their long lives has been largely a mystery.' For decades, scientists have wondered about what happens during the so-called lost years between when tiny hatchlings leave the beach and when they return to coastlines nearly grown — a span of about one to 10 years. See for yourself — The Yodel is the go-to source for daily news, entertainment and feel-good stories. By signing up, you agree to our Terms and Privacy Policy. New research published Tuesday begins to fill in that gap. For over a decade, Mansfield and colleagues attached GPS tags to the fast-growing shells of young wild turtles. Steering small boats, they looked for young turtles drifting among algae in the Gulf of Mexico, eventually tagging 114 animals – including endangered green turtles, loggerheads, hawksbills and Kemp's ridleys. Eventually the GPS tags slough off because 'the outside of a young turtle's shell sheds as they grow very quickly,' said Katrina Phillips, a marine ecologist at the University of Central Florida and co-author of the new study published in Proceedings of the Royal Society B. But each tag stayed on long enough to transmit a few weeks to a few months of location data. What the researchers found challenged many old ideas. Scientists long thought that tiny turtles drifted passively with ocean currents, literally going with the flow. 'What we've uncovered is that the turtles are actually swimming,' said co-author Nathan Putman, an ecologist at LGL Ecological Research Associates in Texas. The scientists confirmed this by comparing location data of young turtles with the routes of drifting buoys set in the water at the same time. More than half of the buoys washed ashore while the turtles did not. 'This tiny little hatchling is actually making its own decisions about where it wants to go in the ocean and what it wants to avoid,' said Bryan Wallace, a wildlife ecologist at Ecolibrium in Colorado. The tracking data also showed more variability in locations than scientists expected, as the little turtles moved between continental shelf waters and open ocean. Besides the painstaking work of finding turtles, the trick was developing flexible solar-powered tags that could hang onto shells long enough to send back data. 'For years, the technology couldn't match the dream,' said Jeffrey Seminoff, a marine biologist at NOAA who was not involved in the study. The findings give biologists a better idea of how young turtles use the Gulf of Mexico, a critical region for four species of endangered sea turtles. 'It's not that the sea turtles were ever lost, but that we had lost track of them,' said Jeanette Wyneken at Florida Atlantic University, who had no role in the research. ___ The Associated Press Health and Science Department receives support from the Howard Hughes Medical Institute's Science and Educational Media Group and the Robert Wood Johnson Foundation. The AP is solely responsible for all content.
