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Monday, March 19, 2012Hawker, Canberra — Coming off a national championship win for the Australian Capital Territory (ACT) men’s open team in mid-February, Australia men’s national softball team representatives Nick Norton and Adam Folkard are getting ready for more softball later this year, including the Australian club championships to be held in Brisbane in June.

Folkard and Norton have both won the World Championships and have each won a total of ten national championships with the ACT side. They are both named to the current men’s national team, which has roughly thirty players, and believe they are likely to survive the December cut down to eighteen players who will represent Australia at next year’s World Championship in Auckland, New Zealand.

The World Championship is one of the two most prestigious available to male softball players. The other is the International Softball Congress, an event Folkard and Norton have both competed at.

As national team representatives, there are a lot of expectations for them. In Australia, there is almost no financial support for the men’s game so they must cover most of their own costs, including travel to and from international competitions. According to Folkard’s father, these costs can be prohibitive. In one year, when Folkard was a representative on the men’s U18, U23 and Open team, it cost A$15,000 for travel and other expenses just for Folkard. When costs for bringing family members such as Folkard’s sisters to major international tournaments, the costs were even higher. Folkard, his father and Norton all joked this cost his father an investment property to allow Folkard to continue to compete at the highest level. Both Folkard and Norton currently work as tradesmen to support softball playing.

Beyond money, the national team requires players to be actively involved in wider softball community. Players must represent a club at the club championships in Brisbane if they want to retain a spot in the squad. Folkard plays for a Western Australian club and Norton plays for a Sydney based club, driving down from Canberra to play every Sunday during the season.

Folkard and Norton have both played softball at the highest level in the United States, where the men’s game is not yet fully professionalized but still presents more opportunities for players than are available at home. For several years, Folkard has gone to the United States for three-month stints, playing for teams in Chicago, Pennsylvania, and New York. One side he played was sponsored by Ernst and Young. Folkard currently plays for a Canadian side and has been trying to convince Norton, whom he has grown up playing softball with, to join him like Norton has done one previous season. According to Folkard, playing with a North American club has certain advantages. The clubs pay for his travel to and from Australia, and pay for Championship rings. When asked how North American clubs sign Australian players, he said they follow men’s softball in Australia and call up players to offer contracts. Australian men’s players gain additional exposure to potential clubs when they compete, with some sides approaching them during the North American season and seeking to contract them for the following season.

Both men would love the opportunity to play softball in the Olympics, but believe such an opportunity is unlikely. According to them, softball at the Olympics is a women’s game intrinsically linked to men’s baseball, and men’s softball is unlikely to ever be considered on the programme as a result.

Folkard and Norton both play for the same club in the ACT territory club competition. Their team has secured a grand final berth for the match in ten days. They are waiting to find out who they will play against based on a match this weekend. Both have previously won this competition.

Sunday, January 27, 2019

In findings published earlier this month in Ecological Applications, scientists from the University of Washington and Center for Ecosystem Sentinels examine the reason for the plummeting numbers of female Magellanic penguins, Spheniscus magellanicus, that have been reported at the birds’ breeding sites in South America over the past twenty years and more. Wikinews caught up with postdoctoral researcher and study co-author Natasha Gownaris to learn more.

In a press release, Gownaris said, “Two decades ago, there were about 1.5 adult male Magellanic penguins for every adult female at Punta Tombo[…] Today, it’s approaching three males for every female.” The findings suggested a disparity in the death rate of juvenile and adult penguins, rather than differences in chick survival, account for this difference.

Punta Tombo is one of the annual breeding sites for the species; it is in Argentina. The penguins travel thousands of miles each year to reach these sites.

The work involved building population models out of over thirty years of data collected by tagging individual penguins. Findings also suggested the pronounced sex disparity might make population models used to predict survival among other birds with a more even gender balance inappropriate for use on Megallanic penguins.

According to the data, since 1987, overall population of Magellanic penguins in Punta Tombo at one of their annual breeding sites in Argentina has declined 40%, while the male-to-female ratio has greatly increased.

Since 1983, the research team has been putting stainless steel bands on tens of thousands of chicks hatched at the Punta Tombo breeding site in Argentina, noting which juvenile and adult birds make it back to the site the next year and extrapolating how many lived and died. Among juveniles, there was a 17% survival rate for males and 12% for females. Among adults, it was 89% and 85%. These effects became compounded every year, reaching as high as six males to one female among older penguins.

The researchers noted implications for penguin conservation: Gownaris remarked, “Over the years, this team has helped preserve the land and waters around breeding colonies like Punta Tombo[…] But now we’re starting to understand that, to help Magellanic penguins, you have to protect waters where they feed in winter, which are thousands of miles north from Punta Tombo.”

Gownaris answered a series of questions for our correspondent.

((Wikinews)) What prompted your curiosity about Magellanic penguins?

Natasha Gownaris: I’ve wanted to be a marine scientist since I was a child, when I would collect sand crabs (Emerita talpoida) from local beaches in New York. I studied fish as a graduate student, but I have a pair of adopted parrots and I am generally fascinated by birds. Plus, penguins eat fish! Studying penguins seemed like a great way to merge my love for the ocean and my love for birds. Penguins and other seabirds are also important to study because they tell us something about the health of the ocean ecosystems they feed in, similar to the use of canaries to test air quality in coal mines. Unfortunately, the decline of many seabird species worldwide is yet another warning sign of the negative and widespread impacts humans are having on the ocean.

((WN)) How did you approach putting together such a large-scale study?

NG: This study started in 1982, long before my joining the lab in March of 2016. Dr. Dee Boersma began this study as a response to a Japanese company’s interest in harvesting penguins for their skin, meat, and oil. Although the project has evolved over time, Dr. Boersma had the foresight to start banding chicks in 1983 and to set up a standard protocol that we follow each year. Since then, over 44,000 chicks have been banded at Punta Tombo. We’ve been able to follow some individuals for 30+ years, collecting detailed information on things like how often they breed and how many mates they’ve had.

((WN)) How much time did you end up spending in Argentina? What was it like at the breeding site?

NG: Members of the Boersma lab and volunteers spend approximately six months each year at Punta Tombo. I was fortunate enough to spend nearly four months at the colony between 2015 and 2017. It’s an incredible, otherworldly place. Magellanic penguins nest in burrows or bushes, and some areas of the colony are so dense with burrows that you feel like you’re on a different planet. The colony has declined by over 40% since the study started…so I can’t even imagine what it was like in the 1980s. My favorite time of the day is around 8PM, when (hopefully fat) penguins are returning to the colony en masse after a foraging trip. They are also most vocal in the morning and evening, making their characteristic braying sound— the related African penguin earned the name “jackass penguin” because they sound a bit like donkeys. The colony is also full of other beautiful and interesting creatures, including a llama-like species called the guanaco and an ostrich-like species called the rhea.

((WN)) Do you have any theories on why more female juveniles die at sea? You mention starvation; what might be the causes of that, and are there other possible explanations you can think of?

NG: We are not yet certain why females are more likely to die, but we think it must be related to their smaller body size. Because the mortality is most uneven in juveniles, higher mortality doesn’t seem to be related to greater costs of breeding for females than for males. Female Magellanic penguins are about 17% lighter than males and have smaller bills. We think that, because of this size difference, females have a lower storage capacity, can’t dive as deep, and can’t take as wide a range of prey as males — all disadvantages when faced with limited and unpredictable food resources. These disadvantages hit juvenile females even harder, as juveniles are still learning how to forage and often travel further than adults do in the non-breeding season. Counts of carcasses in the species’ migration range support starvation as the main cause of female-biased mortality; while oiled carcasses have a sex ratio of 1:1, females outnumber males in carcasses of starved birds. The only other possibility is that females are moving to other colonies at higher rates than are males, but this species is known to almost always return to its natal colony to breed.

((WN)) You suggest conservation efforts should look at protection of feeding grounds. What sort of measures do you think might be beneficial?

NG: Because penguins migrate such long distances over the non-breeding season, a mixture of tools (including no-take marine protected areas and traditional fisheries management tools, like catch limits) is likely to be needed. Although there is currently some spatial protection surrounding the species’ breeding colony, this protection does not extend to their migratory route. And, of course, everyone can contribute to penguin conservation by reducing their plastic waste, making more sustainable food choices, and reducing their carbon footprint.

((WN)) What do you think might be causing pressure on food sources for the penguins?

NG: The two main threats to the food sources of this colony are climate change, which cause shifts in primary productivity and fish stocks, and fisheries. Fisheries compete with penguins for fish species such as hake and anchovy.

((WN)) Have you noticed differences in behavior among the penguins as the ratios become increasingly skewed?

NG: In a separate study currently under review, we have shown that aggression between males of Magellanic penguins is higher when the sex ratio at the colony is more skewed towards males. We also showed that nearly all females at the colony breed but that, over time, fewer and fewer males find mates. Single male penguins sometimes intrude [on] nests of mated pairs and interrupt the incubation of eggs or feeding of chicks, leading to mortality. In some cases, they will even attack and kill chicks.

((WN)) Your release mentioned sexing the penguins was problematic; how did you achieve it with confidence?

NG: We have some methods of sexing penguins that we feel confident about — using genetics or measures of cloaca size around egg laying, for example. However, these methods are time intensive, so we have also developed visual cues for sex penguins (bill size, behavior, forehead shape). We looked at individuals that had been sexed using both a certain method (e.g. genetics) and visual methods to calculate how often we got it right based on visual cues alone and found that we have very high accuracy. We also used statistical tools to help to deal with uncertainty in the sex of some individuals.

((WN)) How well can you extrapolate population trends at Punta Tombo based on the birds you tagged? More broadly, how well do you think this work represents global populations?

NG: It is likely that females have higher mortality than males at other colonies of this species and in other penguin species. We unfortunately do not have enough information from other colonies of this species (e.g. sex ratio and population trends) for an accurate global assessment of population trends. We do know that some colonies of the species are growing but that, at the global level, the species is still in decline.

((WN)) In your opinion, for how much longer are penguin populations sustainable without intervention?

NG: This is nearly impossible to answer without more information on other colonies of the species, but the Punta Tombo colony is declining rapidly. We estimate declines of at least 43% since 1987 from our annual surveys at the colony, but it is likely that actual declines are higher because of the increasingly skewed sex ratio.

((WN)) What are your next plans moving forward with your work?

NG: We are currently studying the sex ratio in Magellanic penguin chicks (at hatching and at fledging) to determine how this influences the sex ratio in adults. There are two priorities moving forward — 1) estimating sex ratio at other colonies of this species and determining whether females are more likely to leave Punta Tombo for other colonies than are males and 2) determining the mechanisms underlying lower female survival, e.g. by studying the foraging behavior and diet of males and females and the individual characteristics (like body size) that correlate with survival.

Thursday, October 4, 2007

Glenn Crowe is running for the NDP in the Ontario provincial election, in the Bramalea-Gore-Malton riding. Wikinews’ Nick Moreau interviewed him regarding his values, his experience, and his campaign.

Crowe did not reply to various questions asked.

Stay tuned for further interviews; every candidate from every party is eligible, and will be contacted. Expect interviews from Liberals, Progressive Conservatives, New Democratic Party members, Ontario Greens, as well as members from the Family Coalition, Freedom, Communist, Libertarian, and Confederation of Regions parties, as well as independents.

Monday, February 11, 2008

On Sunday evening, around 16:30 local time, three armed men wearing ski masks stole four paintings: Claude Monet‘s “Poppy field at Vetheuil,” Edgar Degas‘ “Ludovic Lepic and his Daughter,” Vincent van Gogh‘s “Blooming Chestnut Branches” and Paul Cezanne‘s “Boy in the Red Waistcoat” from Foundation E.G. Bührle museum in Zürich, Switzerland.

The three armed robbers entered the museum half an hour before closing. One man with a pistol forced employees to the ground while the other two men stole the paintings. The whole ordeal lasted only 3 minutes. The men then proceeded to a van and left.

The four paintings are worth a total of 163 million US dollars. It’s said that it would be hard to sell the stolen paintings on the open market due to the popularity of the paintings. There is a reward of 90 thousand US dollars for the artwork.

The robbers, who were still at large, stole the paintings Sunday from the E.G. Bührle Collection, one of Europe’s finest private museums for Impressionist and Post-Impressionist art, police said.

It was the largest art robbery in Swiss history and one of the biggest ever in Europe, said Marco Cortesi, spokesman for the Zürich police. He compared it to the theft in 2004 of Edvard Munch‘s The Scream and Madonna from the Munch Museum in Norway.

Last week, Swiss police reported that two Pablo Picasso paintings were stolen from a Swiss exhibition near Zurich.

Tuesday, January 3, 2012

Three men are currently seeking the presidential nomination of the Reform Party of the United States of America: small business owner Andre Barnett, Earth Intelligence Network CEO Robert Steele, and former college football coach Robby Wells. Wikinews reached out to these candidates and asked each of them five questions about their campaigns. There were no space limits placed on the responses, and no candidate was exposed to another’s responses before making their own. The answers are posted below in unedited form for comparison of the candidates.

The Reform Party is a United States third party that was founded in 1995 by industrialist Ross Perot. Perot ran as the party’s first presidential nominee in 1996, and won over eight percent of the popular vote, the highest percentage for a third party candidate since. In 1998, professional wrestler Jesse Ventura ran on the Reform Party ticket and was elected Governor of Minnesota. The party fell in prominence during the lead-up to the 2000 presidential election when it was plagued by infighting between ideological factions. In 2000, paleoconservative Pat Buchanan won the presidential nomination, and went on to receive only 0.4 percent of the popular vote in the general election. In 2004, the party opted to endorse consumer advocate Ralph Nader, but ended the year nearly bankrupt. In 2008, Ted Weill won the party’s presidential nomination, but appeared on the ballot in only one state and won a total of 481 votes.

The party is currently trying to rebuild and has opened several new state chapters. They will attempt to appear on the ballot in more states for the 2012 presidential election. The party is expected to nominate its presidential ticket during the National Convention this summer.

Wednesday, June 12, 2013

In May, periodical cicadas with 17 years life cycle emerged on the East Coast of the USA after underground development as juveniles since 1996. Researchers and scientists worked to map and study the rare wave, and the locals prepared for the noisy event. First recorded in 1666, the Magicicada septendecim species recently emerged in 1979, 1996, this year, with a next wave due in 2030.

This week, Wikinews interviewed Chris Simon, an ecology and evolutionary biologist at University of Connecticut, about the cicadas.

((Wikinews)) What caused your initial interest in periodical cicadas?

Chris Simon: As an undergraduate student, I was interested in the formation of species so when I went to graduate school I looked for a study organism that was likely to be in the process of forming new species. I chose periodical cicadas because they are broken up into reproductively isolated broods (or year classes). Reproductive isolation leads to speciation so I planned to study biochemical differences among the broods.

((WN)) You study the emergence of the periodical cicadas. What do you study? What observations are you making?

CS: We record exactly where each cicada population emerges (using GPS automated mapping and crowd sourcing). We record the presence or absence of each of the three morphologically distinct species groups of periodical cicadas (Decim group, Cassini group, and Decula group). We collect specimens for DNA analysis. We look for cicadas coming up one and four years early and late. We dig up cicada nymphs and monitor their growth rates.

((WN)) What equipment do you use?

CS: Nets, shovels, automated GPS recorders, cameras, laptop computers, automated DNA sequencers.

((WN)) Do you study the periodical cicadas with anyone else? What is their role?

CS: Yes, there are a large number of people studying periodical cicadas in my lab and in other labs. My lab is made up of Research Scientists, Postdoctoral Researchers, a technician, graduate students, and undergraduates. Research Scientist John Cooley is the leader of the GPS mapping project; he invented the automated GPS recorder; he built our crowd-sourcing website, and he is instrumental in public outreach. Postdoctoral research David Marshall also participates in the mapping project and leads the part of the research related to the mapping of stragglers. John and Dave and Technician Kathy Hill all study periodical cicada mating behavior and conduct mating and hybridization experiments. One of my graduate students Beth Wade has participated in the nymph collections and will soon start genetic work involving genome wide association mapping designed to locate genes related to life cycle. My graduate student Russ Meister is studying the genes of the bacterial endosymbionts of cicadas. My current undergraduate honors student Erin Dwyer is also studying the development of Magicicada nymphs and is helping to design a lab exercise for college students around the eastern US to do the same. Many of my past undergraduate students have studied the biochemical genetics and development of periodical cicadas. See the Simon Lab website.

CS: We are collaborating with Teiji Sota at the University Kyoto and Jin Yoshimura at Shizuoka University in Japan. They are studying the phylogeography of Magicicada. We are collaborating with John McCutcheon of the University of Montana who is studying the endosymbiont genomes.

CS: We are also collaborating with ecologists Rick Karban and Louie Yang, both professors at UC Davis who have an interest in cicada population dynamics and nutrient cycling in the ecosystem.

((WN)) You studied the periodical cicadas in 1979 and 1996 too. What changes with time?

CS: I have studied periodical cicadas since I was a student back in 1974. What changes with time is increased human development constantly shrinking the patch size of cicada populations.

((WN)) What are your thoughts on the long life span of the periodical cicadas? Why could it be so? What advantages and what disadvantages does it have?

CS: Most or all cicadas have long life cycles compared to your typical annual insect. Examples have been found of two-year to 9-year cycles in different species. Periodical cicadas evolved an even-longer life cycle and I think that part of this relates to the evolution of their synchronized life cycles and peculiar safety-in-numbers strategy for survival. To become synchronized, periodical cicadas had to evolve an exact length life cycle and all adults would have to appear in the same year. Because the nymphs grow at different rates underground, a longer life cycle and a way of counting years must have evolved so that the individuals that get to the last nymphal (underground juvenile) stage first would wait long enough for all other individuals in the population to become ready to emerge.

((WN)) News reports mention this is ‘Brood II’ of the periodical cicadas. What are the distinctive features of this specific species and what is its full scientific name?

CS: The same species exist in multiple broods. No species is restricted to Brood II. The three species present in Brood II are: Magicicada septendecim, M. cassini, and M. septendecula. These same three species are found in every 17-year brood (except the farthest north which only has M. septendecim).

((WN)) At what depth do the cicadas juveniles live underground?

CS: Most live within the top foot of soil but some have been found deeper. We do not know if they go deeper in winter. We need to do much more digging to understand the nymphs.

((WN)) How do people prepare for the cicada emergence?

CS: Of course various people prepare in different ways. Ideally, everyone prepares by studying information available on the web (especially on our websites Magicicada Central and Magicicada.org).

((WN)) Do cicadas affect transport in the local area?

CS: No, not really. Occasionally individuals can be seeing flying across highways and sometimes they smash into cars.

((WN)) Do cicadas usually stay outside or do they also invade houses too?

CS: They stay outside. One might accidentally fly in through an open window but that would be rare.

((WN)) What do the cicadas eat?

CS: Cicadas suck xylem fluid (the watery fluid coming up from the roots of plants) in deciduous forest trees and herbs. Essential amino acids in the cicada diet are supplied by their bacterial endosymbionts. There are two species of endosymbionts. One makes 8 essential amino acids and one makes two essential amino acids.

((WN)) Do cicadas damage crops or city vegetation? What damage?

CS: Cicadas do not chew leave so they do not damage crops like other insects. They can inflict some damage by their egg laying. Cicadas lay eggs in pencil-sized tree branches. If there are not enough branches available, too many female cicadas may lay eggs in a single branch weakening it and making it susceptible to breakage by wind. This can sometimes cause damage in fruit orchards. If the branches break, the eggs die so this behavior is selected against by natural selection.

((WN)) Thank you.

CS: You’re welcome. I am happy to have this opportunity to communicate with your readers!

Friday, May 11, 2007

At least two Kentucky Fried Chicken [KFC] restaurants, operated by G & H Restaurant Specialties, have closed in Buffalo, New York “for remodeling,” according to signs placed on the front doors of at least one location on Elmwood Avenue and Bryant Street in Buffalo. The other KFC is located on East Delavan Avenue, also in the City of Buffalo.

Despite the claim of closing for remodeling, the Erie County Health Department says that several health code violations were found at both locations. The most recent violation was logged by the health department in March at the Elmwood location for failing to keep food stored at correct temperatures. Violations were also cited for failing to keep cooking supplies and equipment sanitary and for not supplying hot water to the bathroom for employees.

G & H Restaurant Specialties has not released a statement regarding the violations, but the corporate offices in Louisville, Kentucky for KFC said, “our franchisee has finalized a plan for some structural repairs… The units will be temporarily closed while these building maintenance issues are addressed. [They will be] re-opened as soon as the repairs are complete.”

The health department also gave violations out to the East Delevan store for failing to maintain a clean floor throughout the restaurant and for not stopping food from becoming contaminated. Several rat traps were also found inside the storage cooler and around the kitchen area, but the establishment was “not free of rodents,” said Commissioner of the Erie County Health Department, Dr. Anthony Billittier.

Billittier also said that caulking and traps were seen on the outside of the East Delevan restaurant, which was an attempt to keep the rats out. “It shows that they’re trying to take care of a problem. But it also shows that they have a problem.”

As of Thursday, May 10, 2007, the Elmwood KFC has yet to reopen. It is not known if the East Delevan location opened today or not.