Turkish governmental media censorship


Not only in Greece, where the “center” Right government shuts down public television, is there governmental media censorship.

Also in neighbouring Turkey.

This video from Turkey says about itself:

Taksim Gezi Parkı Direnişi 2. Gün / Resistance Against Destruction of Taksim Gezi Park, Day 2.

From Hürriyet in Turkey:

TV watchdog fines live streaming of Gezi protests for ‘harming development of children, youth’

The Radio and Television Supreme Council (RTÜK) has fined a number of channels, including Halk TV, for “harming the physical, moral and mental development of children and young people” by broadcasting coverage of the Gezi Park protests.

Ulusal TV, Cem TV and EM TV were also among the fined networks.

Halk TV, in particular, has gained unexpected popularity over its 24-hour live streaming of events around Istanbul, at a time when many mainstream media outlets gave little coverage to the ongoing protests.

The channel had been previously warned by RTÜK about a video clip the regulator deemed to be humiliating to Prime Minister Recep Tayyip Erdoğan.

Translated from NOS TV in the Netherlands:

Major television stations such as CNN Türk and the public broadcaster TRT are reporting little or nothing [about the protests]. At the height of the protests in the [Taksim] square CNN Türk broadcasted a documentary about penguins. Therefore, the penguin became the symbol of censorship.

Beautiful penguins don’t deserve to be abused for ugly censorship.

What Turkey should tell us about tear gas: here.

Turkish riot police brutally attacked protesters to clear Taksim Square yesterday afternoon in Istanbul, arresting hundreds of protesters, while Washington signaled continuing support for the Islamist regime of Turkish Prime Minister Recep Tayyip Erdogan: here.

World Penguin Day today


This video says about itself:

Love the Penguins, it’s World Penguin Day! 5 minutes of penguin happiness.

From BirdLife:

Celebrate World Penguin Day -and the world penguin tracking database

Thu, Apr 25, 2013

April 25th is World Penguin Day, possibly because this marks the start of the return of Adelie Penguins to their breeding grounds, possibly because it provides an excuse to dress up in tuxedos and celebrate these popular and endearing birds.

Whatever the reason, penguins need all the public support they can get. Of the 18 species, 15 are considered globally threatened or Near Threatened. Work to conserve them is hampered by the patchy nature of the data on where penguins go when away from their breeding grounds. To fill in these important gaps, BirdLife International and the Scientific Committee on Antarctic Research have joined the British Antarctic Survey to compile a “tracking database” on six penguin species. The project is funded by the UK Government’s Darwin Initiative.

There have been numerous penguin tracking studies, but the results have never been brought together in one place. The database will collate existing data on Chinstrap Pygoscelis antarcticus and King Aptenodytes patagonicus, Adélie Pygoscelis adeliae and Gentoo Pygoscelis papua (both Near Threatened), Macaroni Eudyptes chrysolophus and Southern Rockhopper Eudyptes chrysocome (both globally Vulnerable) penguins in the Weddell and Scotia Seas of Antarctica, as well as the waters around South Georgia.

BirdLife already manages the world’s largest seabird tracking database. The Global Procellariiform Tracking Database, which brought together the work of all the world’s experts on albatrosses and petrels, has been crucial in informing marine management decisions, particularly in relation to longline fisheries.

Penguins are excellent indicators of key marine habitats. The places where they forage are, generally speaking, also important for other marine predators like seals and whales. Once identified, areas on the high seas that prove to be important for penguins can be added to BirdLife’s directory of marine Important Bird Areas (IBAs). In turn, they may be added to the list of ecologically or biologically significant areas for conservation (EBSAs), as candidates for marine Protected Areas.

“Some penguin species have undergone declines of up to 80% in recent years”, said Ben Lascelles, BirdLife’s Global Marine IBA Officer. “Better protection of their marine habitats is vital to build resilience into hard-hit populations. By bringing the existing penguin tracking data together and identifying candidate areas for protection, this project should be able to deliver major bangs-for-the-buck in marine conservation terms”.

Good South African sea bird news


This video is about Marion island, one of South Africa’s Prince Edward Islands.

This video says about itself:

King Penguins and Fur Seals – BBC Planet Earth

Between South Africa and the South Pole on Marion Island, returning king penguins bring food for their young. However, in order to reach them, they must brave repeated attacks from angry fur seals. In an ongoing battle of face-offs both the seals and the penguins know the dangers of the fight.

From BirdLife:

Massive Marine Protected Area announced in the Southern Indian Ocean

Thu, Apr 18, 2013

Using Marine Protected Areas (MPA) is a core strategy that national governments can employ for protecting the oceans and ensuring sustainable use within territorial waters. BirdLife South Africa applauds the Department of Environmental Affairs for their announcement that South Africa’s sub-Antarctic territory, the Prince Edward Islands, has had an enormous MPA declared. BirdLife congratulates both departmental officials, independent scientists and others who were involved in the work to define and declare this MPA. At around 18 million ha, it’s a gigantic protected area and one of the largest MPAs in the world.

“Many of the world’s most important areas for seabirds remain unprotected, so the news of the Prince Edward Islands MPA is very welcome as it will safeguard one of the “crown jewels” for seabirds in the southern oceans. The MPA includes many of the critical feeding areas for the vast seabird colonies the island supports”, said Ben Lascelles, BirdLife’s Marine IBA Programme Officer.

The site had been identified as a priority for seabird conservation in BirdLife’s new marine e-atlas. The e-Atlas has been designed to give governments the data they need to make these momentous decisions. Protection of the sites within the e-atlas will help them to achieve the target of protecting 10% of marine and coastal areas by 2020 that was agreed to through the Convention on Biological Diversity”.

The islands are internationally renowned for their important seabird colonies, including holding nearly half of the global population of Wandering Albatross Diomedea exulans, 13% of the world’s King Penguins Aptenodytes patagonicus, and one of the highest numbers of breeding seabird species (26) of any island in the world. BirdLife International lists the islands as an Important Bird Area in recognition of its irreplaceable biodiversity value. BirdLife is also working at identifying marine Important Bird Areas across the world’s oceans, and the new MPA overlaps with several proposed marine IBAs. The establishment of the multi-zoned MPA will afford protection for many of the breeding seabirds (and other marine life).

For example, the establishment of a 12 nautical mile no-take zone around both islands will help to ensure that seabird species such as Gentoo Penguins Pygoscelis papua and the Crozet Island subspecies of Imperial Shag Phalacrocorax (atriceps) purpurascens, which feed exclusively within this area and which have suffered large decreases in recent times, will not face additional pressures from new activities in their feeding ranges.

Dr Ross Wanless, Seabird Division Manager at BirdLife South Africa, commented “This declaration represents the culmination of a lot of work by many dedicated scientists and conservationists over many years. Marine Protected Areas have great potential to protect seabirds and other marine biodiversity, and the scale and nature of the Prince Edward Islands MPA is impressive.”

See also here.

Baby African penguin name contest


This video is called African Penguins go for a swim – Mountain of the Sea – BBC.

From the California Academy of Sciences in the USA:

Our New Penguin Chick Needs a Name!

Today, biologists introduced a male penguin chick to our African penguin exhibit. Hatched on January 28, 2013, the chick is just over two months old and, until today, has been living with his parents in a private nest off of public view to give the family a chance to bond. Visit our newest animal resident!

We need your help naming our new penguin: submit your best penguin name ideas to our Name the Penguin Chick Contest by April 30, 2013 for a chance to win a fantastic Penguin Prize Pack, including an exclusive behind-the-scenes experience and Penguins+Pajamas sleepover tickets.

Academy staff will select three finalist names for public voting based on originality and connection to the Academy’s mission: to explore, explain, and sustain life. As part of our mission, the Academy co-sponsors the African Penguin Species Survival Plan, aimed at conserving this species in the wild.

The Penguin Prize Pack includes:

  • An exclusive opportunity for the winner plus one guest to go behind the scenes in the aquarium
  • Participation in the Academy’s Penguin Naming Ceremony on Thursday, May 16, 2013 to announce the winning name
  • 4 tickets to a Penguins+Pajamas sleepover in 2013
  • A penguin plush toy

We look forward to your input! Submit your name ideas here.

South Africa: Cape Penguin Claims Southern Ocean As Its Hunting Ground: here.

African penguin’s thirtieth birthday


From the California Academy of Sciences in the USA:

Pierre the Penguin Turns 30! The year was 1983. Ronald Reagan was President. Michael Jackson and the Eurythmics topped the music charts. Return of the Jedi came out. And at the Maryland Zoo in Baltimore, a small gray fuzz ball hatched out of an egg. His name was Pierre.

On Saturday, February 16, Pierre the penguin will celebrate his 30th birthday at the California Academy of Sciences. Since joining the Academy at four months old, Pierre has seen a lot through the decades. He has lived in three different exhibits in three different buildings—the original Steinhart Aquarium, a temporary downtown location, and African Hall in the new Academy—and he has seen numerous biologists tend to his everyday needs.

African penguins (Spheniscus demersus) were declared an endangered species in 2010. As part of the Species Survival Plan, the Academy breeds and raises this species in collaboration with zoos and aquariums across the country. In his 30 years, Pierre has had several mates with whom he has produced 16 chicks. His lineage is now represented worldwide, with some of his progeny living as far away as Ohio, Idaho, and even Japan! These offspring have gone on to produce approximately 26 grand chicks and four great-grand chicks.

Pierre the Penguin children's bookLiving to such an old age for an African penguin means that Pierre has faced some health obstacles that penguins in the wild, which live 15-20 years on average, would not have. He was the first penguin to wear a wetsuit to help him get through a bout of baldness, a story told on CNN and in the children’s book Pierre the Penguin, by Jean Marzollo and Laura Regan. Pierre has had allergies most of his life and takes allergy medication daily (hidden inside a fish) to prevent excessive coughing. And like humans, penguins can develop cataracts with age. Pierre had surgery on both of his eyes to remove cataracts and improve his vision.

Pierre is doing very well overall, and we are excited to see what future adventures he has in store for us. To celebrate his 30th birthday, he will be serenaded by members of the San Francisco Girls Chorus and presented with a specially wrapped gift of fish during the 10:30 am feeding on Saturday, February 16. To enjoy the festivities, visit the Academy in person, watch from home on the live penguin cams, or get the free Pocket Penguins app on your mobile device. Pierre wears a solid blue band on his right wing, so keep an eye out for him!

Do you have a birthday wish for Pierre? Leave a comment on our Facebook wall or tweet us @calacademy.

Documentary makers have filmed vampire bats preying on Humboldt penguin chicks: here.

Adelie penguin feeding, new research


This video shows penguin cam images of Adelie penguins hunting krill in Antarctica.

From the BBC:

21 January 2013 Last updated at 20:02

Cameras reveal penguins’ efficient hunting techniques

Intimate details of Adelie penguin feeding behaviour have been filmed by Japanese scientists.

Using video cameras and accelerometers attached to free-swimming penguins, researchers have gained a unique insight into the birds’ hunting techniques.

Adelie penguins adopted different strategies depending on whether they were hunting fish or krill.

The findings are published in the journal PNAS.

Lead scientist Dr Yuuki Watanabe from the National Institute of Polar Research in Tokyo, Japan, told BBC Nature: “Foraging is the most basic activity of animals, but details of foraging behaviour are poorly known, especially in marine animals.”

Although previous studies had examined Adelie penguin’s (Pygoscelis adeliae) foraging style using video apparatus or sensor technology, results were limited.

“Previously some researchers attached video cameras to marine animals to observe their foraging behaviour, but this was just a few hours.”

“In other studies, researchers attached various sensors to marine animals to record indirect signals of prey capture. This method lasted for long periods, but has never been validated in the field,” said Dr Watanabe.

To overcome these difficulties, the Japanese scientists decided to use a combination of video footage and indirect signals.

Indirect signals include acceleration of the head, temperature changes in the digestive tract or beak opening movements, all of which indicate that feeding may have occurred.

Modern technologies mean that accelerometers are small enough for the scientists to attach two accelerators to each penguin – one on the head and another on the back.

“We recorded both movies and indirect signals, successfully validating the indirect signals using video footage,” explained Dr Watanabe.

“We assumed that penguins move their heads relative to their body when they capture prey; this was confirmed by the footage.”

Using these methods the team was able to ascertain when and how the penguins were feeding.

Fast food

With the results of the combined technologies, scientists were able to draw further conclusions about the Adelie penguins’ feeding strategy.

The penguins’ foraging area is largely covered by marine ice and their primary food sources include two species of krill and Pagothenia borchgrevinki – a fish whose blood contains antifreeze proteins.

The Antarctic krill (Euphausia superba) is a shrimp-like crustacean that grows to approximately 6cm long. Antarctic coastal krill (E. crystallorophias) lives farther south than any other species of krill.

Krill is an important part of the Antarctic ecosystem, with around half of its biomass being consumed annually by marine predators such as penguins, squid, whales and fish.

When capturing krill, the penguins swam upward then changed direction at the point of predation, making darting movements with their head.

The team discovered that Adelie penguins can catch krill at a rate of up to two krill per second, despite krill displaying escape behaviours.

Furthermore the researchers found that the camouflage defence of the fish P. borchgrevinki didn’t work with foraging Adelie penguins.

The penguins were regularly able to capture the fish from below – the direction from which the fish is camouflaged against the backdrop of marine ice.

Dr Watanabe said: “I was surprised by how the penguins repeatedly captured P. borchgrevinki underneath the sea ice. This fish is known to be well camouflaged.”

The technology used to support the findings has a wider application for further study. Dr Watanabe commented, “Our method can be applied to many marine animals to understand the spatial and temporal variability of foraging behaviour.”

April 2013.  Elaine Heron took these images of an apparently leucistic penguin on the Antarctic Peninsula that she saw in February this year. This is not the first leucistic Adelie penguin that we have had reported to us. We also have an image of a bird that was seen and photographed in 1963 on Avian Island, off Adelaide Island on the Antarctic Peninsula in 1963, near the British Antarctic Survey Base by reader Mike Fleet: here.

New Antarctic penguin discoveries


This video is called Adelie Penguins of Paulet Island, Antarctica.

From Antarctic Science:

16 January 2013

Large-scale occupancy surveys in East Antarctica discover new Adélie penguin breeding sites and reveal an expanding breeding distribution

Colin Southwell and Louise Emmerson

Australian Antarctic Division, 203 Channel Highway, Kingston, TAS 7050 Australia

Abstract

Knowledge of spatial distribution is fundamental to ecological studies and crucial for conservation and management of species and biodiversity, but detailed, large-scale spatial data are lacking for most taxa. Although the Adélie penguin is one of the most intensively studied Antarctic vertebrates, spatial data that could aid in ecological study and conservation management are incomplete. We undertook a large-scale survey of the current breeding distribution of Adélie penguins along 3800 km of the East Antarctic coastline

The survey increased the number of known breeding locations by 50% and revealed that the breeding distribution has expanded in some parts of the survey region over the past two to three decades. The expanding breeding distribution may reflect underlying population dynamics of sustained growth and resultant density dependent effect on dispersal and movement from established breeding sites to new sites. The comprehensive, large-scale distribution data from this study will form a baseline for assessing any future changes in Adélie penguin breeding distribution, provide data for developing spatial models for predicting future changes in breeding distribution under plausible scenarios of environmental change, and contribute to the development of metapopulation models by providing estimates of local colonization and extinction probabilities under specific conditions of metapopulation change.

Big Meteorite Discovered in Antarctica: here.

New emperor penguin colonies discovered


This video is called Emperor penguins – The Greatest Wildlife Show on Earth – BBC.

By on About.com Birding / Wild Birds:

New Penguin Colonies Located

November 24, 2012

Penguin lovers have reason to be thankful this month with the discovery of two new emperor penguin breeding sites. According to ScienceDaily, the two colonies in Antarctica are home to 6,000 previously unknown chicks, which effectively triples the number of breeding emperor penguins believed to be in the area.

Emperor penguins are colonial nesters that breed in tremendous flocks, returning to the same nesting site year after year. When Antarctic ice changes disrupt those colonies, the birds can struggle to breed safely. In 2010 a large glacier fractured, and it was feared that emperor penguin numbers would drastically decline as a result.

Want to add the emperor penguin to your life list? Learn where in the world you can see penguins!

Emperor penguins Aptenodytes forsteri are able to survive the harsh Antarctic climate because of specialized anatomical, physiological and behavioural adaptations for minimizing heat loss: here.

Emperor Penguins: Encounters in the Antarctic Wilderness: here.