Brothers Arrested on Drug, Firearm Charges – Big Island Now

Edward Asuncion

Two brothers were taken into custody after a search warrant executed on a Hawaiian Ocean View Estates home they were staying at yielded drugs, firearms and ammunition.

The warrant was issued on Feb. 12. Edward Asuncion, 64, and Cecelio Asuncion, 72, were arrested after Hawaii Police Departments Area II vice officers recovered 11.1 grams of crystal methamphetamine, 176.9 grams of dried marijuana, 56 marijuana plants, a .30-06 rifle, a .22 caliber rifle, a .357 caliber revolver, and 19 rounds of ammunition.

Edward Asuncion was charged with first-degree promotion of a dangerous drug and second-degree promotion of a dangerous drug. Bail was set at $15,000.

Cecelio Asuncion was charged with first-degree commercial promotion of marijuana, second-degree commercial promotion of marijuana, third-degree promotion of a detrimental drug, six counts of firearm ownership/possession prohibited and possession of a firearm with intent to facilitate the commission of a felony. Bail was set at $55,250.

The Asuncion brothers were in custody when they appeared before a judge in Kona District Court on Feb. 13 for their initial appearance.

Cecelio Asuncion

Edward Asuncion was granted supervised release and was ordered to return to court on March 2 for a preliminary hearing. Cecelio Asuncions bail was maintained and is slated to appear in court for a preliminary hearing on Feb. 14.

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Brothers Arrested on Drug, Firearm Charges - Big Island Now

White Island volcano survivor out of coma and told of deaths of husband and daughter – The Guardian

An Australian woman has come out of her coma, two months after the volcano eruption on New Zealands White Island, to be told the blast killed her husband and daughter.

Adelaide woman Lisa Dallow has woken from her coma in Melbournes Alfred hospital and is in a serious but stable condition.

She was told the tragic news about her husband, Gavin Dallow, and 15-year-old daughter Zoe Hosking, News Corp reported on Tuesday.

The family was on a day trip to White Island while cruising on the liner Ovation of the Seas when the volcano erupted on 9 December, killing 21.

Dallow, a lawyer, was farewelled at Adelaide Oval on 10 January in a service in front of about 600 mourners.

Zoes service is yet to be held.

Lisa Dallow, an engineer with Santos, was flown to Australia after the eruption with burns to more than half her body.

Of the 47 people reportedly on the island at the time, 19 died instantly or later succumbed to their injuries.

Two people, Hayden Marshall-Inman of New Zealand and Winona Langford of Australia, were initially listed as missing before being presumed dead on 23 January.

Most of the victims were Australian tourists. A Melbourne man, Paul Browitt, died in January at the Alfred. His daughter Krystal also died.

His other daughter, Stephanie, remains in the Alfred.

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White Island volcano survivor out of coma and told of deaths of husband and daughter - The Guardian

Rock Island police looking for suspect vehicle in hit-and-run crash – KWQC-TV6

ROCK ISLAND, Ill. (KWQC) - Rock Island police have identified the driver that they say took out a light pole in a hit-and-run over the weekend.

Police say at 3:00 a.m. on Saturday, officers responded to the base of the Stanley Talbot Memorial Bridge for a hit-and-run crash. The crash damaged a light pole and camera equipment worth nearly $20,000.

Early Wednesday morning, police announced they had identified the driver and the driver had turned himself into the police.

Police had described the suspect vehicle as a "reddish colored SUV, possibly a 2000's style Jeep Cherokee." It has over-sized tires and a roof rack that appears to contain a spare tire.

Police say after striking the light pole, the driver then sped across the bridge and was last seen heading into Davenport.

Based on footage captured by cameras in Davenport, it appears the suspect vehicle suffered damage to the front hood, and possibly the windshield and roof.

Police shared this photo on Facebook, saying while it does not appear the suspect vehicle has a front bumper winch like the vehicle shown below, the suspect vehicle should look similar.

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Rock Island police looking for suspect vehicle in hit-and-run crash - KWQC-TV6

Dave Pasternack Brings Italian Restaurant and Steakhouse to Troubled Staten Island Waterfront Development – Eater NY

Menu details are out for restaurateur and chef duo Victor Rallo and Dave Pasternacks two new restaurants set to replace the upscale seafood restaurant Barca and barbecue spot Surf, which closed on Sunday.

Barca, at 44 Navy Pier Court, will transform into a traditional Italian restaurant called Pastavino similar to Rallos Italian trattoria in Red Bank, New Jersey and barbecue restaurant Surf, at 37 Navy Pier Court, will become a bi-level sports bar and steakhouse called Navy Pier Prime & Taproom, a representative for the restaurateurs tells Eater. Pastavino is set to open sometime during the week of February 17, and the sports bar will open in March.

Its the latest push to make Staten Islands massive waterfront residential development Urby, which opened in 2016, NYCs next big dining destination. But things havent looked good so far: Eleven different businesses including restaurants and coffee shops have come and gone from the development since its opening, according to SI Live. Among the closures are an outpost of the Long Island City coffee chain Coffeed, and a hip, pricey deli called Bodega.

With their latest effort, Rallo and Pasternack seem to be pivoting to something tried and tested.

At 120-seat Pastavino, the usual suspects dominate the menu including a burrata salad, fried calamari, and arancini for appetizers; a selection of meats and cheeses; and a large variety of pastas including chitarra cacio e pepe and spaghetti pomodoro. Seafood dishes that caught New Yorker critic Hannah Goldfields notice at Barca wont live on, though dishes like a whole roasted branzino, and a mafaldine pasta dish with shrimp and calamari will be available.

The sports bar and steakhouse are pretty typical for their genre too: The taproom has wings, burger, and a raw bar, while the steakhouse will serve dry-aged beef thats cooked on wood-fired grills. The sports bar, which will also ping pong and shuffleboard, will take up the ground floor and a patio at 37 Navy Pier Court, and seat 60 inside and 120 people outside. The steakhouse will be on the floor above that and have room for 100 people. It will also have a large wine list with selections from Oregon, California, Italy, and France.

Josh Laurano, who was the executive chef at Barca, will remain in that position at the two new restaurants. He was previously the executive chef at Mario Batalis Chelsea restaurant La Sirena before it closed following allegations of sexual misconduct against Batali.

Rallo declined to provide specifics for why Barca and Surf closed, only writing in an Instagram post that theyre trying to appeal to even more people.

Whether these new restaurants can draw more people to Staten Islands north shore remains to be seen though it certainly has a shot with Rallo and Pasternack at the helm, who also own Midtown Italian seafood destination Esca. Pasternack, whos a major player in NYCs seafood scene, has been the chef at Esca since 2004.

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44 Navy Pier Ct, Staten Island, NY 10304

37 Navy Pier Ct, Staten Island, NY 10304

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Dave Pasternack Brings Italian Restaurant and Steakhouse to Troubled Staten Island Waterfront Development - Eater NY

Chemistry 101 – Texas A&M University

Texas A&M chemist Simon North officiated the Aug. 17, 2019 wedding of two of his former students, chemistry graduates Julia Santell 19 and Josiah Day 19.

Courtesy of Julia Santell-Day and Josiah Day

During his past two-plus decades as a college professor, Texas A&M University chemist Simon North has gotten his fair share of requests from students, ranging from help understanding a particular concept, for a curve on a recent test, advice on graduate schools and letters of recommendation.

Last spring he fielded his most unique request to date when two former students in his freshman chemistry course, Texas A&M senior chemistry majors Julia Santell 19 and Josiah Day 19, asked him to officiate at Aug. 17 wedding.

One of the benefits of an academic life is getting to know interesting young people and to watch them develop and grow and set out to make the world a better place, said North, head of theTexas A&M Department of Chemistry since 2016. The Class of 2019 is probably the most memorable class in my 22 years at Texas A&M.

The event featured multiple Texas A&M chemistry majors and several of Josiahs Corps of Cadets buddies in the wedding party, along with additional faculty members as honored guests. For his part beyond the traditional something new, old, borrowed and blue, North contributed the Texas-certified officiant status he earned online, as well as a powerful human touch.

North wrote his wedding-day remarks in a leather notebook gifted to him by the mother of another of his former students, 2004 Texas A&M chemistry graduate Dr. Matthew Rowan, who died in August 2016 along with his wife, Sunday Stewart Rowan, in a hot air balloon accident near Lockhart, Texas.

Fittingly, North gifted the notebook to the Days as a compelling keepsake and testament to enduring relationships that of husbands and wives, as well as that of student and teacher.

A marriage ceremony is a wonderful, joyous event a chance to celebrate publicly a lifetime commitment of two fantastic people. I have known Julia and Josiah since they were freshmen in my chemistry class in the fall of 2015. It is interesting that the first email I received from Julia asked about hypergolic propellants. For the non-chemists, these consist of two components which spontaneously ignite when they come into contact with each other. As a couple, Julia and Josiah are both inquisitive, interested and present. They are both kind, polite and respectful. They have both surrounded themselves with kind, supportive and loving friends. And they have excellent chemistry.

Julia and Joshia graduated from Texas A&M last May. To read more about their story, visit the College of Science website.

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Chemistry 101 - Texas A&M University

Seminar on Combining Theory and Experiment to Develop New Chemical Reactions – Seton Hall University News & Events

Professor Osvaldo Gutierrez

The Rose Mercadante Chemistry and Biochemistry Seminar Series is pleased to present a seminar by Professor Osvaldo Gutierrez from the University of Maryland entitled "Combining Theory and Experiment to Develop Selective C-C Bond Formations via Open-Shell Intermediates."

The seminar will be held from 5:45 7:00 p.m. on Tuesday February 25, 2020 in the Helen Lerner Amphitheater, Science and Technology Center, Seton Hall University. Refreshments are available at 5:30 p.m.

Dr. Gutierrez was born in Mexico and raised in Sacramento, California. He attended Sacramento City College and transferred to UCLA in 2006 where he worked as an undergraduate at the laboratories of Prof. Houk. He obtained his B.S./M.S. in 2009 and completed his Ph.D. in 2012 (UC Davis) under the guidance of Prof. Tantillo. From 2012-2016 he worked as a postdoc with Prof. Kozlowski at the University of Pennsylvania where he used computational and experimental tools to study transition metal-catalyzed processes. He is now at the University of Maryland College Park where his research combines computational and experimental approaches to advance our understanding of iron- and photo-catalyzed reaction mechanisms.

Despite advances in high-throughput screening methods leading to a surge in the discovery of catalytic reactions, our knowledge of the molecular-level interactions in the rate- and selectivity-determining steps of catalytic reactions, especially those involving highly unstable and reactive open-shell intermediates, is rudimentary. These knowledge gaps prevent control, suppression or enhancement, of competing reaction channels that can drive development of unprecedented catalytic reactions. In this talk, Gutierrezwill focus on theuse of high-level quantum mechanical calculations, rigorously calibrated against experimental data, to interrogate the mechanisms and to guide the development of new catalysts and reagents for currently sluggish or unselective reactions. In particular, the talkwill focus on theuse of combined experimental and computational tools to understand and develop new (asymmetric) iron-catalyzed radical cascade/cross-coupling reactions.

The Department of Chemistry and Biochemistryat Seton Hall University offers BS, MS and PhD degrees with specializations in all areas of chemistry. Our unique research environment, including traditional full-time students and part-time students is designed to foster collaborations with industry and colleagues in other disciplines. The Rose Mercadante Seminar Series is named for Rose Mercadante, the departmental secretary for over 40 years, in honor of our alumni, her "boys and girls."

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Seminar on Combining Theory and Experiment to Develop New Chemical Reactions - Seton Hall University News & Events

Old mattresses and a little chemistry help Syrian refugees grow food in the desert – Chemistry World

At the Zaatari camp in the middle of the Jordanian desert something remarkable is happening. Despite poor soil and a lack of water, beds of flowers, herbs and vegetables are adding patches of colour to the otherwise barren backdrop. Its the result of a project run by University of Sheffield scientists that is helping Syrian refugees grow fresh food, despite the deserts arid conditions.

All it took was the sprinkling of a little bit of chemical science to allow a whole load of flowers to bloom

Tony Ryan, University of Sheffield

Zaatari currently shelters almost 80,000 people and is the worlds largest camp for people displaced by Syrias devastating civil war. But with less than 20cm of rainfall each year, Zaataris ground is dry and infertile. The camps inhabitants, having left their old lives behind, rely on humanitarian aid to survive.

During a 2016 visit to Zaatari, Sheffield chemist Tony Ryan discussed recycling options with the UN officials running the camp. They took me into a big warehouse and said We havent got a clue what to do with these, recalls Ryan. He describes his mounting excitement as he realised the old mattresses were made of polyurethane. Ryan knew from his research on polymer foams that polyurethane makes a good support for plants. After taking a sample back to his Sheffield lab for safety testing, Ryan and his colleagues returned to Zaatari to launch the Desert Garden project.

Desert Garden trains people in hydroponics and provides them with materials they need to grow crops. Recycled mattress foam is used as a synthetic soil and nutrient solutions are used in place of solid fertilisers, which are banned at the camp. The technique allows people to grow plants using significantly less water than would otherwise be needed in the arid climate.

Many of Zaataris residents have arrived from Daraa, an agricultural region of Syria, explains Ryan. The camps 12km from the Syrian border and basically is full of Syrian farmers, he says. So we showed them how you might grow things using polyurethane and by the next time we came back, theyd built a hydroponic greenhouse.

The recruitment of native Arabic speakers, including Ryans colleague Moaed Al Meselmani, a soil scientist who is himself a Syrian refugee, helped spur the project on. It has migrated from University of Sheffield employees doing the training, to Syrian refugees teaching each other how to do it. And its really taken off now weve trained about 1000 people, says Ryan.

Empowered by the training, Zaataris residents have successfully combined the Sheffield scientists techniques with their own farming know-how. Now we learn more from them about how to grow things in foam than they ever learned from us, says Ryan. Theyve been growing things that weve never grown. To date there have been crops of lettuce, chillies, cabbage, cucumbers, courgettes, aubergines basically the whole salad and herb bar, says Ryan.

The Desert Garden appeal is currently seeking donations to help support the project. 10 will provide plants and nutrient solution for one family, while 25 provides enough fertiliser to grow 300kg of tomatoes. If the team can raise 250,000, theyll be able to train and equip 3000 refugees and make the project self-sustaining within three years.

Beyond providing a bit of fresh food, the project offers a welcome distraction from the monotony of life in the camp. The [UN High Commissioner for Refugees] absolutely love what were doing because they always have bored farmers, says Ryan. They always have dirty mattresses, and growing things is really, really good for your mental health. It gives your life a purpose.

Ryan points out that the training is giving people skills that theyll be able to use for the rest of their lives and could potentially help them find work in horticulture. Theres a real opportunity here for livelihoods. If you do hydroponics well, you can use 90% less water for the same food production, he says. And in a country thats as water scarce as Jordan, thats a big advantage.

With enough donations, Ryan hopes that the project can be taken to all of the refugee camps in Jordan and then potentially to camps in other countries. And he says that the lessons learned in Zaatari could even help make hydroponic agriculture in Europe more sustainable.

All it took was the sprinkling of a little bit of chemical science to allow a whole load of flowers to bloom in a desolate place, says Ryan. And once wed shared our bit of chemistry with the Syrian refugees, they went off and ran with it.

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Old mattresses and a little chemistry help Syrian refugees grow food in the desert - Chemistry World

Stretchy ionic polymers pave the way for ion-based tech – Chemistry World

Researchers in the US have developed soft and stretchable devices that operate using ionotronic technology without the need for a liquid electrolyte. The work boosts the prospect of ionotronic devices being used in soft robotics, humancomputer interfaces, wearable sensors and energy harvesting.

In ionotronic technology, ions are the charge carriers rather than electrons. Using soft ion-conducting materials such as hydrogels and polymers offers the prospect of inherently flexible circuits and since most biological signalling also uses ions, it could be a route to creating interfaces between humans and machines. Previous studies into ionotronic devices have used hydrogels with salt water solutions to carry charges. But liquid electrolytes are prone to leak or evaporate when the devices are stretched or deformed.

Now, Ryan Hayward and his team at the University of Massachusetts have developed ionotronic devices using stretchy ionelastomers that dont require liquid electrolytes. Our material relies on soft networks of charged polymers where the counterions are the only mobile species. In addition, our devices operate without requiring any electrochemical reactions, which can alleviate issues of long-term device instability, Hayward explains.

The team made two rubber band-like ionoelastomers: a polyanion and a polycation. In the polyanion, negatively charged sulfate groups are fixed to the elastomer chain while positive imidazole counterions are free to move. The reverse applies to the polycation the negative ions are fixed but the positive ions can move.

This means each material conducts only positive or negative charge, similar to the way p- and n-type semiconductors transport holes and electrons respectively. The materials can therefore be combined to create ionic analogues of semiconductor electronic components. For example, a junction between layers of opposite polarity acts like a diode, allowing current to pass in one direction but not the other.

The team also created a transistor by sandwiching a polycation layer between two polyanion layers. A third device was able to harvest mechanical energy that was produced when stretching and compressing it.

This represents an important next step for iontronics, says Daniel Frisbie who investigates semiconducting devices at the University of Minnesota, US. Combining ionic conductivity with elastomeric properties in a single material is the creative aspect of this work that opens up new possibilities, for example in soft robotics or humanmachine interfacing.

Hayward suggests that the range of ionic species that could be used as charge carriers offers further scope for invention. Attaching other functionalities that influence optical characteristics, surface energy, or even bioactivity would allow the properties of the material to be electronically switched, he explains.

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Stretchy ionic polymers pave the way for ion-based tech - Chemistry World

Birds of a feather: On Trump-Modi chemistry – The Hindu

When he visits India for the first time later this month, U.S. President Donald Trump can expect thronging crowds in Gujarat and perhaps a substantive discussion on trade policy in New Delhi, but more than anything, it is his growing bonhomie with Prime Minister Narendra Modi that is expected to steal the limelight. Indeed, this chemistry was evident during the four times that they met in 2019. The pinnacle of those encounters for Mr. Modi was undoubtedly the public relations victory that he won when Mr. Trump graced the Howdy Modi! event in Houston before some 50,000 Indian-Americans. Now Mr. Modi is returning the favour perhaps, as he has, in Mr. Trumps words, promised an attendance of five to seven million, from the airport to the new Sardar Vallabhbhai Patel cricket stadium, the worlds largest; here, they will address the Kem chho Trump! event before an expected 1.25 lakh people. While there will always be areas of untapped potential in bilateral cooperation, things could hardly be better between the two nations at this time of global turbulence, in trade and security. On the former issue, despite skirmishes surrounding tariffs in specific sectors, such as medical devices, and counter-tariffs following the U.S.s termination of its Generalised System of Preferences toward India last year, there is hope for at least a limited trade deal pegged at $10-billion that could take a measure of stress out of the protracted closed-door negotiations. Prospects look brighter still on defence cooperation. India is reportedly moving toward approving a $2.6-billion deal for 24 Lockheed Martin-built MH-60 Seahawk helicopters. An agreement to buy a $1.867-billion integrated air defence weapons system is also on the cards.

Notwithstanding this slew of positive, if incremental, cooperative advances, it is the deeper fault lines across the two countries domestic polities that could, in the longer-term, impact the prospects for smooth cooperation in the bilateral space. For instance, the Indian governments recent policy shifts regarding special status for Kashmir as well as the Citizenship (Amendment) Act, the National Register of Citizens and the National Population Register have spooked some U.S. Democrats, including Senators and lawmakers in the House of Representatives. Some have explicitly voiced concerns about the impact in terms of Indias commitment to remaining a tolerant, pluralist democracy. In this context, if the November 2020 presidential election puts a Democrat in the White House, it could potentially impact some of Indias plans. Even if Mr. Trump wins a second term, deepening Congressional opposition to India-friendly White House policies could endanger bilateral prospects. In this sense, there are limits to how much India can peg its strategic plans on the personal chemistry between its leader and the U.S. President.

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Birds of a feather: On Trump-Modi chemistry - The Hindu

Philly seeks refining ban on toxic chemical released in PES explosion – PhillyVoice.com

Philadelphia City Council plans to propose a ban that would prevent any future refineries in the city from using the toxic chemical hydrofluoric acid.

More than 5,000 pounds of hydrofluoric acid were released into the atmosphere following last summer's explosion at the Philadelphia Energy Solutions refinery in South Philadelphia.

The chemical has a wide range of research and industrial uses, from refrigerants to Teflon, but is used by refineries in the alkylation process.

Dangers of hydrofluoric acid include skin burns, bone damage and respiratory problems caused by fluid buildup. It also can irritate the eyes, nose and throat. In high enough concentrations, hydrofluoric acid can cause serious injury or death.

Philadelphia Managing Director Brian Abernathy told State Impact the forthcoming City Council legislation seeks to prevent future disasters.

We want to make it very clear that should a refinery restart at that location, HF shouldnt be used, Abernathy said.

The future of the refinery is still uncertain amid hearings over its proposed sale to Chicago-based Hilco Redevelopment Partners, which aims to use the site for warehousing and logistics. A rival bidder that includes former PES CEO Phil Rinaldi hopes to maintain the site as a refinery.

The legislation is expected to be introduced by Councilman Kenyatta Johnson.

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Philly seeks refining ban on toxic chemical released in PES explosion - PhillyVoice.com

Characterising the effect of Akirin knockdown on Anopheles arabiensis (Diptera: Culicidae) reproduction and survival, using RNA-mediated interference….

Anopheles arabiensis is an opportunistic malaria vector that rests and feeds outdoors, circumventing current vector control methods. Furthermore, this vector will readily feed on animal as well as human hosts. Targeting the vector, while feeding on animals, can provide an additional intervention for the current vector control activities. Agricultural animals are regularly vaccinated with recombinant proteins for the control of multiple endo- and ecto-parasitic infestations. The use of a Subolesin-vaccine showed a mark reduction in tick reproductive fitness. The orthologous gene of Subolesin, called Akirin in insects, might provide a valuable species-specific intervention against outdoor biting An. arabiensis. However, the biological function of this nuclear protein has not yet been investigated in this mosquito. The effects on An. arabiensis lifetable parameters were evaluated after Akirin was knocked down using commercial small-interfering RNA (siRNA) and in vitro transcribed double-stranded RNA (dsRNA). The siRNA mediated interference of Akirin significantly reduced fecundity by 17%, fertility by 23% and longevity by 32% when compared to the controls in the female mosquitoes tested. Similarly, dsRNA treatment had a 25% decrease in fecundity, 29% decrease in fertility, and 48% decrease in longevity, when compared to the control treatments. Mosquitoes treated with Akirin dsRNA had a mean survival time of 15-days post-inoculation, which would impact on their ability to transmit malaria parasites. These results strongly suggest that Akirin has a pleiotropic function in An. arabiensis longevity and reproductive fitness.

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Characterising the effect of Akirin knockdown on Anopheles arabiensis (Diptera: Culicidae) reproduction and survival, using RNA-mediated interference....

MCC celebrates 100 years with Feb. 29 event – The Hutchinson News

Mennonite Central Committee is celebrating 100 years of serving in the name of Christ in 2020. Weve Come This Far by Faith is a celebration open to the public to celebrate the past 100 years but to also look ahead toward the next 100 years. Please join MCC to celebrate this milestone on Feb. 29 at 7:30 p.m. at the Shari Flaming Center for the Arts on the campus of Tabor College, Hillsboro.

Officially, MCC was formed when representatives of various Mennonite and Mennonite Brethren groups met in July 1920 in Elkhart, Indiana. However, there was a small but important meeting in Hillsboro, Kansas, that took place before the Elkhart gathering, explained Michelle Armster, executive director of MCC Central States. Stories of family and friends suffering from hunger back in southern Russia (present-day Ukraine) had reached the Mennonites and Mennonite Brethren in Kansas. As concern grew, it was determined that something had to be done.

Representatives of the various groups came together. Five men met at the home of P.C. Hiebert in Hillsboro - located where Tabor College now stands - on July 19-20, 1920 to inspire and solidify cooperation and unity on this mission, and to work out plans and strategies. After two days of deliberation it was agreed to call a joint meeting of all the Mennonite relief organizations, in Elkhart, Indiana, a short week later, on July 27, 1920, wrote Peggy Goertzen, the Director of Center for Mennonite Brethren Studies in Hillsboro.

MCC started to respond to a particular need of a particular group. However, that began to evolve almost immediately upon arrival in 1920 due to the challenging and changing war taking place in Russia. The MCC workers were not deterred from their mission, but instead met the challenges with faithful courage. In the 100 years since, many have walked in their footsteps, following the example set out by Jesus. In 2020, MCC follows the example of Jesus with over 1,000 workers serving in more than 50 countries around the world.

The centennial celebration will feature a reflection by Michelle Armster on MCC, Weve come this far by faith, based on adaptations from Hebrews 11. Armster said, The history of MCC is about how human people felt that they were responding to Gods call to feed hungry people. Could/Would they ever have imagined that, 100 years later, MCC continues to respond to people in need in the name of Christ?

Money raised at the event will support MCCs New Hope in the Name of Christ campaign that is raising money for special international and domestic projects.

As guests arrive, they are welcome to bid on a variety of silent auction items. A reproduction Mennonite Feeding Station sign from MCCs post-World War II feeding programs in Germany will be available for a suggested donation, also.

Turning 100 is a big deal and were looking forward to kicking off this centennial year with this celebration, Michelle Armster said. There are countless people who have given their time and money over the past 100 years to support MCC and for that we are thankful! Were excited to see what the next 100 years bring.

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MCC celebrates 100 years with Feb. 29 event - The Hutchinson News

Charles Murray Returns, Nodding to Caution but Still Courting Controversy – The New York Times

As with The Bell Curve, we will have to wait for peer reviews to carefully sift through the science. Early indications might indicate some trouble for Murray. Last month, the psychologists Michelle N. Meyer, Patrick Turley and Daniel J. Benjamin issued a sharp rebuke to his use of their research on polygenic scores in his piece for The Wall Street Journal teasing the new book. He characterized polygenic scores as providing decisive insight into I.Q. that was impervious to racism and other forms of prejudice. In fact, the psychologists assert in response, polygenic scores can and do reflect racism, sexism or other prejudices, as well as more benign environmental factors.

Murray serenely rolls out his propositions, assuring us on occasion that it is all consensus, securely known. And yet several claims are plainly contentious, even to the lay reader. Take Murrays description of male brains as systemizers and female brains as empathizers, drawing on work of the psychologist Simon Baron-Cohen. Men are drawn to things, in other words, and women to people. (Youll recognize this terminology from James Damores diversity letter to Google.) This rubric becomes an organizing principle in the book, explaining the typically gendered vocations for men and women (Things Jobs and People Jobs). What Murray avoids discussing are the profound questions surrounding one of the studies that scaffold his thinking.

In 2000, Baron-Cohen and colleagues published a study of day-old babies that found that boys looked at mobiles longer (hence systemizers) and girls at faces (empathizers). This study has never been replicated, not even by Baron-Cohen. It was also poorly designed: for one, some of the newborns were propped up; their gaze might have been mediated by how they were held. Not to mention the core question, as posed by the psychologist Cordelia Fine, who has written extensively about bias in research on sex differences in the brain: Why think that what a newborn prefers to look at provides any kind of window, however grimy, into their future abilities and interests?

Or consider Murrays interpretation of why women havent branched into more male-dominated fields over the last 30 years. Once again, he finds an explanation in the female preoccupation with people and emotion as opposed to the male orientation toward things and abstract thought. Sexism cannot be the culprit, he claims. Now that outright prohibition of women entering male-dominated fields has ended, any vestigial opposition ought to have abated in a matter of years. Never mind the wealth of research showing the very real persisting impediments that Murray dismisses. To name just one well-known example: In a study at Yale University, over 100 scientists reviewed a rsum submitted for an open position. The rsums were identical, although half were submitted under mens names and half womens names. The womens rsums were ranked significantly lower than the mens by both female and male faculty.

Why doesnt Murray attend more thoroughly to the role of the environment, to history even if to decisively repudiate their impact? On genetics, too, he dismisses aspects that might dilute the strength of his argument that outside interventions are limited in their effects on personality and social behavior. Developments in epigenetics, for example outside mechanisms that effectively turn genes on or off are waved away as hype.

Stranger still are the inconsistencies. Race is a construct is among the tenets Murray seeks to dismantle. Yet tucked midway through the book is the bland assertion that his evidence does not deny the many ways in which race is a social construct. There is no genetic basis for race. It is a social and legal definition a young, crude one at that, overlaid on the tangled realities of ancestral heredity. Ancestral populations might be more apt, he concedes. Not 40 pages later, however, hes back to huffing at the elite wisdom that race is a social construct. Murray appears to want it both ways: to gesture at a more nuanced and precise formulation but also to harness, when he chooses, the raw rhetorical power of railing against woke dogmas about race.

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Charles Murray Returns, Nodding to Caution but Still Courting Controversy - The New York Times

A professor has said only human extinction will save the planet- but I have hope – inews

OpinionIf you were really serious about getting a handle on our climate impacts then its the richest 10 per cent you should focus on

Wednesday, 12th February 2020, 5:47 pm

You would struggle to find someone who thinks planet Earth needs more humans. For most of human history, the global population fluctuated around the low millions. Its been the past three centuries that something remarkable happened.

Largely as a consequence of industrial revolutions, populations across the world began to rise. The 20th century saw huge increases with an additional 80 million people a year being added in the early 1970s. Since then, the total number of humans has doubled and now stands at 7.6 billion. More people need more food, water, and energy.

i's opinion newsletter: talking points from today

And so more people means more climate change and more biodiversity loss. Its only been relatively recently that we have realised that these environmental impacts could actually impact us. Climate change becomes dangerous climate change when it threatens supplies of food, water and energy.

Organisations such as Population Matters advocate for the decrease in the global population as being an essential component in any climate policy. If you were to follow this reasoning further, you could arrive at a much more radical conclusion. For example, if harm to the planet is reduced by reducing the number of humans, then with no humans there will be no harm to the planet.

So is the only solution for climate change is letting the human race become extinct? Thats one of the rather strident claims of the book The Ahuman Manifesto by Patricia MacCormack, a professor of continental philosophy at Anglia Ruskin University. Given how incurably destructive we humans are, how much suffering we cause other animals, she argues the planet would be much better off without us.

The perennial problem with population solutions to sustainability challenges is that they assume the problem is humanity. But when it comes to climate change, the problem is largely caused by only a fraction of it. Half of all global emissions of carbon dioxide are produced by the richest 10 per cent, while the poorest 50 per cent of the global population only produce 10 per cent of global emissions. Yet it is this poorest 50 per cent that will be most harmed by climate change. If you were really serious about getting a handle on our climate impacts then its the richest 10 per cent you should focus on.

However, MacCormack is skeptical that any fundamental change is possible. She boils down her central argument to this: humankind is enslaved to the point of zombiedom by capitalism, and because of the damage this has caused, phasing out reproduction is the only way to repair the damage done to the world.

MacCormack does not advocate a violent end to the species Homo sapiens. But even a phasing-out would prove extraordinarily challenging. It would involve the complete reorganisation of societies to ensure that rapidly ageing populations would have sufficient resources to care for the most vulnerable. There is also the matter of how to deal with human reproductive rights.

Perhaps what is most remarkable about the self-extinction argument is that someone can entertain the wholesale economic, political, and social changes involved with extinction but not the alternatives to capitalism. But then can you imagine a world that is not only devoid of the combustion of coal, oil and gas, but also absent of the exponential growth of energy and material consumption driven by seeking unending economic growth? Unless that changes, humanity probably does not have any long-term future on Earth.

You may not think that a tragedy. But there is a great deal to be done before we reach that point. Billions of peoples lives, not to mention the fate of much of the rest of the biosphere, is going to depend on what we do over the next few years and decades. When it comes to doing our best to live sustainably on Earth, population does matter. But right now, inequality matters more.

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A professor has said only human extinction will save the planet- but I have hope - inews

Why this professor’s climate-crisis solution is rankling Twitter: ‘The worst thing you can do is have a child’ – Yahoo Lifestyle

An academic is adding her voice to the rising chorus of climate-crisis alarm bells with a newly published manifesto that has been attracting widespread attention for its radical ideas particularly antinatalism, or the end of reproduction as a way of phasing out of the human race.

I mean, its a really basic idea: In terms of carbon footprint, the worst thing you can do is have a child, Patricia MacCormack, a philosophy professor at Cambridges Anglia Ruskin University, tells Yahoo Lifestyle. And its the one taboo that nobody wants to speak.

MacCormacks argument centers on overpopulation if human beings cause climate change by creating greenhouse gases, then more humans mean more emissions. One study, for instance, found that that the carbon legacy of just one child creates 20 times more greenhouse gas than one can save by recycling, or driving an electric car. Its something plenty of families have been taking into account for years even Prince Harry, who said recently that he and Meghan Markle would have two children, maximum, for the sake of the planet, noting, We are the one species on this planet that seems to think that this place belongs to us, and only us.

Its a controversial stance, however, and MacCormack says that since the release of her book, The Ahuman Manifesto, the teacher, researcher and old-school goth London DJ has received hate mail, death threats, go kill yourself, stuff like that, she says, adding that an Italian news outlet called her delusional. Others have dug up photos of her in full-goth getups, thinking its insulting.

MacCormack, who largely stays away from social media, says shes found the angry reaction intriguing. I simply propose people not reproduce, and it automatically translated into acts of violence, she says. So, somehow, I want to kill children, which is ridiculous. Somehow, Im proposing eugenics or some kind of ethnic population control and I think that what that shows is there is an anthropocentric or a human impulse to read acts of grace as, automatically, acts of violence. And that says a lot more about the people not reading the book and just taking over the message.

The vitriol is understandable, though, she says, because, when people are confronted with something that makes them afraid of the tenuous nature of their own position they have a choice: to either go through their fear and lose themselves, and perhaps enter into a creative relationship with the opposition so that both parties come out thinking new, or, that fear transforms into aggression in order to maintain their sense of self and that position.

That idea, of people having to confront ideas that theyve always believed to be right and true, is triggering, MacCormack says. And rather than engage with the possibility that there are multiple truths in certain scenarios, they have to defend the precarity of their own identity. And they use threats and violence to do so.

In fact, says a doubling-down MacCormack about the concept of antinatalism, Not only does having a child really increase your carbon footprint, but we are living on an earth where there are a lot of organisms human, non-human that are in desperate need of care. And so, for me, if people want to care for children, for animals, whatever, there are cries for care everywhere. In light of that, she says, Im asking us to reflect on this idea that we need to reproduce. Further, she believes such a lifestyle would come with great freedom for women.

We have to start thinking about what liberty does it give women when they no longer have to explain why they don't want children? When they no longer have to sneak off to a different state to get reproductive freedom? When they are no longer defined by the maternal roles?

She stresses that the book which has been praised by fellow scholars and activists for being a passionate, insightful meditation, a delightful provocation and an unrelenting and exacting takedown of the violent self-interest of the human species is not legal blueprint or set of demands, but a hopeful, unselfish and oddly optimistic manifesto.

That means that it's a call to action, she says. So, by its nature, it has to propose action, and it has to propose action that radically displaces the systems we have now to work with.

Among its tenets, besides antinatalism, is veganism specifically, abolitionist veganism, which is the belief that all sentient beings, human or non-human, have the right to not be treated as the property of others.

So, being an abolitionist vegan also has far-reaching consequences for feminism, for anti-racism, for queer theory, because it's all about each individual fighting for a space for the other, to allow the other to simply be, MacCormack says, explaining that this belief system supports another: abolishing false hierarchies.

Human exceptionalism is using the Earth, exhausting the Earth, treating the Earth as if the Earth is for us as a resource. We don't act as if we are part of the Earth. And nonhuman animals are beneath us in this schema, she says, echoing Joaquin Phoenixs recent Oscars speech in noting that it needs to change. And then certain animals are more valid than others. And our measure is based on the equivalence to us rather than on the fact that they are on the Earth and then within human, we have a similar hierarchy, where white, heterosexual, usually rich men are at the top and then arguably, you know, the rest of us.

What MacCormack is pressing for, atthe heart of her manifesto, is for people to start thinking about all lifeforms as worthy simply because they are here. We need to make unnatural kin. We need to make participations with all life forms, without a hierarchy that's based on proximity to our so-called bloodline.

And if all of this talk makes you quake with fear over the nearing of the apocalypse, the professor says to forget all that because really, the apocalypse is already here.

There are people living in the apocalypse right now especially non-human animals, who have born into an apocalypse. They live to suffer and then they're murdered, she points out. But there are people living in refugee camps. There are people who, by virtue of being born a woman, by virtue of being born queer, their lives are apocalyptic, because they never achieved that level of subjectivity that counts.

So instead of the cinematic idea of the apocalypse being some sort of rupturous event, she believes, every era has its own apocalyptic age. And we, I think are feeling quite apocalyptic, because every morning we wake up and there's something in the news where we think, Oh no, humans haven't done that, have they?

Still, if we focus too much on impending doom, the professor suggests, We're not attending to the people who are experiencing the apocalypse right now, and it can lead to deep despair. Which, in turn, can lead to doing nothing. But doing nothing is an act, she says. It's an act for which we have to be accountable. So, instead, I'm advocating doing something whatever we can do. Everyone is capable of doing something.

And to those who are horrified by her suggestion that we throw in the towel and kiss the human race goodbye, MacCormack says, Our race is done if we keep acting like we act.

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Why this professor's climate-crisis solution is rankling Twitter: 'The worst thing you can do is have a child' - Yahoo Lifestyle

CRISPR: Coroner tackles the ethics of gene editing – CBC.ca

It may sound like something from a fiction movie, and just over a decade ago it probably was, but in that time, scientists have discovered a ground-breaking genetic engineering tool called CRISPR-Cas9 (often referred to as only CRISPR).

It has the potential to revolutionize the future of human experience from creating drought resistant crops, augmenting mosquitoes to eliminating the transmission of malaria to, most importantly, eradicating specific genetic diseases like cancer by manipulating the blueprint of life. But could it have contradictory effects?

Coroner explores this topic in season two episode three, entitled 'CRISPR SISTR', where Dr. Jenny Cooper and Det. Donovan McAvoy investigate the death of a lab assistant who was helping in the CRISPR research that was to eradicate Lewy body dementia. Or so the scientists involved in the research implied during interrogation.

What really happened is a bit different and we'll get to it, but let's try to answer some complicated questions first.

You know how you can edit anything that needs a bit of fixing, such as a video an episode of Coroner for example or an Instagram picture by using various apps or tools? CRISPR-Cas9 issimilar, but a molecular tool, which is much more complex.

We can only scratch the surface, but to put it in simple terms: CRISPR-Cas9 is a gene editing tool that can be used to more precisely edit targeted bits of DNA in order to modify (strengthen, weaken, switch on and off) or eliminate specific genes in organisms like bacteria, animals, plants and even human cells. Imagine being able to prevent cancer by editing out the culprit?! Life changing!

"Think of it like editing text," says Dr. Janet Rossant, a researcher who uses CRISPR in her lab at Toronto's Hospital for Sick Children.

"You can cursor in and you delete a few words, paste in a little sentence. And that is what people can now do in the genome."

Breaking it up, CRISPR (short for clustered regularly interspaced short palindromic repeats) is a cluster of DNA sequences found within the genomes of specific microorganisms such as bacteria. And Cas9 (CRISPR associated protein 9) is an enzyme from bacterial antiviral systems that uses those sequences as a guide to recognize, interrogate and cleave foreign DNA by unwinding it and checking for complementary sites. And then snip snip.

In his interview with The Nature of Things, Dr. Eric Olson, a Molecular Biologist at the University of Texas Southwestern Medical Center, explains it in everyday terms.

Metaphorically speaking, he says that we can think of CRISPR as a spell checker for DNA with a two component system. One component is the molecular scissors that can cut DNA and the other a GPS device for DNA which you can program to guide and deliver the scissors anywhere in the 6 billion letters of the DNA, and cut it in two.

There are many gene editing techniques which have been around for a while but CRISPR-Cas9 is revolutionary in its precision, timeliness and cost. Researchers are working tirelessly to add more to the CRISPR toolkit, but for now Cas9 is still the most popular.

"All methods are very efficient at making site-specific mutations, but CRISPR takes the least time and has the lowest costs," said Caixia Gao, a plant biologist at the Chinese Academy of Sciences in Beijing, to sciencemag.org.

If you need more detailed explanations on CRISPR and how it works, this is where we defer to the experts and we go back to Coroner.

Jenny's CRISPR case gets personal because of its ability to possibly heal her father who has the previously mentioned Lewy body dementia. Her hopes are up and after a conversation with her father, he is interested in being a part of the human trials.

Unfortunately, the scientists in the series end up on the unethical side. They've lied about experimenting with Lewy body dementia but instead were selfishly trying to cure themselves of Huntington's disease.

To make things worse, the methods which they applied turned deadly for the assistant who initially saw them as miracle workers while they used him as a guinea pig for their personal gain and research.

As the case closes, so does the CRISPR research along with Jenny's hopes for her father's recovery. The disappointment in this episode makes for a great story... but is reality any different?

While CRISPR has the potential to save many lives, there are still many safety wrinkles that need to be ironed out before we start to see it applied in Canadian labs. As Coroner points out, CRISPR-Cas9 could unleash consequences we can't predict which could be dire.

The method relies on Cas9 to be precise but sometimes it does veer off, makingoff-target cuts which is where the challenges begin. It also relies on the body's natural repair system to heal the snipped area that could cause DNA mutations and other diseases.

One of the biggest controversies of CRISPR is the possibility of making permanent gene alterations which could be passed down to future generations. Creating designer babies by altering their genes to create faster and more powerful athletes or changing their hair or eye colour may sound like a no big deal to some but along with many cons, it takes away one's choice to choose their life path.

In Canada, under theAssisted Human Reproduction Act of 2004, editing the human genome is prohibited and punishable by up to ten years in prison which is why in Coroner's episode three of season two, the CRISPR lab is shut down and the scientists arrested.

As we are propelled into the future with new bio technologies like CRISPR-Cas9, which are getting easier, cheaper and more widely accessible, the possibilities are endless and the responsibilities higher. There are many questions that still need to be answered around CRISPR like: what are the best ways of using these technologies responsibly and how can research be contained in order to avoid unethical applications?

While the scientists and the law ponder those questions, you can watch 'CRISPR SISTR' and past Coroner episodes on CBC Gem!

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CRISPR: Coroner tackles the ethics of gene editing - CBC.ca

The Science of Love – Prospectus

by: Mason Gentry

Love,or social attachment,is commonly thought to be a one-dimensional emotion. But, while love may induce emotions, it is insteadseveralvastlycomplex biological processes.

Simply explained, love is just another word to explain social attachment.

To understand love as a biological process, evolution must beconsidered.

According to researchers at the Research Triangle Institute of International, C. Sue Carter and Stephen W.Porgesclaimedin a document called theBiochemistry of love: an oxytocinhypothesisthat,Life onEarth is fundamentally social: the ability to interact dynamically with other living organisms to support mutual homeostasis, growth and reproduction evolved early.

Carter andPorgeswrote that even bacteria recognize members of their own species and, together, canmake communities and reproduce more successfully.Insects, too, have evolved social systems calledeusociality.Carter andPorgeswrote that,Molecular mechanismsfavoringhigh levels of sociality seem to be on an evolutionary fast track.

Considering thehuman brain, there is a region called the hypothalamus. This region holds a hormone called oxytocin, often referred to as the love hormone.Oxytocin has been known in the scientific community to be responsible for female reproductive functions but has more recently been found to be an important player in any social bonding.

According to a recent document by the Massachusetts Daily Collegian,Oxytocin contributes to relaxation, trust,and psychological stability.

The document also reported that a study byNaturefound that a nasal spray of oxytocin given to gamblers increased their trust toward strangers. Another study, in 2014, showed that a nasal spray of the substance also caused people to see emotions of others more intensely.

There are even oxytocin-laced perfumes on the market. These perfumes, however,haveshown a questionable functionality.

Another hormone related to social attachment is Vasopressin.Particularly important to social bonding are the interactions between oxytocin and a related peptide,Vasopressin, Carter andPorgeswrote.

They continued that the genes responsible for the production both chemicals are located on the same chromosome.

To differentiate, Carter andPorgeswrote thatVasopressin is related tophysical and emotional mobilization,supporting action and defense needed for self-defense or guarding partners and territory.

Carter andPorgesreporteda study done on prairie voles. The results showed that they are generally social before mating but within approximately one dayaftermating, begin to show higher levels of aggression toward intruders.

This may explain behaviors related to ones aggression toward threats, possibly serving to protect or guard a mate, family, or territory, Carter andPorgeswrote.

On the other hand, oxytocin is typically related to relaxed and physiological states. This hormone may make it easier for women to love and be more comfortable around their newborns.

In highly social species such as prairie voles, and presumably in humans, the intricate molecular dances of oxytocin and vasopressin fine-tune the coexistence of care-taking and protective aggression, Carter andPorgesmentioned.

According to theMassachusetts Daily Collegian,oxytocin may be found to have effects on the reduction of anxiety and is also responsible for joybutit has been found to strengthen both good and bad memories, and even increase anxiety over future triggering events.

They continued that the hormone activates a part of the brain that that is responsible for intensifying the memory for six hours. In other words, oxytocin may trigger bad memories and enhance induction of fearor anxiety.

There is still much to learn about love and its effects on humans and other animals.

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The Science of Love - Prospectus

How have horses shaped Iowa’s life and culture? Exhibit at University of Iowa library goes in-depth – The Gazette

IOWA CITY A new exhibit this month at the University of Iowa Libraries Main Library Gallery offers visitors a step back in time when horse and buggies were the popular mode of transportation, and businesses of blacksmiths and livery stables lined the streets.

The Pull of Horses on National and Local Histories and Identities exhibit is at the gallery through March 29. Sara Pinkham, exhibit and engagement coordinator with the Main Library Gallery, said the exhibit focuses on the compelling connections between humans and horses at the height of the equine culture in this country.

Horses, along with their human companions, helped build Iowa City, the state and the nation. The animals profoundly shaped human identities, Pinkham said.

The exhibition is a collaboration between curators, Kim Marra and Mark Anderson. Marra is a UI professor of theater and performance history, professor of American Studies and director of graduate studies in the Department of Theatre Arts.

Anderson is the digital scholarship and collections librarian in the Digital Scholarship and Publishing Studio at the university libraries.

A lifelong interest in horses drew Marra to research their influence on society, Pinkham said. While writing a book on horses in performance in New York City around 1900, she realized an intermedin presentation would capture the full experience of working with horses in the city.

Marra then asked Anderson, whose expertise is in finding and digitizing materials in the libraries archives, to help her create a documentary film, The Pull of Horses in Urban American Performance, 1860-1920.

Their work on the film sparked the idea for an immersive exhibition that shows facets of daily life with horses in both urban and rural settings. To help exhibit visitors experience the physical and social impact of these huge, powerful animals, the curators show the film in the center of the gallery, displayed at life-size scale.

Pinkham said the exhibit also offers displays of local equine history through glimpses of town and campus life in Iowa City. Visitors learn about national equestrian culture, with a special emphasis on the multitudes of women who took up the sport of riding and advocated for suffrage.

One of the displays features a scrapbook of articles and photos from the time period and includes a war bride, Magdalena Helen Tylee, born in 1894 in Germany who came to Iowa in 1922. She and her husband farmed in Linn County. When he left home to serve in World War II, The Gazette published a feature story in 1942 about Helen Shes a Soldier, Too. The article pointed out that Tylee opposed the Nazis and was doing her part on the home front to defeat them while her husband served in the armed forces.

The overall exhibit illustrates the predominance of horse culture in Iowa Citys and the countrys past. The stories about life with horses are told through original and reproduction publications, photos, artifacts and ephemera from Special Collections, the Iowa Womens Archives, the University Archives at the University of Iowa Libraries, the State Historical Society of Iowa in Iowa City, and from private collections, Pinkham said.

The exhibit is supported by Friends of the UI Libraries, the Arts and Humanities Initiative, the Obermann Center for Advanced Studies, the UI Theatre Arts Department and the UI Department of American Studies.

What: The Pull of Horses on National and Local Histories and Identities exhibit

Where: University of Iowa Libraries Main Library Gallery, 125 W. Washington St., Iowa City

When: Monday and Wednesday through Friday from 9 a.m. to 6 p.m.; Tuesday from 9 a.m. to 8 p.m.; and Saturday and Sunday from 1 to 5 p.m., through March 29

Cost: Free

More info: http://www.lib.uiowa.edu/gallery

Comments: (319) 398-8318; trish.mehaffey@thegazette.com

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How have horses shaped Iowa's life and culture? Exhibit at University of Iowa library goes in-depth - The Gazette

‘Birds of Prey’ | Anatomy of a Scene – The New York Times

Hi, Im Cathy Yan, the director of Birds of Prey. So were near the end of the movie. And this is the culminating, the final fight scene between the women and the gangs that Roman Sionis, played by Ewan McGregor, sends in to the funhouse, which is called the Booby Trap. Well, originally, it wasnt a funhouse, actually. I believe, originally, it was a hotel. And they were supposed to fight their way down. But then, when I got together with our amazing production designer, KK Barrett, and our DP, Matthew Libatique, we kind of thought, wouldnt it be more interesting to convey a location that felt like Harley Quinns mind on acid? Our actresses, theyre actually doing the majority of the stunts themselves. That was four to five months of brutal training. When we were in prep, the actors were training pretty much every day with our stunt team. Come on! Margot learned to roller skate for this movie because she ends up roller skating in a good portion of the movie. She learned to roller skate on a bank track for the derby scene. And then, obviously, shes roller skating here. And for this moment, she is actually just roller skating. And she was so she became so good that she was able to stop herself, which is actually the most difficult thing to do, while on a rotating carousel, which is infinitely harder than when youre not on a rotating carousel. What was another big challenge that we only sort of realized on the day, too, was that because the background was so different, for continuity, whenever we started a take, we had to make sure that we started and ended at the same point. So the carousel became a sort of clock. And we had a number for each of the hands. And then each hand had to directly correlate with a point outside in the funhouse so that we were able to actually match up the backgrounds. If we didnt do that, then it would have been a complete nightmare. [MUSIC PLAYING] [SHOUTS] Ah. Wait.

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'Birds of Prey' | Anatomy of a Scene - The New York Times

The Anatomy Chronicles: Art, science and the body – Etownian

Photo by: Maddie Kauffmann

Anatomy, many would argue, is one of the trickiest subjects to learn.

Its hard enough to understand the split-second processes that your body undertakes to keep you alive, and its even harder when you cant visualize any of the crucial organs that carry them out.

Its a challenge of which associate professor of biology Anya Goldina is well aware. In comes the project The Anatomy Chronicles.

Each year, students in Goldinas Biology 201 and 202 Anatomy and Physiology classes are offered the opportunity to earn extra credit by making a creative piece that explains or highlights a part of the body.

This years exhibit includes poems, childrens books and cartoons, among other creations.

So why look at anatomy through a creative lens rather than its typical science-oriented one?

According to the events description, its a critical oversight to not consider how the topic lends itself to artistic endeavors.

Human Anatomy and Physiology is part of our lives. It is what allows us to innovate, achieve incredible feats of athleticism and grace, climb mountains, dive oceans, fly into space and create the works shown in this exhibit, the description said.

Its a sentiment shared by Goldinas students.

Many people try to divide the sciences and the arts, which I think is a mistake, Sophomore Casey Nathan said of the exhibit. The integration of the two subjects helps us deepen our understanding of our own bodies while providing a creative outlet for the information learned in the class.

For Nathans own project, she made a drawing of the brain completely out of word art, curving and stretching the letters of each word to represent their meaning and how they contribute to the shape of the brain.

It helps me conceptualize what the different parts of the brain look like, and Im finding it helps me remember how it all fits together too, because I remember how I tried to make all of the words sit inside the shape of the brain. I went through like 10 pieces of paper, she laughed.

The value of The Anatomy Chronicles doesnt just include the ability to combine science and art.

The exhibit, and its construction, also help students understand the course material on a different level.

It becomes easier for us to understand, not just because of the time we put into researching and creating the projects, but we get to see the systems through the eyes of our peers who break it down into parts that are easier to understand, sophomore Michaela Teague said. It also allows us the opportunity for a grade boost in a way that everyone feels like theyve really earned, she continued.

Sophomore Katlyn Harper agreed.

The most important part of this exhibit has probably honestly been just seeing everyone elses projects and seeing all new insights because of the way they structured their stories or pictures, she said.

New insights seem to be the key, especially when dealing with concepts that can sometimes feel monotonous.

It really helps all of the concepts resonate in a way that feels new and fresh. As an Occupational Therapy major, I took classes in high school in preparation for my classes here at Etown. So when I got into Anatomy this year I kind of felt like a lot of the concepts were things I had already learned, Harper said. But this project allowed me to see a lot of things I thought I knew from a new perspective.

The project isnt just valuable to Anatomy students, however.

Nathan encourages everyone to come check out the exhibit.

You dont need to be a biology, or a chemistry, or an OT major to enjoy the exhibit. Everyone should want to know whats going on in their body. And its fun! It takes an abstract concept and makes it tangible. And isnt that what learnings all about? Nathan said.

The Anatomy Chronicles will be on display in the Winters Alcove of the High Library until the end of this month.

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The Anatomy Chronicles: Art, science and the body - Etownian