Risk calculator for psychosis gives clinicians a valuable new tool

"Our consortium is the first to develop a health risk calculator for psychosis based on a large sample," says Emory psychologist Elaine Walker.

By Carol Clark

A national consortium of researchers has developed an individual risk calculator for schizophrenia and other psychosis, comparable to those for cardiovascular disease and other illnesses.

The free, online tool – for use by qualified clinicians and researchers – is based on a study of hundreds of clinical high-risk participants in the North American Prodrome Longitudinal Study (NAPLS). The American Journal of Psychiatry published the findings by NAPLS, a National Institutes of Mental Health consortium comprised of nine research sites, including Emory University.

“Risk calculators for estimating risk of heart attack, stroke and other illnesses are already used by medical researchers and practitioners,” says Emory psychologist Elaine Walker. “Our consortium is the first to develop a health risk calculator for psychosis based on a large sample. It’s another step in the direction of taking mental disorders into the same realm as other kinds of illnesses, to help reduce the stigma and enhance our ability to treat people.”

Walker, the principle investigator for the Emory University site of NAPLS, specializes in the role of stress and stress neurobiology in the development of psychosis.

“The risk calculator runs on data derived in a clinical setting,” Walker says. “Gathering that information requires that an individual undergo diagnostic testing and an interview by a qualified professional, so the calculator is not something that a lay person could use.”

Epidemiological studies have shown that about 20 to 35 percent of teenagers and young adults who meet criteria for a high-risk syndrome convert to psychosis within two years. The NAPLS researchers wanted to create a practical tool for personalized risk prediction for individual patients.

They generated the risk calculator from the NAPLS phase two cohort data, which included 596 subjects who were diagnosed with Attenuated Psychosis Syndrome. That means they had experienced some recent changes in perception and/or developed unusual thoughts but did not meet the definition of psychosis.

The researchers followed up with the subjects two years later and found that 16 percent had developed psychosis. The ones at the greatest risk were those individuals who were younger when their initial symptoms began, had higher levels of unusual thoughts and suspiciousness, greater declines in social functioning, lower verbal learning skills and slower speeds of mental processing.

The risk calculator determines an individual’s level of risk based on these five factors, together with a family history of schizophrenia and whether they have experienced stressful or traumatic life events.

Clinicians can determine numerical ratings of these variables through diagnosis based on the Structured Interview for Psychosis Risk Syndromes (SIPS). They can then plug these values into the risk calculator tool to determine an individual patient’s risk.

“The risk calculator is extremely user friendly for mental health researchers and clinicians,” Walker says. “It’s a big step forward in the development of more systematic approaches for estimating risk for psychosis and will help medical practitioners and researchers focus their attention on individuals at greatest risk and monitor them more closely.”

Ultimately, the risk calculator may be used to weigh the cost-benefit ratios of treating patients with medication that has side effects or having them undergo time-consuming psychotherapeutic interventions.

Phase three of NAPLS is looking at the possibility of adding a biological component to the risk calculator, such as blood analyses and brain scans.

NAPLS is the largest, most comprehensive study ever funded by the NIMH of adolescents and young adults at risk for developing a psychotic disorder. The goal of the $25 million project is to identify more precise predictors for psychosis, along with a better understanding of the neural mechanisms involved. In addition to Emory, the NAPLS consortium includes: Harvard, Yale, UCLA, UC San Diego, Einstein Medical College and the University of Calgary.

Related:
Study of psychosis risk and brain to track use of Omega-3 pills

from eScienceCommons http://ift.tt/29ida8l
"Our consortium is the first to develop a health risk calculator for psychosis based on a large sample," says Emory psychologist Elaine Walker.

By Carol Clark

A national consortium of researchers has developed an individual risk calculator for schizophrenia and other psychosis, comparable to those for cardiovascular disease and other illnesses.

The free, online tool – for use by qualified clinicians and researchers – is based on a study of hundreds of clinical high-risk participants in the North American Prodrome Longitudinal Study (NAPLS). The American Journal of Psychiatry published the findings by NAPLS, a National Institutes of Mental Health consortium comprised of nine research sites, including Emory University.

“Risk calculators for estimating risk of heart attack, stroke and other illnesses are already used by medical researchers and practitioners,” says Emory psychologist Elaine Walker. “Our consortium is the first to develop a health risk calculator for psychosis based on a large sample. It’s another step in the direction of taking mental disorders into the same realm as other kinds of illnesses, to help reduce the stigma and enhance our ability to treat people.”

Walker, the principle investigator for the Emory University site of NAPLS, specializes in the role of stress and stress neurobiology in the development of psychosis.

“The risk calculator runs on data derived in a clinical setting,” Walker says. “Gathering that information requires that an individual undergo diagnostic testing and an interview by a qualified professional, so the calculator is not something that a lay person could use.”

Epidemiological studies have shown that about 20 to 35 percent of teenagers and young adults who meet criteria for a high-risk syndrome convert to psychosis within two years. The NAPLS researchers wanted to create a practical tool for personalized risk prediction for individual patients.

They generated the risk calculator from the NAPLS phase two cohort data, which included 596 subjects who were diagnosed with Attenuated Psychosis Syndrome. That means they had experienced some recent changes in perception and/or developed unusual thoughts but did not meet the definition of psychosis.

The researchers followed up with the subjects two years later and found that 16 percent had developed psychosis. The ones at the greatest risk were those individuals who were younger when their initial symptoms began, had higher levels of unusual thoughts and suspiciousness, greater declines in social functioning, lower verbal learning skills and slower speeds of mental processing.

The risk calculator determines an individual’s level of risk based on these five factors, together with a family history of schizophrenia and whether they have experienced stressful or traumatic life events.

Clinicians can determine numerical ratings of these variables through diagnosis based on the Structured Interview for Psychosis Risk Syndromes (SIPS). They can then plug these values into the risk calculator tool to determine an individual patient’s risk.

“The risk calculator is extremely user friendly for mental health researchers and clinicians,” Walker says. “It’s a big step forward in the development of more systematic approaches for estimating risk for psychosis and will help medical practitioners and researchers focus their attention on individuals at greatest risk and monitor them more closely.”

Ultimately, the risk calculator may be used to weigh the cost-benefit ratios of treating patients with medication that has side effects or having them undergo time-consuming psychotherapeutic interventions.

Phase three of NAPLS is looking at the possibility of adding a biological component to the risk calculator, such as blood analyses and brain scans.

NAPLS is the largest, most comprehensive study ever funded by the NIMH of adolescents and young adults at risk for developing a psychotic disorder. The goal of the $25 million project is to identify more precise predictors for psychosis, along with a better understanding of the neural mechanisms involved. In addition to Emory, the NAPLS consortium includes: Harvard, Yale, UCLA, UC San Diego, Einstein Medical College and the University of Calgary.

Related:
Study of psychosis risk and brain to track use of Omega-3 pills

from eScienceCommons http://ift.tt/29ida8l

Fourth of July Science

Pair summer celebrations with fun hands-on science ideas! From water bottle rockets to the science behind fireworks and an LED dance party glove, we have suggestions to help light up and launch summer fun!

Fun with Fireworks Science Launching Homemade Baking Soda Rockets Paper Rocket Aerodynamics LED Traffic Glove
Red, White, and Blue with Soft Circuits Make Ice Cream in a Bag Erupting Diet Coke® with Mentos® Rocket Science: How High Can You Send a Payload?
LED Dance Glove Bottle Rocket Blast Off! Explore Glow-in-the-Dark Water! Discover the Flaming Colors of Fireworks
Rocketology: Baking Soda + Vinegar = Lift Off! Make Your Own Kazoo Coke® & Mentos® - Exploring Explosive Chemistry! /science-activities/make-a-lava-lamp

A Spectacular Display of Summer Science!

The following project ideas and activities fit right in with summer celebrations, fireworks, parades, nighttime fun, and the thrill of launching things like water bottle rockets:





from Science Buddies Blog http://ift.tt/298pPeS

Pair summer celebrations with fun hands-on science ideas! From water bottle rockets to the science behind fireworks and an LED dance party glove, we have suggestions to help light up and launch summer fun!

Fun with Fireworks Science Launching Homemade Baking Soda Rockets Paper Rocket Aerodynamics LED Traffic Glove
Red, White, and Blue with Soft Circuits Make Ice Cream in a Bag Erupting Diet Coke® with Mentos® Rocket Science: How High Can You Send a Payload?
LED Dance Glove Bottle Rocket Blast Off! Explore Glow-in-the-Dark Water! Discover the Flaming Colors of Fireworks
Rocketology: Baking Soda + Vinegar = Lift Off! Make Your Own Kazoo Coke® & Mentos® - Exploring Explosive Chemistry! /science-activities/make-a-lava-lamp

A Spectacular Display of Summer Science!

The following project ideas and activities fit right in with summer celebrations, fireworks, parades, nighttime fun, and the thrill of launching things like water bottle rockets:





from Science Buddies Blog http://ift.tt/298pPeS

Juno to enter Jupiter orbit July 4

This artist's rendering shows NASA's Juno spacecraft making one of its close passes over Jupiter. Image via NASA/JPL-Caltech

Artist’s concept of NASA’s Juno spacecraft making one of its close passes over Jupiter. Image via NASA/JPL-Caltech.

On July 4, 2016, NASA’s solar-powered Juno spacecraft will fire its main engine for 35 minutes, placing the spacecraft into orbit around the giant planet Jupiter. It’ll become the first craft to orbit Jupiter since Galileo, which arrived in 1995 and spent eight years in orbit. It’ll fly within 2,900 miles (4,667 km) of the cloud tops of our solar system’s largest planet.

Juno, an unmanned spacecraft the size of a basketball court, launched on August 5, 2011.

You can follow the Juno mission on Facebook and Twitter. It’s about to get exciting!

Juno has 37 close approaches to Jupiter planned. But, according to NASA scientists, getting this close to Jupiter comes with a price – one that will be paid each time Juno’s orbit carries it close to the planet’s cloud cover. Scott Bolton, Juno principal investigator, said in a statement:

We are not looking for trouble. We are looking for data. Problem is, at Jupiter, looking for the kind of data Juno is looking for, you have to go in the kind of neighborhoods where you could find trouble pretty quick.

The source of the potential trouble is found inside Jupiter itself. According to the NASA statement:

Well below the planet’s cloud tops is a layer of hydrogen that is under such incredible pressure that it acts as an electrical conductor. Scientists believe that the combination of this metallic hydrogen along with Jupiter’s fast rotation – one day on Jupiter is only 10 hours long – generates a powerful magnetic field that surrounds the planet with electrons, protons and ions traveling at nearly the speed of light.

The endgame for any spacecraft that enters this doughnut-shaped field of high-energy particles is an encounter with the harshest radiation environment in the solar system.

Rick Nybakken is Juno’s project manager from NASA’s Jet Propulsion Laboratory in Pasadena, California. Nybakken said:

Over the life of the mission, Juno will be exposed to the equivalent of over 100 million dental X-rays. But, we are ready. We designed an orbit around Jupiter that minimizes exposure to Jupiter’s harsh radiation environment. This orbit allows us to survive long enough to obtain the tantalizing science data that we have traveled so far to get.

Juno’s orbit resembles a flattened oval. The spacecraft approaches Jupiter over its north pole and quickly drops to an altitude below the planet’s radiation belts as it moves toward Jupiter’s south pole. Each close flyby of the planet takes about the length of one Earth day.

Then Juno’s orbit will carry the spacecraft below the south pole and away from Jupiter, beyond the reach of harmful radiation.

Juno has special radiation-hardened electrical wiring and shielding surrounding its sensors, including a titanium vault that holds the flight computer and the electronic hearts of many of its science instruments. The vault will reduce Juno’s exposure to radiation by 800 times of that outside its walls. Without it, scientists say, Juno’s electronic brain would probably fry before the end of the very first flyby. But the vault’s 400 pounds of titanium can’t protect Juno forever in an extreme radiation environment like that on Jupiter. The quantity and energy of the high-energy particles is just too much.

Heidi Becker of JPL is Juno’s Radiation Monitoring Investigation lead. She said:

Over the course of the mission, the highest-energy electrons will penetrate the vault, creating a spray of secondary photons and particles. The constant bombardment will break the atomic bonds in Juno’s electronics.

Juno’s special orbit, however, allows the radiation dose and the degradation to accumulate slowly, hopefully allowing Juno to accomplish 20 months-worth of science.

During Juno’s flybys, the spacecraft will probe beneath the gas giant’s cloud cover and study its auroras. The Juno mission’s aim is to learn more about Jupiter’s origins, structure, atmosphere and magnetosphere.

Read more from NASA

Enjoying EarthSky? Sign up for our free daily newsletter today!

Bottom line: On July 4, 2016, NASA’s solar-powered Juno spacecraft will enter orbit around Jupiter and fly within 2,900 miles (4,667 km) of the cloud tops of our solar system’s largest planet.



from EarthSky http://ift.tt/28KnYbg
This artist's rendering shows NASA's Juno spacecraft making one of its close passes over Jupiter. Image via NASA/JPL-Caltech

Artist’s concept of NASA’s Juno spacecraft making one of its close passes over Jupiter. Image via NASA/JPL-Caltech.

On July 4, 2016, NASA’s solar-powered Juno spacecraft will fire its main engine for 35 minutes, placing the spacecraft into orbit around the giant planet Jupiter. It’ll become the first craft to orbit Jupiter since Galileo, which arrived in 1995 and spent eight years in orbit. It’ll fly within 2,900 miles (4,667 km) of the cloud tops of our solar system’s largest planet.

Juno, an unmanned spacecraft the size of a basketball court, launched on August 5, 2011.

You can follow the Juno mission on Facebook and Twitter. It’s about to get exciting!

Juno has 37 close approaches to Jupiter planned. But, according to NASA scientists, getting this close to Jupiter comes with a price – one that will be paid each time Juno’s orbit carries it close to the planet’s cloud cover. Scott Bolton, Juno principal investigator, said in a statement:

We are not looking for trouble. We are looking for data. Problem is, at Jupiter, looking for the kind of data Juno is looking for, you have to go in the kind of neighborhoods where you could find trouble pretty quick.

The source of the potential trouble is found inside Jupiter itself. According to the NASA statement:

Well below the planet’s cloud tops is a layer of hydrogen that is under such incredible pressure that it acts as an electrical conductor. Scientists believe that the combination of this metallic hydrogen along with Jupiter’s fast rotation – one day on Jupiter is only 10 hours long – generates a powerful magnetic field that surrounds the planet with electrons, protons and ions traveling at nearly the speed of light.

The endgame for any spacecraft that enters this doughnut-shaped field of high-energy particles is an encounter with the harshest radiation environment in the solar system.

Rick Nybakken is Juno’s project manager from NASA’s Jet Propulsion Laboratory in Pasadena, California. Nybakken said:

Over the life of the mission, Juno will be exposed to the equivalent of over 100 million dental X-rays. But, we are ready. We designed an orbit around Jupiter that minimizes exposure to Jupiter’s harsh radiation environment. This orbit allows us to survive long enough to obtain the tantalizing science data that we have traveled so far to get.

Juno’s orbit resembles a flattened oval. The spacecraft approaches Jupiter over its north pole and quickly drops to an altitude below the planet’s radiation belts as it moves toward Jupiter’s south pole. Each close flyby of the planet takes about the length of one Earth day.

Then Juno’s orbit will carry the spacecraft below the south pole and away from Jupiter, beyond the reach of harmful radiation.

Juno has special radiation-hardened electrical wiring and shielding surrounding its sensors, including a titanium vault that holds the flight computer and the electronic hearts of many of its science instruments. The vault will reduce Juno’s exposure to radiation by 800 times of that outside its walls. Without it, scientists say, Juno’s electronic brain would probably fry before the end of the very first flyby. But the vault’s 400 pounds of titanium can’t protect Juno forever in an extreme radiation environment like that on Jupiter. The quantity and energy of the high-energy particles is just too much.

Heidi Becker of JPL is Juno’s Radiation Monitoring Investigation lead. She said:

Over the course of the mission, the highest-energy electrons will penetrate the vault, creating a spray of secondary photons and particles. The constant bombardment will break the atomic bonds in Juno’s electronics.

Juno’s special orbit, however, allows the radiation dose and the degradation to accumulate slowly, hopefully allowing Juno to accomplish 20 months-worth of science.

During Juno’s flybys, the spacecraft will probe beneath the gas giant’s cloud cover and study its auroras. The Juno mission’s aim is to learn more about Jupiter’s origins, structure, atmosphere and magnetosphere.

Read more from NASA

Enjoying EarthSky? Sign up for our free daily newsletter today!

Bottom line: On July 4, 2016, NASA’s solar-powered Juno spacecraft will enter orbit around Jupiter and fly within 2,900 miles (4,667 km) of the cloud tops of our solar system’s largest planet.



from EarthSky http://ift.tt/28KnYbg

A Call to Action to Reduce Food Loss and Waste

By Mathy Stanislaus

Last November I co-hosted the Food Recovery Summit, bringing businesses, non-profits, governments, and community groups together in Charleston, South Carolina to reduce the problem of wasted food. There are successful efforts underway across the country that tackle wasted food – saving money, feeding the hungry, and acting on climate change.

Mathy CharlestonEPA and the US Department of Agriculture announced an ambitious national goal of reducing food loss and waste by 50 percent by 2030. To reach our goal, we will need to harness and amplify these best practices and creative thinking. This effort is a triple win for the environment, economy, and social well-being of those who are the least fortunate among us.

Large piles of food in a field with a stack of boxes next to them.We worked with numerous stakeholders to gather some of the best thinking into a resulting summary we are releasing today: U.S. 2030 Food Loss and Waste Reduction Goal: A Call to Action by Stakeholders. This Call to Action records the demonstrated practices of leaders throughout the food industry, divided into the categories of production, manufacturing, retail, consumers, recovery and regulators. As its name suggests, this summary is a call to action, calling the leaders of these sectors to take the best practices, innovative ideas, and key strategies within it and, not only put them to use locally, but to scale up their efforts nationwide.

This Call to Action contains key focus areas, opportunities, demonstrated practices and suggested actions identified by experts in the private and public sector. Just a few of the innovative practices inside A Call to Action include:

  • farmers starting ugly produce markets and offering gleaning opportunities
  • manufacturers using technology to make food storage easier and reduce spoilage
  • retailers establishing new networks to bring excess catered or unsold food to those who need it most
  • communities setting up composting programs to keep food out of landfills
  • advocacy groups and faith-based organizations creating recipe books, volunteer opportunities, tips and apps for consumers
  • universities educating students through strategies like starting tray-less dining, offering taste tests and sharing the results of their waste audits.

Everyone has a part to play to help us reach our goal, from families to the largest food producers. The Call to Action is a first step towards creating a pathway to get us there.

To check out the U.S. 2030 Food Loss and Waste Reduction Goal: A Call to Action by Stakeholders, visit: http://ift.tt/298ginS

For more on food recovery visit: http://ift.tt/1IgsyJu

To learn how your organization can track food inventories and set food waste prevention goals, visit http://ift.tt/1Paejb0



from The EPA Blog http://ift.tt/298fwra

By Mathy Stanislaus

Last November I co-hosted the Food Recovery Summit, bringing businesses, non-profits, governments, and community groups together in Charleston, South Carolina to reduce the problem of wasted food. There are successful efforts underway across the country that tackle wasted food – saving money, feeding the hungry, and acting on climate change.

Mathy CharlestonEPA and the US Department of Agriculture announced an ambitious national goal of reducing food loss and waste by 50 percent by 2030. To reach our goal, we will need to harness and amplify these best practices and creative thinking. This effort is a triple win for the environment, economy, and social well-being of those who are the least fortunate among us.

Large piles of food in a field with a stack of boxes next to them.We worked with numerous stakeholders to gather some of the best thinking into a resulting summary we are releasing today: U.S. 2030 Food Loss and Waste Reduction Goal: A Call to Action by Stakeholders. This Call to Action records the demonstrated practices of leaders throughout the food industry, divided into the categories of production, manufacturing, retail, consumers, recovery and regulators. As its name suggests, this summary is a call to action, calling the leaders of these sectors to take the best practices, innovative ideas, and key strategies within it and, not only put them to use locally, but to scale up their efforts nationwide.

This Call to Action contains key focus areas, opportunities, demonstrated practices and suggested actions identified by experts in the private and public sector. Just a few of the innovative practices inside A Call to Action include:

  • farmers starting ugly produce markets and offering gleaning opportunities
  • manufacturers using technology to make food storage easier and reduce spoilage
  • retailers establishing new networks to bring excess catered or unsold food to those who need it most
  • communities setting up composting programs to keep food out of landfills
  • advocacy groups and faith-based organizations creating recipe books, volunteer opportunities, tips and apps for consumers
  • universities educating students through strategies like starting tray-less dining, offering taste tests and sharing the results of their waste audits.

Everyone has a part to play to help us reach our goal, from families to the largest food producers. The Call to Action is a first step towards creating a pathway to get us there.

To check out the U.S. 2030 Food Loss and Waste Reduction Goal: A Call to Action by Stakeholders, visit: http://ift.tt/298ginS

For more on food recovery visit: http://ift.tt/1IgsyJu

To learn how your organization can track food inventories and set food waste prevention goals, visit http://ift.tt/1Paejb0



from The EPA Blog http://ift.tt/298fwra

#RightNow diary: from drug discovery to busking for science

Bernard and the Loose Change Buskers

For the next three weeks, we’re partnering with Absolute Radio and Magic to share the stories of those living with cancer or researching the disease right now. Garry, a radio producer, is travelling the country for us, and he will be sharing what he finds in a weekly blog diary. Read about his first week of visits to Liverpool, London and Manchester below.

Garry_RightNow

Garry

With a half-remembered module of ‘medical physics’ in my A-levels, and a summer of digitising medical records for a GP’s surgery while at university, my medical education is slim to say the least. I have an idea that there is more to cancer than seeing it as ‘The Big C’, and that there is more to it than finding a single ‘cure for cancer’. But I don’t really understand the hows or whys.

So I began my three weeks travelling round the country for Cancer Research UK hoping it would be an education for me, as well as for people listening to the interviews that I would produce.

My first stop was in Liverpool to meet Justine, a keen runner, who has made a successful recovery after being diagnosed with malignant melanoma, the most serious form of skin cancer, in 2006.

She spoke very candidly about how living with cancer affected her life, especially her difficulty in accepting the diagnosis. She told me: “It was a poignant moment when I looked in the mirror and thought… where’s my hair? That was the day it hit home that I was really, really ill.”

It was heartening to hear from Justine about how she’s using her experience to help others in the same position, which was also helping her to move on from her ordeal. It has also given her a fresh outlook on life, setting herself daily goals and making plans for the future.

Listen to Justine talking about her experience:

Next, I met Dr Pawan Randev who, as well as being a GP, trains other doctors and medical professionals across London.

Dr Pawan Randev

Dr Pawan Randev

He told me about how hard he works keeping the people he trains up to date with the latest research, and giving advice on how to help patients cope with a cancer diagnosis and treatment.

Pawan spoke about how he keeps up to date with the latest guidance and advice, particularly with how to talk to patients about their fears and worries. He’s also taking part in an online ‘Talking About Cancer’ course, run by Cancer Research UK, to help him be even better with patients.

This was something that struck me about him – it was more than just learning what he needed to know about cancer, but constantly striving to be better, to understand more – not just about the disease itself, but how it affects patients and their families.

Listen to Pawan discussing his work:

I then moved on to Manchester, visiting the Cancer Research UK Manchester Institute and the Manchester Cancer Research Centre – which is a joint venture between Cancer Research UK, the University of Manchester and the Christie Hospital.

Dr Allan Jordan

Dr Allan Jordan

At the Drug Discovery Unit, I met Dr Allan Jordan who reminded me of the personal connection to cancer that drives many of the researchers.

His grandmother died of cancer just a few days before he was born, and he wants to help others survive cancer so that they can be there for those important life events – like the birth of a grandchild, or your child’s wedding.

Allan spoke passionately about the work his team is doing to tackle lung cancer.

This is a disease where survival figures have remained stubbornly low. But Allan was confident that the drug discovery work they are investing in right now could lead to new treatments for the patients who so desperately need them.

Listen to Allan talking about his lung cancer research:

The need for new treatments was brought home to me by Clare Dickinson, a research nurse, who had just come back from a clinic where she revealed some positive test results to a patient who’d been taking part in a clinical trial.

Clare Dickinson

Clare Dickinson

Clare was able to give the great news that the patient could now look forward to her daughter’s wedding, including things like buying her outfit.

The improvements to treatments that are helping Clare’s patients are made possible by the hard work of people like Allan and his team.

They are creating and testing potential new drugs, and using the institute’s close proximity to the Christie hospital to help get those experimental drugs to patients as quickly as they can.

Listen to Clare talking about her experiences:

But none of that would be possible without the efforts of the fundraisers who I saw working tirelessly to raise money for Cancer Research UK.

And it’s not just a one-way process. The researchers are also incredibly keen that the fundraisers get to see what’s going on and what their hard work is achieving. As Clare says: “They get inspired  by coming in to see what a difference their fundraising makes locally for our patients.”

Bernard busking in the park

Bernard busking in the park

In Didsbury Park, just round the corner from the institute, I met Bernard, who a few years ago formed Loose Change Buskers – a collective of musicians who travel round the North West of England raising money (or filling the bucket as he put it) for Cancer Research UK. To date they’ve raised around £250,000, which I thought was phenomenal.

Again, cancer is personal to them. In the last few years they’ve lost two members to cancer and at the moment another is ill.

So while busking in different areas is a great group activity for them, they know the value of what they do. And they have first-hand experience of why they need to help the fight against cancer.

As they’re collecting money for Cancer Research UK, they are representing the work that people like Allan and Clare do, and those making donations are able to share their experiences too. As Bernard says: “We’re at the coalface, because we’re hearing the stories first-hand.”

And this weekend they’re splitting the group into two, to try and fill even more buckets for Cancer Research UK.

Listen to Bernard talking about his fundraising:

Even though I’ve only just finished my first week of speaking to people for Cancer Research UK, I feel I’m already starting to build up a picture of where we’re at in the fight against cancer. Rather than thinking of it as one big picture, it appears to be more of a jigsaw, and the efforts of researchers, nurses, doctors and fundraisers are all adding more and more pieces to that puzzle right now.

Next week I’ll be travelling to Leeds, Belfast, Portsmouth, Chorley and Birmingham, so follow my progress on Absolute Radio and Magic, and hear more from the individuals who are helping us to beat cancer.

Garry



from Cancer Research UK – Science blog http://ift.tt/29bejPt
Bernard and the Loose Change Buskers

For the next three weeks, we’re partnering with Absolute Radio and Magic to share the stories of those living with cancer or researching the disease right now. Garry, a radio producer, is travelling the country for us, and he will be sharing what he finds in a weekly blog diary. Read about his first week of visits to Liverpool, London and Manchester below.

Garry_RightNow

Garry

With a half-remembered module of ‘medical physics’ in my A-levels, and a summer of digitising medical records for a GP’s surgery while at university, my medical education is slim to say the least. I have an idea that there is more to cancer than seeing it as ‘The Big C’, and that there is more to it than finding a single ‘cure for cancer’. But I don’t really understand the hows or whys.

So I began my three weeks travelling round the country for Cancer Research UK hoping it would be an education for me, as well as for people listening to the interviews that I would produce.

My first stop was in Liverpool to meet Justine, a keen runner, who has made a successful recovery after being diagnosed with malignant melanoma, the most serious form of skin cancer, in 2006.

She spoke very candidly about how living with cancer affected her life, especially her difficulty in accepting the diagnosis. She told me: “It was a poignant moment when I looked in the mirror and thought… where’s my hair? That was the day it hit home that I was really, really ill.”

It was heartening to hear from Justine about how she’s using her experience to help others in the same position, which was also helping her to move on from her ordeal. It has also given her a fresh outlook on life, setting herself daily goals and making plans for the future.

Listen to Justine talking about her experience:

Next, I met Dr Pawan Randev who, as well as being a GP, trains other doctors and medical professionals across London.

Dr Pawan Randev

Dr Pawan Randev

He told me about how hard he works keeping the people he trains up to date with the latest research, and giving advice on how to help patients cope with a cancer diagnosis and treatment.

Pawan spoke about how he keeps up to date with the latest guidance and advice, particularly with how to talk to patients about their fears and worries. He’s also taking part in an online ‘Talking About Cancer’ course, run by Cancer Research UK, to help him be even better with patients.

This was something that struck me about him – it was more than just learning what he needed to know about cancer, but constantly striving to be better, to understand more – not just about the disease itself, but how it affects patients and their families.

Listen to Pawan discussing his work:

I then moved on to Manchester, visiting the Cancer Research UK Manchester Institute and the Manchester Cancer Research Centre – which is a joint venture between Cancer Research UK, the University of Manchester and the Christie Hospital.

Dr Allan Jordan

Dr Allan Jordan

At the Drug Discovery Unit, I met Dr Allan Jordan who reminded me of the personal connection to cancer that drives many of the researchers.

His grandmother died of cancer just a few days before he was born, and he wants to help others survive cancer so that they can be there for those important life events – like the birth of a grandchild, or your child’s wedding.

Allan spoke passionately about the work his team is doing to tackle lung cancer.

This is a disease where survival figures have remained stubbornly low. But Allan was confident that the drug discovery work they are investing in right now could lead to new treatments for the patients who so desperately need them.

Listen to Allan talking about his lung cancer research:

The need for new treatments was brought home to me by Clare Dickinson, a research nurse, who had just come back from a clinic where she revealed some positive test results to a patient who’d been taking part in a clinical trial.

Clare Dickinson

Clare Dickinson

Clare was able to give the great news that the patient could now look forward to her daughter’s wedding, including things like buying her outfit.

The improvements to treatments that are helping Clare’s patients are made possible by the hard work of people like Allan and his team.

They are creating and testing potential new drugs, and using the institute’s close proximity to the Christie hospital to help get those experimental drugs to patients as quickly as they can.

Listen to Clare talking about her experiences:

But none of that would be possible without the efforts of the fundraisers who I saw working tirelessly to raise money for Cancer Research UK.

And it’s not just a one-way process. The researchers are also incredibly keen that the fundraisers get to see what’s going on and what their hard work is achieving. As Clare says: “They get inspired  by coming in to see what a difference their fundraising makes locally for our patients.”

Bernard busking in the park

Bernard busking in the park

In Didsbury Park, just round the corner from the institute, I met Bernard, who a few years ago formed Loose Change Buskers – a collective of musicians who travel round the North West of England raising money (or filling the bucket as he put it) for Cancer Research UK. To date they’ve raised around £250,000, which I thought was phenomenal.

Again, cancer is personal to them. In the last few years they’ve lost two members to cancer and at the moment another is ill.

So while busking in different areas is a great group activity for them, they know the value of what they do. And they have first-hand experience of why they need to help the fight against cancer.

As they’re collecting money for Cancer Research UK, they are representing the work that people like Allan and Clare do, and those making donations are able to share their experiences too. As Bernard says: “We’re at the coalface, because we’re hearing the stories first-hand.”

And this weekend they’re splitting the group into two, to try and fill even more buckets for Cancer Research UK.

Listen to Bernard talking about his fundraising:

Even though I’ve only just finished my first week of speaking to people for Cancer Research UK, I feel I’m already starting to build up a picture of where we’re at in the fight against cancer. Rather than thinking of it as one big picture, it appears to be more of a jigsaw, and the efforts of researchers, nurses, doctors and fundraisers are all adding more and more pieces to that puzzle right now.

Next week I’ll be travelling to Leeds, Belfast, Portsmouth, Chorley and Birmingham, so follow my progress on Absolute Radio and Magic, and hear more from the individuals who are helping us to beat cancer.

Garry



from Cancer Research UK – Science blog http://ift.tt/29bejPt

This Week in EPA Science

By Kacey Fitzpatrickresearch_recap_GI_shark

Need a break from Shark Week? Check out the latest in EPA science.

Goats Help EPA Protect Pollinators
EPA’s research facility in Narragansett, Rhode Island recently enlisted the help of a highly skilled landscaping team to create more pollinator-friendly habitat on the premises: a herd of goats! Learn more about ‘goatscaping’ in the blog It’s a Lawn Mower! It’s a Weed Whacker! No…it’s a Herd of Goats!

EPA Researchers at Work
Meet EPA Researcher Richard Judson! Dr. Judson develops computer models and databases to help predict toxicological effects of environmental chemicals at EPA’s National Center for Computational Toxicology. Read more about his research in this Researchers at Work profile. And meet more of our scientists on our Researchers at Work page.

EPA’s Net Zero Program
Researchers with EPA’s Net Zero Program are working with the U.S. Army, U.S. Army Corps of Engineers, Kansas Unified School District 475, and others to test and demonstrate green infrastructure technology, such as permeable pavement, at Fort Riley in Kansas. Read more about the program in the Science Matters article Leaving the Gray Behind.

Toxic Substances Control Act
Last Wednesday, President Obama signed a bill to reform the Toxic Substances Control Act (TSCA), the first update to any environmental statute in 20 years. Read EPA Administrator Gina McCarthy’s blog, and the President’s remarks at the signing, during which he mentioned research being done on zebrafish.

White House Impact Report on Science, Technology, and Innovation
Last week the White House issued a list of 100 examples of leadership in building U.S. capacity in science, technology, and innovation. Some of EPA’s work was highlighted—our use of challenges and incentives,  citizen science and crowdsourcing efforts, the Wildfire Science and Technology Task Force Final Report, and the Harmful Algal Blooms and Hypoxia Comprehensive Research Plan.

Shout Out to EPA’s Small Business Innovation Research Program
Before Ecovative became a leading biomaterials company, they were just two recent college graduates with a big idea—to use mushrooms to grow an environmentally-friendly and sustainable replacement for Styrofoam. Early in their business, they were awarded with one of EPA’s Small Business Innovation Research Program contracts. Gavin McIntyre, co-founder and Chief Scientist at Ecovative Design, recently wrote the letter thanking all their supporters along the way. Read the letter: Investing in the Growth of our Collective Future.

Green Infrastructure Research
EPA has been helping the city of Philadelphia advance innovative urban stormwater control. Researchers with EPA’s Science to Achieve Results program are working with the Philadelphia Water Department to place sensors in the city’s rain gardens, tree trenches, and other green infrastructure sites to monitor and measure soil and water changes. The Philadelphia Inquirer recently highlighted the research in the article Philadelphia Keeps Stormwater out of Sewers to Protect Rivers.

About the Author: Kacey Fitzpatrick is a writer working with the science communication team in EPA’s Office of Research and Development. She is a regular contributor to It All Starts with Science and the founding writer of “The Research Recap.”



from The EPA Blog http://ift.tt/29jgHos

By Kacey Fitzpatrickresearch_recap_GI_shark

Need a break from Shark Week? Check out the latest in EPA science.

Goats Help EPA Protect Pollinators
EPA’s research facility in Narragansett, Rhode Island recently enlisted the help of a highly skilled landscaping team to create more pollinator-friendly habitat on the premises: a herd of goats! Learn more about ‘goatscaping’ in the blog It’s a Lawn Mower! It’s a Weed Whacker! No…it’s a Herd of Goats!

EPA Researchers at Work
Meet EPA Researcher Richard Judson! Dr. Judson develops computer models and databases to help predict toxicological effects of environmental chemicals at EPA’s National Center for Computational Toxicology. Read more about his research in this Researchers at Work profile. And meet more of our scientists on our Researchers at Work page.

EPA’s Net Zero Program
Researchers with EPA’s Net Zero Program are working with the U.S. Army, U.S. Army Corps of Engineers, Kansas Unified School District 475, and others to test and demonstrate green infrastructure technology, such as permeable pavement, at Fort Riley in Kansas. Read more about the program in the Science Matters article Leaving the Gray Behind.

Toxic Substances Control Act
Last Wednesday, President Obama signed a bill to reform the Toxic Substances Control Act (TSCA), the first update to any environmental statute in 20 years. Read EPA Administrator Gina McCarthy’s blog, and the President’s remarks at the signing, during which he mentioned research being done on zebrafish.

White House Impact Report on Science, Technology, and Innovation
Last week the White House issued a list of 100 examples of leadership in building U.S. capacity in science, technology, and innovation. Some of EPA’s work was highlighted—our use of challenges and incentives,  citizen science and crowdsourcing efforts, the Wildfire Science and Technology Task Force Final Report, and the Harmful Algal Blooms and Hypoxia Comprehensive Research Plan.

Shout Out to EPA’s Small Business Innovation Research Program
Before Ecovative became a leading biomaterials company, they were just two recent college graduates with a big idea—to use mushrooms to grow an environmentally-friendly and sustainable replacement for Styrofoam. Early in their business, they were awarded with one of EPA’s Small Business Innovation Research Program contracts. Gavin McIntyre, co-founder and Chief Scientist at Ecovative Design, recently wrote the letter thanking all their supporters along the way. Read the letter: Investing in the Growth of our Collective Future.

Green Infrastructure Research
EPA has been helping the city of Philadelphia advance innovative urban stormwater control. Researchers with EPA’s Science to Achieve Results program are working with the Philadelphia Water Department to place sensors in the city’s rain gardens, tree trenches, and other green infrastructure sites to monitor and measure soil and water changes. The Philadelphia Inquirer recently highlighted the research in the article Philadelphia Keeps Stormwater out of Sewers to Protect Rivers.

About the Author: Kacey Fitzpatrick is a writer working with the science communication team in EPA’s Office of Research and Development. She is a regular contributor to It All Starts with Science and the founding writer of “The Research Recap.”



from The EPA Blog http://ift.tt/29jgHos

Astronomy festivals, star parties, workshops

Jim Elliott of Powell, Ohio, contributed this photo. He wrote:

Jim Elliott of Powell, Ohio, contributed this photo. He wrote: “The moon over Jupiter over Columbus, Ohio, at the OSU planetarium star party. April 16, 2016.”

Interested in astronomy, but not sure where to begin? A first step can be to seek out your local astronomy club. It consists of a roomful of willing and able amateur astronomers, whose telescopes may offer your first glimpse of the cosmos. The Astronomical League, an umbrella organization of 240 amateur astronomy clubs and societies in the U.S.

The Astronomical League also helps us create and maintain the list of events on this page. Click here to visit the Astronomical League’s website.

Know of an event that’s not on the list below? Contact us.

Do you have a great photo of a star party in your area? Submit here.

Looking for an astronomy club in your area? Click here.

Special thanks also to the Royal Astronomical Society of Canada for help with this list.

Jump below the photo for a list of upcoming events! If no web link is given, it’s because the information for 2016 hasn’t been posted yet. Check back.

View larger. | Big Dipper on the horizon while getting set up at CST-25 (Astornomical Society of New Haven's 25th annual Connecticut Star Party) in Goshen, Connecticut. Photo by Kurt Zeppetello.

View larger. | Big Dipper on the horizon while getting set up at the Astronomical Society of New Haven‘s 25th annual Connecticut Star Party in Goshen, Connecticut, October 9-11, 2015. Photo by Kurt Zeppetello.

Max Corneau wrote

View larger. | Max Corneau wrote: “On May 6, 2016, approximately 30 members of the Texas Astronomical Society of Dallas enjoyed a new moon weekend evening at the club’s dark sky site in southeast Oklahoma. Now in its 61st year, TAS is one of the largest amateur astronomical societies in America with 625 members. The Bortle Class-3 skies at the club’s dark site are dark enough to enjoy every aspect of astronomy. I captured this 100-minute deep sky image of the Trifid Nebula after staying up all night …”

Upcoming astronomy events …

June 29-July 4, 2016
Rocky Mountain Star Stare
Colorado Springs Astronomical Society
Gardner, Colorado
http://www.rmss.org/

June 29 or 30, 2016
Night Sky Maine Photography Workshop
Pemaquid Point Lighthouse, Maine
Taylor Photography

June 29–July 3
Golden State Star Party
Frosty Acres Ranch, Adin, California
http://ift.tt/1nEJl2t

July 6 – 7, 2016
Night Sky Maine Photography/Processing Workshop
Marshall Point Lighthouse, Port Clyde, Maine
Taylor Photography

July 6–9
Green Bank Star Quest 13
National Radio Astronomy Observatory, Green
Bank, West Virginia
http://ift.tt/1UuLo8w

July 8-10, 2016
Star-B-Q, Eccles Ranch, Alberta, and other 2016 star parties in western Canada
http://ift.tt/1WnMXDJ

July 8–10
Connecticut River Valley Astronomers
Conjunction
Northfield Mountain Recreation and Environmental
Center, Massachusetts
http://ift.tt/1XwZKXJ

July 14-15
Native Skywatchers – Educator & Community 2-day Workshop
St. Paul, Minnesota
http://ift.tt/1XwZJTB

July 24-30, 2016
Maine Astronomy Retreat
Washington, Maine
http://ift.tt/1Klyrf4

July 27 – 30, 2016
Night Sky Maine Photography/Processing Workshop w/ 3 Instructors
Acadia National Park, Maine
Taylor Photography/Acadia 3 Instructor

July 27-31, 2016
York County Star Party
Shreveport Airport North
Wellsville, Pennsylvania (near Philadelphia, Baltimore, Washington DC)
http://ift.tt/1lpzzCt

July 30 – August 7, 2016
Mount Kobau Star Party
Osoyoos, British Columbia, Canada
http://ift.tt/1WnMXDL

July 31–August 5
Nebraska Star Party
Merritt Reservoir, Valentine, Nebraska
http://ift.tt/1QHaqvm

August 2–6
Table Mountain Star Party
Eden Valley Ranch
Oroville, Washington
www.tmspa.com

August 2–7
Oregon Star Party
Trail Spring, Ochoco National Forest, Oregon
http://ift.tt/1UuLmhc

August 3 – 6, 2016
Night Sky NH Photography/Processing Workshop w/ 2 Instructors
Pittsburg, NH
Taylor Photography

August 3–7
Indiana Family Star Party
Camp Cullom, Frankfort, Indiana
http://ift.tt/1XwZB6v

August 3-7, 2016
Saskatchewan Summer Star Party
Cypress Hills, Saskatchewan, Canada
http://ift.tt/1WnMVM7

August 4–6
Julian Starfest
Menghini Winery, Julian, California
http://ift.tt/1bifpjK

August 4-7
Starfest
Mount Forest, Ontario, Canada
Starfest 2016

August 4-7
Stellafane
Springfield, Vermont
http://ift.tt/1WnMXDS

August 5-7
Dark Sky Festival
Sequoia and Kings Canyon National Parks, CA
http://ift.tt/29h1PWa

August 5-7
Kejimkujik Dark Sky Weekend
Caledonia, Nova Scotia, Canada
http://ift.tt/1R6kDkV

August 5-7
Butterpot Star Party
St. John’s, Newfoundland
http://ift.tt/1XwZDeO

August 5–7
Northwoods Starfest
Hobbs Observatory, Beaver Creek Reserve,
Wisconsin
www.cvastro.org

August 10–13
ALCon in Washington, D.C.
Northern Virginia Astronomy Club
Hilton Hotel, Arlington, Virginia
www.astroleague.org
alcon2016.astroleague.org

August 12-14
Dark Sky Festival
Siskiyou Mountains in northern California, southern Oregon
weirdmountain.org

August 26–27
Maine State Star Party
Cobscook Bay State Park, Edmunds, Maine
http://ift.tt/1XwZUOC

August 26-28, 2016
Nova East
Smileys Provincial Park
Nova Scotia, Canada
halifax.rasc.ca/ne

August 26-28
Alberta Star Party
Starland, Alberta, Canada
calgary.rasc.ca

August 31–September 3
Northern Nights Star Fest
Long Lake Conservation Center, Minnesota
www.mnastro.org/NNSF

August 31–September 5
Brothers Star Party for Oregon Observatory
Brothers, Oregon
www.mbsp.org

September 1–5
Iowa Star Party
Whiterock Conservancy’s Whiterock Resort,
Coon Rapids, Iowa
http://ift.tt/1XwZIit

September 2–4
Black Forest Star Party
Cherry Springs State Park, Pennsylvania
www.bfsp.org

September 2–6
Almost Heaven Star Party
Spruce Knob, West Virginia
www.ahsp.org

Sept 22-24
Flagstaff Star Party
Buffalo Park,Flagstaff, Arizona
http://ift.tt/297EHpa

September 22–25
Dark Sky Astrophotography Exchange 2016
Tupper Lake, New York
apobservatory.org

September 22–25
Acadia Night Sky Festival
Acadia National Park, Bar Harbor, Maine
http://ift.tt/1iqr4SS

September 24 – October 2, 2016
33rd Annual Okie-Tex Star Party
Camp Billie Joe, Kenton, Oklahoma
www.okie-tex.com

September 27 – October 2, 2016
Northern Prairie Star Party
Tofield, Alberta, Canada
Presented by the RASC Edmonton Centre

September 29–October 2
Great Lakes Star Gaze
River Valley RV Park, Gladwin, Michigan
http://ift.tt/1IwNmuK

September 29–October 2
Heart of America Star Party
Astronomical Society of Kansas City
Overland Park, Kansas
http://ift.tt/1R6kpKr

September 29–October 2
Hidden Hollow Star Party
Mansfield, Ohio
www.wro.org

September 30–October 1
Idaho Star Party
Bruneau Dunes State Park, Idaho
www.boiseastro.org

February 20 – 26, 2017
Winter Star Party
Florida Keys
www.scas.org

June 22-25, 2017
Cherry Springs Star Party
Coudersport, Pennsylvania
http://ift.tt/1Klyrf2

Tentatively sheduled for June 22-25, 2017
Wisconsin Observers’ Weekend
Hartman Creek State Park just west of Waupaca, Wisconsin
http://ift.tt/1QHaqve

Here's the Texas Star Party in 2009, one of the biggest such events of the year, drawing about 500 deep-sky enthusiasts and their telescopes to the Davis Mountains of West Texas. Image via Todd Hargis / Ron Ronhaar. Used with permission.

Texas Star Party, one of the biggest public astronomy events of each year, drawing about 500 deep-sky enthusiasts and their telescopes to the Davis Mountains of West Texas. Image used with permission, via Todd Hargis and Ron Ronhaar.

Bottom line: List of astronomy and night sky events for the public, for 2015 and 2016, compiled in cooperation with the awesome Astronomical League. Join in, and have fun!



from EarthSky http://ift.tt/1UhrUpV
Jim Elliott of Powell, Ohio, contributed this photo. He wrote:

Jim Elliott of Powell, Ohio, contributed this photo. He wrote: “The moon over Jupiter over Columbus, Ohio, at the OSU planetarium star party. April 16, 2016.”

Interested in astronomy, but not sure where to begin? A first step can be to seek out your local astronomy club. It consists of a roomful of willing and able amateur astronomers, whose telescopes may offer your first glimpse of the cosmos. The Astronomical League, an umbrella organization of 240 amateur astronomy clubs and societies in the U.S.

The Astronomical League also helps us create and maintain the list of events on this page. Click here to visit the Astronomical League’s website.

Know of an event that’s not on the list below? Contact us.

Do you have a great photo of a star party in your area? Submit here.

Looking for an astronomy club in your area? Click here.

Special thanks also to the Royal Astronomical Society of Canada for help with this list.

Jump below the photo for a list of upcoming events! If no web link is given, it’s because the information for 2016 hasn’t been posted yet. Check back.

View larger. | Big Dipper on the horizon while getting set up at CST-25 (Astornomical Society of New Haven's 25th annual Connecticut Star Party) in Goshen, Connecticut. Photo by Kurt Zeppetello.

View larger. | Big Dipper on the horizon while getting set up at the Astronomical Society of New Haven‘s 25th annual Connecticut Star Party in Goshen, Connecticut, October 9-11, 2015. Photo by Kurt Zeppetello.

Max Corneau wrote

View larger. | Max Corneau wrote: “On May 6, 2016, approximately 30 members of the Texas Astronomical Society of Dallas enjoyed a new moon weekend evening at the club’s dark sky site in southeast Oklahoma. Now in its 61st year, TAS is one of the largest amateur astronomical societies in America with 625 members. The Bortle Class-3 skies at the club’s dark site are dark enough to enjoy every aspect of astronomy. I captured this 100-minute deep sky image of the Trifid Nebula after staying up all night …”

Upcoming astronomy events …

June 29-July 4, 2016
Rocky Mountain Star Stare
Colorado Springs Astronomical Society
Gardner, Colorado
http://www.rmss.org/

June 29 or 30, 2016
Night Sky Maine Photography Workshop
Pemaquid Point Lighthouse, Maine
Taylor Photography

June 29–July 3
Golden State Star Party
Frosty Acres Ranch, Adin, California
http://ift.tt/1nEJl2t

July 6 – 7, 2016
Night Sky Maine Photography/Processing Workshop
Marshall Point Lighthouse, Port Clyde, Maine
Taylor Photography

July 6–9
Green Bank Star Quest 13
National Radio Astronomy Observatory, Green
Bank, West Virginia
http://ift.tt/1UuLo8w

July 8-10, 2016
Star-B-Q, Eccles Ranch, Alberta, and other 2016 star parties in western Canada
http://ift.tt/1WnMXDJ

July 8–10
Connecticut River Valley Astronomers
Conjunction
Northfield Mountain Recreation and Environmental
Center, Massachusetts
http://ift.tt/1XwZKXJ

July 14-15
Native Skywatchers – Educator & Community 2-day Workshop
St. Paul, Minnesota
http://ift.tt/1XwZJTB

July 24-30, 2016
Maine Astronomy Retreat
Washington, Maine
http://ift.tt/1Klyrf4

July 27 – 30, 2016
Night Sky Maine Photography/Processing Workshop w/ 3 Instructors
Acadia National Park, Maine
Taylor Photography/Acadia 3 Instructor

July 27-31, 2016
York County Star Party
Shreveport Airport North
Wellsville, Pennsylvania (near Philadelphia, Baltimore, Washington DC)
http://ift.tt/1lpzzCt

July 30 – August 7, 2016
Mount Kobau Star Party
Osoyoos, British Columbia, Canada
http://ift.tt/1WnMXDL

July 31–August 5
Nebraska Star Party
Merritt Reservoir, Valentine, Nebraska
http://ift.tt/1QHaqvm

August 2–6
Table Mountain Star Party
Eden Valley Ranch
Oroville, Washington
www.tmspa.com

August 2–7
Oregon Star Party
Trail Spring, Ochoco National Forest, Oregon
http://ift.tt/1UuLmhc

August 3 – 6, 2016
Night Sky NH Photography/Processing Workshop w/ 2 Instructors
Pittsburg, NH
Taylor Photography

August 3–7
Indiana Family Star Party
Camp Cullom, Frankfort, Indiana
http://ift.tt/1XwZB6v

August 3-7, 2016
Saskatchewan Summer Star Party
Cypress Hills, Saskatchewan, Canada
http://ift.tt/1WnMVM7

August 4–6
Julian Starfest
Menghini Winery, Julian, California
http://ift.tt/1bifpjK

August 4-7
Starfest
Mount Forest, Ontario, Canada
Starfest 2016

August 4-7
Stellafane
Springfield, Vermont
http://ift.tt/1WnMXDS

August 5-7
Dark Sky Festival
Sequoia and Kings Canyon National Parks, CA
http://ift.tt/29h1PWa

August 5-7
Kejimkujik Dark Sky Weekend
Caledonia, Nova Scotia, Canada
http://ift.tt/1R6kDkV

August 5-7
Butterpot Star Party
St. John’s, Newfoundland
http://ift.tt/1XwZDeO

August 5–7
Northwoods Starfest
Hobbs Observatory, Beaver Creek Reserve,
Wisconsin
www.cvastro.org

August 10–13
ALCon in Washington, D.C.
Northern Virginia Astronomy Club
Hilton Hotel, Arlington, Virginia
www.astroleague.org
alcon2016.astroleague.org

August 12-14
Dark Sky Festival
Siskiyou Mountains in northern California, southern Oregon
weirdmountain.org

August 26–27
Maine State Star Party
Cobscook Bay State Park, Edmunds, Maine
http://ift.tt/1XwZUOC

August 26-28, 2016
Nova East
Smileys Provincial Park
Nova Scotia, Canada
halifax.rasc.ca/ne

August 26-28
Alberta Star Party
Starland, Alberta, Canada
calgary.rasc.ca

August 31–September 3
Northern Nights Star Fest
Long Lake Conservation Center, Minnesota
www.mnastro.org/NNSF

August 31–September 5
Brothers Star Party for Oregon Observatory
Brothers, Oregon
www.mbsp.org

September 1–5
Iowa Star Party
Whiterock Conservancy’s Whiterock Resort,
Coon Rapids, Iowa
http://ift.tt/1XwZIit

September 2–4
Black Forest Star Party
Cherry Springs State Park, Pennsylvania
www.bfsp.org

September 2–6
Almost Heaven Star Party
Spruce Knob, West Virginia
www.ahsp.org

Sept 22-24
Flagstaff Star Party
Buffalo Park,Flagstaff, Arizona
http://ift.tt/297EHpa

September 22–25
Dark Sky Astrophotography Exchange 2016
Tupper Lake, New York
apobservatory.org

September 22–25
Acadia Night Sky Festival
Acadia National Park, Bar Harbor, Maine
http://ift.tt/1iqr4SS

September 24 – October 2, 2016
33rd Annual Okie-Tex Star Party
Camp Billie Joe, Kenton, Oklahoma
www.okie-tex.com

September 27 – October 2, 2016
Northern Prairie Star Party
Tofield, Alberta, Canada
Presented by the RASC Edmonton Centre

September 29–October 2
Great Lakes Star Gaze
River Valley RV Park, Gladwin, Michigan
http://ift.tt/1IwNmuK

September 29–October 2
Heart of America Star Party
Astronomical Society of Kansas City
Overland Park, Kansas
http://ift.tt/1R6kpKr

September 29–October 2
Hidden Hollow Star Party
Mansfield, Ohio
www.wro.org

September 30–October 1
Idaho Star Party
Bruneau Dunes State Park, Idaho
www.boiseastro.org

February 20 – 26, 2017
Winter Star Party
Florida Keys
www.scas.org

June 22-25, 2017
Cherry Springs Star Party
Coudersport, Pennsylvania
http://ift.tt/1Klyrf2

Tentatively sheduled for June 22-25, 2017
Wisconsin Observers’ Weekend
Hartman Creek State Park just west of Waupaca, Wisconsin
http://ift.tt/1QHaqve

Here's the Texas Star Party in 2009, one of the biggest such events of the year, drawing about 500 deep-sky enthusiasts and their telescopes to the Davis Mountains of West Texas. Image via Todd Hargis / Ron Ronhaar. Used with permission.

Texas Star Party, one of the biggest public astronomy events of each year, drawing about 500 deep-sky enthusiasts and their telescopes to the Davis Mountains of West Texas. Image used with permission, via Todd Hargis and Ron Ronhaar.

Bottom line: List of astronomy and night sky events for the public, for 2015 and 2016, compiled in cooperation with the awesome Astronomical League. Join in, and have fun!



from EarthSky http://ift.tt/1UhrUpV