In the Fall of
In the Fall of
In the Fall of
Nominate a hero in your life!
Deadline is Monday, July 9, 2018 at midnight (PST).
Paul Shin Award
Each year an individual or individuals will be selected to receive the Paul Shin Award in recognition of dedication to communicating science to the public, whether in person, in print or online, or a combination. Read the guidelines and nominate now!
Judy Scotchmoor Award
This award is intended to recognize someone within the organization who has contributed at an exceptional and inspiring level of effort toward COPUS’s success. The award will be made when appropriate and not necessarily annually. Read the guidelines and nominate now!
PRESS RELEASE FROM STANFORD UNIVERSITY
On Saturday May 12, 2018, from 10 am to 3 pm, Stanford University’s premier terrestrial outdoor research and teaching laboratory in the hills near Palo Alto—Jasper Ridge Biological Preserve—will be open to the public for discovery and exploration in one of California’s most diverse ecological settings. The last time a community open house took place was more than 10 years ago.
Formally established as a biological preserve by Stanford University in 1973 and a part of UNESCO’s Golden Gate Biosphere and the Santa Cruz Mountains Stewardship Network, the preserve is recognized internationally not only for the ecological, geological, and other kinds of research and teaching that have gone on there for more than a century, but also as a gem of nature hidden in the midst of Silicon Valley.
The purpose of this year’s open house is to help the surrounding communities and all who are interested learn about the preserve and the role it plays in Stanford’s mission and in regional and international nature conservation efforts. At this family-friendly event visitors of all ages will have the chance to interact with Stanford researchers and educators conducting work at Jasper Ridge, to take self-guided walks, and to visit exhibits that highlight both current and past research that has made the preserve world-renowned.
Among the special features of the preserve are its diverse vegetation, which include nearly every natural plant community found in west-central California. More than a thousand species of vascular plants, mosses, lichens and fungi have been recorded. Animal communities are no less impressive, with more than 280 vertebrate species (animals with backbones) that range from mountain lions at the largest to shrews at the smallest, plus an untold number of invertebrate animals—snails, worms, insects and so on—that are vital to healthy ecosystems.
This rich assemblage of plants and animals, combined with the remarkably diverse landscape that hosts them, provides an ideal natural laboratory in which to learn how nature works, which over the years has yielded—and continues to yield—important discoveries by researchers from Stanford and around the world. Currently about 60 different research projects are underway each year, some long-term, such as wildlife monitoring through a camera-trapping network that has been in place since 2009 and ant surveys that have been running more than two decades. Other studies play out over shorter time-spans (up to five years), such as determining how microbes affect subsurface soil processes, or how microscopic-size ecosystems evolve deep within sticky monkey-flowers. Educational use abounds, with more than 5000 people learning at the preserve each year, drawn from more than 20 courses at Stanford, from other colleges and high-schools in the area, and from the general public who during the academic year can reserve educational tours via the Jasper Ridge Biological Preserve website: https://jrbp.stanford.edu/visit.
The 1193 acres that now comprise the preserve have a rich historical legacy that will also be featured during the open house. Prior to the arrival of Spanish explorers, Muwekma Ohlone encampments and villages were numerous. After Spanish contact, ranching and timber operations eventually proliferated, and the town of Searsville grew only to be abandoned once Searsville Dam was completed in 1892.
Everyone is welcome to attend the family-friendly Jasper Ridge Biological Preserve Open House. The event is free, but a ticket is required, which can be obtained here: JRBP Open House Ticket. Please note that pets are not allowed and smoking is prohibited throughout the preserve, including outdoors.
Parking will only be available off-site at 2882 Sand Hill Road in Menlo Park, just east of the Sand Hill exit off of 280, about two miles from the preserve. Shuttle buses will run between the parking area and the preserve beginning at 9:30 a.m. Limited ADA parking will be available on-site at the preserve (located at 4001 Sand Hill Road, Woodside) by prior reservation, which can be made here: https://jrbp.stanford.edu/content/contact-us. Bicyclists will be able to park their bikes on-site at the preserve.
Further details about the event, including safety information, what to bring and what not to bring, can be found at: https://jrbp.stanford.edu/content/open-house-information.
By Krystin Ventura
COPUS member and Founder & Executive Director of SEM Link (Science, Engineering, and Mathematics Link, Inc.) Tokiwa Smith is an expert in science education and outreach. She’s been organizing SEM Link’s signature STEM Career Fair for over 10 years in Atlanta, Georgia, and is expanding SEM Link’s influence each year. Last weekend, SEM Link held their second annual STEM Career Fair in Washington, DC, where over 100 attendees from the community were able to engage with hands-on science exhibits and meet STEM professionals from a variety of fields.
Tokiwa was motivated to start organizing these career fairs as a way to address the lack of hands-on STEM activities in many communities. She believes that the best way to positively influence the next generation of scientists is to illustrate the diversity of career opportunities in STEM to K-12 students and their parents. She says, “I wanted to create a space for parents to be a part of the STEM Career Exploration process for their children by having an event that they can bring their kids to and engage in hands on STEM activities together.”
In addition, she ensures that students who attend a SEM Link event will be able to interact with a diverse ensemble of exhibitors and presenters. “As an African American woman, I want to make sure that kids that look like me are able to take advantage of these types of opportunities,” she says.
New for this year in DC, Tokiwa graciously invited the COPUS member network to join in and table at the event. Representatives from the SF Bay Area COPUS hub (Monica Albe, Krystin Ventura, Yennie Shyu, and Layla Chamberlin) were excited to participate and had a wonderful time meeting all the kids and their families that day and showing them a little bit about cell biology. They are looking forward to next year already!
In the future, SEM Link is hoping to see STEM career fairs expand to other communities in the nation. Tokiwa is the author of A Guide to Hosting STEM Events, a resource she recommends to anyone interested in coordinating a STEM outreach event.
To help SEM Link connect even more students to STEM career fairs, make a financial contribution to the “Donate Your Lunch Money” Individual Donor Campaign.
“Science is Awesome. That is all.” t-shirt design by COPUS member David Ng.
NOVA and PBS: Wild Ways
Watch for the segment about 30 minutes in to hear more about “one of the most wildlife friendly road projects in the world.”
COPUS is excited to see this project highlighted — we’ve loved it ever since Whisper presented on it at the 2015 Yellowstone COPUS Unconference!
By Keeley Takimoto
COPUS is proud to announce Russell Ledet as the winner of the 2016 Paul Shin Award recognizing “unsung heroes” who have demonstrated commitment and passion in work related to Science, Technology, Engineering and Math (STEM) education/outreach, STEM equity/inclusion, and/or scientific literacy.
Looking at Russell today, you see a seemingly tireless and impeccably competent science professional. A Ph.D. candidate at the New York University (NYU) School of Medicine working long hours in prostate cancer research, he also mentors and serves on the board of directors for Clear Direction, the STEM mentoring organization he co-founded along with Julia Derk. It would be easy to assume he has spent his whole life in the field. But as Russell notes, when it comes to successful scientists, “everybody sees the building, nobody sees the foundation”.
Traditionally, the foundation of a STEM career has been characterized as a “pipeline”: a linear pathway through academia that future scientists enter as kindergarteners and emerge from as fully-fledged post-docs. The reality is much less straightforward, as Russell can attest. He had little access to working scientists or high-level STEM institutions growing up, making it hard to connect his experience to theirs. Without a “clear direction” into science, he instead enlisted in the US Navy after high school. It was there that he got to exercise his love of reasoning and analysis by working in cryptology and computer science, and it was there that he had his breakthrough about working in STEM:
“If [kids] don’t see what it’s like to live in that space, you’re talking to deaf ears.”
Matching wits with an opponent during the 2017 COPUS Unconference Day of Service in Ixil
This idea was at the forefront of his development of Clear Direction Mentoring. Clear Direction works to help young people who, like Russell, don’t see an obvious path into the field. The program pairs PhD and MD/PhD students with high school juniors from underprivileged and underrepresented New York City boroughs with an expressed desire to study STEM. Clear Direction mentees explore diverse aspects of STEM in the real world, from attending lectures from experts on the financial, political, or industry aspects of STEM, to lunchtime discussions and experiments with other mentors and mentees.
The mentorship process seeks to “redefine mentorship” to create a relevant, personalized, and ultimately supportive program for each student. “For anyone to be a mentor,” Russell says, “they’ve got to believe that any kid could end up in their position one day…without [the mentee’s] viewpoint, how is our approach relevant?” Mentors are matched to students based on interest, and the experience can involve everything from hands-on lab work to advice on navigating high school during the two years of formal mentorship. Today, Clear Direction has 30 mentors working to inspire students in over 1,000 mentorship hours to date.
Russell presenting on Clear Direction at the 2017 COPUS Unconference
COPUS member Lance Powell, who served on the awards committee, states that the group was in complete agreement that Russell should receive the award. “We were impressed with the success he has had in reaching underrepresented high school aged youth in the sciences and matching them with mentors who they work with long term, and then following them to and through college,” says Lance, noting that the work Clear Direction does exemplifies the ideals of COPUS and Paul Shin. “As a result of his work, not only are more kids finding their passion in science, they are finding opportunities through science to improve their lives.”
Congratulations to Russell — COPUS thanks you for your tireless efforts in STEM and STEM outreach!
By Krystin Ventura
En español (thanks to Luis Abdala for the translation!)
What does a leaf look like under a microscope? How did an asteroid cause the extinction of the dinosaurs? How do bees make honey? The young science enthusiasts of Ixil, Yucatán can give you the answers!
On January 15, 2017, the Coalition for the Public Understanding of Science (COPUS) collaborated with the local non-profit, Proyecto Itzaes, to hold the very first science fair in the village of Ixil, Yucatán, Mexico. Proyecto Itzaes program coordinators, Jessica Cetz Dzib and Francisco Pech Cutz, were especially instrumental in orchestrating such a successful day. This event tied perfectly into Proyecto Itzaes’ mission to bring educational resources to rural Maya villages on the Yucatán peninsula, and to infuse the thrilling experience of discovery in these communities.
A diverse group of scientists and educators from Mexico, the United States, and Canada prepared interactive booths spanning chemistry, agroecology, mathematics, physics, and beyond, with the goal of inspiring a sense of scientific curiosity (see full list of science booths below). With hundreds of villagers in attendance — the majority of them children — it was a huge success: by the end of the day, several determined young Ixil engineers had even built a twenty-foot roller coaster out of paper towel rolls and masking tape.
Vital to the success of the event was the bidirectional communication of scientific and cultural learning, between scientists and educators, children and adults, and spanning four languages (Maya, Spanish, Salish, and English). Many of the hands-on activities had particular significance to the local economy and culture, thanks in large part to the involvement of scientists and educators from the region. Community members shared their knowledge of local plant species for use in traditional medicines and home remedies. A local beekeeper displayed one of his hives and shared his extensive knowledge of the trade, including the fact that the Melipona bees native to the area don’t sting! A lively dance festival, photography art show, choir performance from the local schoolchildren, and even a comedy act accompanied the science fair. Additionally, COPUS members brought in microscopes, art supplies, and science gadgets that were not only used for the science fair, but found a permanent home with Proyecto Itzaes for future events. Everyone came away with a greater appreciation for something — be it science, local culture, or the delight seen in a small child’s eye when they learn something new.
The idea for the Day of Service originated two years before at the COPUS Yellowstone Unconference. Members agreed that at future unconferences, we’d partner with nearby organizations to give back to the local community. Our first ever Day of Service in Ixil was an excellent start to this new tradition, and so much more than “giving back.” It was an opportunity for COPUS members to come away with new perspectives, fresh ideas, and a personal connection with a very special place. Just as exciting, this event drew in a new audience for Proyecto Itzaes, broadening awareness and support for their incredible work. And one thing we know for sure — the people of Ixil have some remarkable young minds and talented mentors that when given the opportunity, are powerful contributors in our scientific community.
Mathematics — Proyecto Itzaes volunteer Aldo Escobedo and Jessica Cetz Dzib
Chemistry — Proyecto Itzaes volunteer Emanuel Koyoc
Traditional Medicine – Ixil volunteer Luisa Tec
Robotics — Proyecto Itzaes volunteer Saul and Eric
Agroecology — Proyecto Itzaes volunteer Lucia Cen
Health — Proyecto Itzaes volunteer Edgar Pech and Carmen Cetz
Bees — Proyecto Itzaes volunteer
Chess — Proyecto Itzaes volunteers, and COPUS member Russell Ledet
Roller Coaster Engineering — COPUS members Luis Abdala, Tokiwa Smith, Tom McFadden
Microscopes (dissecting, slide, and foldscopes) — COPUS members Christopher Alvaro, Stu Koretz
Properties of Water — COPUS member Lance Powell and Austin Ayer
Beans of the Yucatán — COPUS members Jorge Carlos Berny Mier y Teran and Kimberly Gibson
Bats of the Yucatán — COPUS member Diana Moreno
Birds of the Yucatán — COPUS member Daniela Tarhuni
Evolution Card Game — COPUS member David Ng
Surface Tension — COPUS members Bill and Ruth Swaney
Asteroid Impacts — COPUS member Lisa White
Perception Shifting Goggles — COPUS members Maya Bialik and Stephanie Sasse
Presentation on mass extinction — COPUS members Rodolfo Dirzo and Guillermina Gomez
Architecture and Art (with kids blocks) — COPUS members Monae Verbeke and Diego Roman
Autor: Krystin Ventura
¿Cómo se ve una hoja debajo de un microscopio? ¿Cómo un asteroide pudo causar la extinción de los dinosaurios? ¿Cómo hacen miel las abejas? ¡Los jóvenes entusiastas de Ixil, Yucatán te pueden dar las respuestas a estas preguntas!
El 15 de enero de 2017, la Coalición para el Entendimiento Público de la Ciencia (COPUS, por sus siglas en inglés) colaboró con la organización no lucrativa, Proyecto Itzáes, para llevar a cabo la primera feria de la ciencia en la localidad de Ixil, Yucatán, México. Los coordinadores de programas de Proyecto Itzáes, Jessica Cetz Dzib y Francisco Pech Cutz, fueron claves en la organización de este exitoso día. El evento compaginó perfectamente con la misión de Proyecto Itzaes de llevar recursos educativos a pueblos mayas rurales y de inyectar en estas comunidades la emocionante experiencia del descubrimiento.
Un grupo diverso de científicos y educadores de México, Estados Unidos, y Canadá prepararon stands interactivos que incluyeron actividades relacionadas a química, agroecología, matemáticas, física, entre otros, con el fin de inspirar un sentimiento de curiosidad científica (ver abajo lista completa de stands). Acudieron cientos de pobladores de Ixil a la feria, – la mayoría de los cuales fueron niños – por lo que el evento resultó un enorme éxito: al final del día, varios jóvenes (futuros) ingenieros de Ixil terminaron de construir una montaña rusa de seis metros de largo usando masking tape y rollos de carton de papel de baño.
La comunicación bidireccional involucrando el aprendizaje científico y cultural entre científicos, educadores, niños y adultos, utilizando cuatro idiomas (maya, español, salish, e inglés), fue de vital importancia para el éxito del evento. Muchas de las actividades manuales e interactivas tuvieron un significado particular para la economía y cultura local, lo cual en gran medida se debió a la participación de científicos y educadores de la region. Miembros de la comunidad compartieron su conocimiento de las plantas locales usadas en medicina tradicional y para producir remedios caseros. Un productor local de miel desplegó una de sus colmenas y compartió su amplio conocimiento de esta actividad productiva, incluyendo el hecho que ¡las abejas meliponas nativas de la región no poseen aguijón! Un animado festival de baile, una diversa exposición fotográfica, un número por parte de un coro de niños locales de una escuela, e incluso un acto de comedia fueron algunas de las actividades que se sumaron a la feria científica. Adicionalmente, los miembros de COPUS trajeron microscopios, insumos artísticos, y artilugios científicos los cuales fueron utilizados en la feria y fueron donados a Proyecto Itzáes para su utilización en futuros eventos. Todos los participantes adquirieron una mejor apreciación de algún fenómeno, idea o sentimiento relacionado a ciencia o cultura local o bien simplemente la satisfacción de ver en los ojos de un niño el sentimiento positivo de aprender algo nuevo.
La idea del Día de Servicio se originó dos años antes durante la no-conferencia de COPUS en Yellowstone. Los miembros acordaron que en no-conferencias futuras COPUS uniría fuerzas con otras organizaciónes para aportar conocimientos a las comunidades locales. Nuestro primer Día de Servicio en Ixil fue un excelente inicio para esta nueva tradición y fue mucho más que solo “aportar conocimientos” a la gente local. Fue una oportunidad para que los miembros de COPUS desarrollaran nuevas perspectivas, ideas frescas, y una conexión personal con un lugar muy especial. De igual forma, el evento atrajo una nueva audiencia para Proyecto Itzáes, incrementando la conciencia y apoyo en relación al increíble trabajo que esta organización esta realizando en Yucatán. Y una cosa que sabemos es completamente cierta: la comunidad de Ixil posee destacadas jóvenes mentes y talensosos mentores los cuales tienen el potencial de contribuir a la ciencia si se les proporcionan las oportunidades.
Matemáticas – Voluntarios de Proyecto Itzáes Aldo Escobedo y Jessica Cetz Dzib
Química — Voluntario de Proyecto Itzáes Emanuel Koyoc
Medicina tradicional – Voluntario de Ixil Luisa Tec
Robotica — Voluntarios de Proyecto Itzáes Saul y Eric
Agroecología — Voluntario de Proyecto Itzáes Lucia Cen
Salud — Voluntarios de Proyecto Itzáes Edgar Pech y Carmen Cetz
Abejas — Voluntario de Proyecto Itzáes
Ajedrés — Voluntarios de Proyecto Itzáes, y miembro de COPUS Russell Ledet
Construcción de montañas rusas – Miembros de COPUS Luis Abdala, Tokiwa Smith, Tom McFadden
Microscopios (disección, muestras) – Miembros de COPUS Christopher Alvaro, Stu Koretz
Propiedades del agua – Miembros de COPUS Lance Powell y Austin Ayer
Frijoles de Yucatán – Miembros de COPUS Jorge Carlos Berny Mier y Teran y Kimberly Gibson
Murciélagos de Yucatán – Miembro de COPUS Diana Moreno
Aves de Yucatán – Miembro de COPUS Daniela Tarhuni
Juego de cartas de evolución – Miembro de COPUS David Ng
Tensión superficial – Miembros de COPUS Bill y Ruth Swaney
Impactos de asteroides – Miembro de COPUS Lisa White
Gogles que afectan la percepción visual – Miembros de COPUS Maya Bialik y Stephanie Sasse
Presentación de extinciones masivas – Miembros de COPUS Rodolfo Dirzo y Guillermina Gómez
Arquitectura y artes (con materiales para niños) – Miembros de COPUS Monae Verbeke y Diego Roman
Juego de camuflaje con nidos y huevos – Miembros de COPUS Monica Albe y Mattias Lanas
Tokiwa Smith is a Chemical engineer, STEM Educator and social entrepreneur. She is the Founder and Executive Director of Science, Engineering and Mathematics Link Inc also known as SEM Link a nonprofit organization that she founded in 2005 that exposes youth to STEM and STEM Careers that has programs in Atlanta and the DMV (DC, Maryland and Virginia) areas.
She is also CEO and Principal Consultant for Kemet Educational Services, a STEM Educational Consulting Firm that she started in 2010 that focuses on ensuring that pre-college, community college and undergraduates students are prepared to pursue STEM careers. Tokiwa recently relocated back Atlanta, Georgia after spending 7 years in the San Francisco Bay Area, where she first connected with COPUS.
She recently attended her third Unconference, this January in the Yucatan Peninsula Mexico, where we were able to connect with her and learn more about her.
Tokiwa is a native of Miami, Florida and is an alumna of Florida Agricultural and Mechanical University (FAMU) a Historically Black College and University (HBCU). She has spent her career working for and developing STEM educational programs for precollege and undergraduate students to provide opportunities for them to be exposed to and be prepared for STEM careers. Through the work of her consulting firm, Kemet Educational Services she is using her background as an engineer and professional experience to bridge the gap between the STEM community and individuals and organizations that want to add STEM to their programming and/or learn how to engage kids in hands on STEM activities by providing them with strategies and tools to do so. Through the work of her nonprofit SEM Link, she is doing one of the things that she loves the most, exposing youth to STEM by engaging them in hands on STEM activities and connecting them with the STEM community.
Tokiwa’s nonprofit SEM Link, is currently in the midst of its “Its All About the Pi” Spring Fundraising Campaign , which ends on April 28th. The funds from this campaign, which individuals can make their tax deductible financial contribution online will support their programs, which include the 10th Annual STEM Career Fair and Exhibition on Saturday, April 15th at Georgia Tech. This event will provide K-12 students and their families with an opportunity to explore careers and meet and interact with professionals in these fields. In addition, Saturday, April 8th, Tokiwa will go back to her alma mater FAMU and along with SEM Link volunteers engage middle and high school students in a hands on chemistry activity at the STEM Expo on STEM Day hosted by the College of Science and Technology.
Some things she’d like to talk to other COPUS members about:
All About the Pi
One of Tokiwa’s memorable Unconference moments:
One of Tokiwa’s most memorable moments from the unconference were from our outreach event. “This is the first time that we incorporated an outreach component to the Unconference. It was great to see us work together as a COPUS core as well as connect with the local STEM community to have a great STEM event for the kids. I met some great future STEM professionals from the Yucatan Peninsula that day, including a little boy named Omar that already knew that he wants to be a civil engineer when he grows up.”
By James Zhou
As of January 11th, we’ve raised $5,050. Thanks to all of you who’ve donated so far! Let’s keep it going — it’s not too late to give a gift!
Your donation allows us to connect science educators and activists from around the United States with science super stars and students in the Maya community of the Yucatán Peninsula of Mexico. Donations of any amount are greatly appreciated — and check out our awesome rewards:
Email us if you’d also like to donate school/science materials for the Maya community.
We’ll be posting updates about our fundraising goals each week, so check back here and please share with your friends!
COPUS is a completely not-for-profit, volunteer network of individuals and organizations across the nation focusing on scientific literacy, STEM (science, technology, engineering and math) education, and STEM equity/inclusion. Funds are used for fostering community and collaborations in STEM education (such as our unconferences) or providing educational materials to communities in need. Donations are collected through our University of California at Berkeley hub and are 100% tax deductible.
A huge thank you to Tom McFadden of SciencewithTom for creating our beautiful crowdfunding video. And special thanks to Tokiwa Smith of SEMLink, Edward Samaniego of ES Visual Studies, Diego Román, and all other COPUS contributors for the awesome pictures and videos used.
This unconference is going to be incredible, and styled a little different from the last one. The new style will allow all attendees to really get to know each other and bond not only over activities and presentations, but through shared experiences and interactions with the local community.
It is a casual, warm, intimate experience for around 25-30 people to share their expertise, best practices, ideas for innovations — and hopefully inspire cross-disciplinary/cultural/regional collaborations. As our mission states, “COPUS is a diverse trans-disciplinary network of individuals and organizations dedicated to public engagement with science. Members represent a wide range of stakeholders and constituencies who work together to articulate a shared vision and accelerate our collective impact.”
This gathering is several things:
We will be in the town of Chicxulub Puerto about 35 km from the north side of Merida and about 45 minutes from the airport. For this unconference, we’re partnering with Proyecto Itzaes to connect in with the local community of teachers, scientists, and families.
Tentative Schedule (subject to change):
Note: through out the unconference, we will be focusing on providing professional development and networking opportunities for all attendees.
Cynthia Kramer, SCOPE founder and COPUS member, is committed to connecting the amazing resources in Missouri and other states across the nation, to parents and teachers, and by invoking interest in kids to excite them about STEM.
Scope’s Mission: To share information and connect real life opportunities in Science, Technology, Engineering, Art and Math (STEAM) related: activities, programs, organizations, scholarships, internships and workforce opportunities; in order to better the lives of citizens, our economy and global leadership in innovation.
There’s so many things you can do at the SCOPE website! These resources are especially awesome for folks in the midwest (Iowa, Missouri, and surrounding areas).
What is the Understanding Evolution website?
Understanding Evolution is a non-commercial, education website, teaching the science and history of evolutionary biology. This site is here to help you understand what evolution is, how it works, how it factors into your life, how research in evolutionary biology is performed, and how ideas in this area have changed over time.
Looking for a great resource to help explain evolution to people at any age? Check out the site tour to see all the resources offered — http://evolution.berkeley.edu/evolibrary/tour.php
They have an abundance of materials!
The Understanding Evolution site has been a long, on-going collaborative project of the University of California Museum of Paleontology and the National Center for Science Education. For more information, see their credits page. UCMP continues to develop and maintain partnerships with other scientific and educational organizations in a joint effort to support evolution education. For a listing of these organizations, see their collaborations page. Consider collaborating!
Visit the Understanding Science website (http://undsci.berkeley.edu/) to learn how science really works.
The mission of Understanding Science is to provide a fun, accessible, and free resource that accurately communicates what science is and how it really works. The process of science is exciting, but standard explanations often miss its dynamic nature. Science affects us all everyday, but people often feel cut off from science. Science is an intensely human endeavor, but many portrayals gloss over the passion, curiosity, and even rivalries and pitfalls that characterize all human ventures. Understanding Science gives users an inside look at the general principles, methods, and motivations that underlie all of science.
This project has at its heart a re-engagement with science that begins with teacher preparation and ends with broader public understanding. Its immediate goals are to (1) improve teacher understanding of the nature of the scientific enterprise, (2) provide resources and strategies that encourage and enable K-16 teachers to reinforce the nature of science throughout their science teaching, and (3) provide a clear and informative reference for students and the general public that accurately portrays the scientific endeavor.
The Understanding Science site was produced by the UC Museum of Paleontology of the University of California at Berkeley, in collaboration with a diverse group of scientists and teachers, and was funded by the National Science Foundation. Understanding Science was informed and initially inspired by our work on the Understanding Evolution project, which highlighted the fact that many misconceptions regarding evolution spring from misunderstandings of the nature of science. Furthermore, research indicates that students and teachers at all grade levels have inadequate understandings of the nature and process of science, which may be traced to classrooms in which science is taught as a simple, linear, and non-generative process. This false and impoverished depiction disengages students, discourages public support, and may help explain current indications that the U.S. is losing its global edge in science. Even beyond the health of the U.S. economy, the public has a genuine need to critically assess conflicting representations of scientific evidence in the media. To do this, they need to understand the strengths, limitations, and basic methods of the enterprise that has produced those claims. Understanding Science takes an important step towards meeting these needs.
The mission of the Science Festival Alliance (SFA) is to foster a professional community dedicated to more and better science and technology festivals. Check them out at http://sciencefestivals.org/
Whether you are a science lover, looking for opportunities for science enrichment for you and your community, OR you’re a scientist or working with an organization that is hoping to connect with the public through science outreach activities — visit the Science Festival Alliance out to learn more about annual science festivals.
When the SFA began in 2009 only a handful of science festivals existed in the United States, and they were not working (or even communicating) with each other. Since that time, the country has enjoyed a surge in the number of science festivals, and the SFA is now networking together dozens of independently operated festival initiatives. Whether you are considering starting a new science festival, would like to partner with existing festivals, or are just interested in learning about the latest developments, the Science Festival Alliance is the best place to begin.
The SFA is not an independent organization, nor is it the exclusive project of a single institution (though two full-time staff members dedicated to the SFA are housed at the MIT Museum). It is a collaborative network involving institutions, initiatives, and individuals that have committed to work together to best serve our communities through the festival format.
Thanks to Ben Wiehe for helping to raise awareness of this amazing resource within the COPUS corps!
SciStarter is the place to find, join, and contribute to science through recreational activities and citizen science research projects. Their database of citizen science projects enable discovery, organization, and greater participation in citizen science. Check them out at http://scistarter.com/
If you are a scientist or a representative of a citizen science organization or community: SciStarter is the organization and community to tell eager people about your work and get them interested in helping out. If you do not represent a project, but have a favorite citizen science you’d like to see added to the SciStarter Project Finder, consider inviting someone from the project to add the project or drop a tip about the project.
SciStarter’s Mission is to bring together the millions of citizen scientists in the world; the thousands of potential projects offered by researchers, organizations, and companies; and the resources, products, and services that enable citizens to pursue and enjoy these activities.
They aim to:
Thanks to Darlene Cavalier for helping to raise awareness of SciStarter within the COPUS corps!
Ask for Evidence is a public campaign that helps people request for themselves the evidence behind news stories, marketing claims and policies.
We hear daily claims about what is good for our health, bad for the environment, how to improve education, cut crime, treat disease or improve agriculture. Some are based on reliable evidence and scientific rigour. Many are not.
How can we make companies, politicians, commentators and official bodies accountable for the claims they make? If they want us to vote for them, believe them or buy their products, then we should Ask for Evidence.
Join the Ask for Evidence Campaign!
Ask for Evidence was launched by Sense About Science in 2011. Sense About Science is a charity that helps people to make sense of science and evidence and promote use of evidence in public life. This takes us from responding to outlandish diet claims by celebrities to helping parents understand vaccines, from working with people with chronic diseases to beat misleading ‘cure’ claims on the Internet to pressing for sound use of statistics in media reporting.
Thanks to Amy Vashlishan Murray for helping to raise awareness of this campaign within the COPUS corps!
Science is all about figuring “stuff” out – so that we understand our world better. Science helps us investigate questions and solve problems in just about every way imaginable. That is pretty cool! On this patch journey, you will learn about how science works, who scientists are, and why science matters. In doing this, you will test your science know-how, go on a real science adventure, and learn how to be a good scientific citizen throughout your life. So grab your pen and paper and let’s get started!
1. Check your “science know-how”
2. Observe and ask questions the way scientists do!
3. Get involved in a citizen science project
4. Share what it means to be a scientific citizen
Purpose: When I’ve earned this badge, I’ll know how science works, who scientists are, and why science matters.
See our PDF here.
Informed by Nature (IBN) works to advance the public understanding and appreciation of science, from its elegant approach to its awe-inspiring results. We are dedicated to encouraging lifelong learning, promoting critical thinking, and celebrating science, technology, engineering, and mathematics (STEM) disciplines.
How They Do It
ONLINE: IBN accomplishes its objectives by opening homes, schools, libraries, and any internet connection to an innovative online science portal that makes learning about science and its relevance to our lives easy and engaging. IBN compiles the best science literature, lectures, films, magazines, videos, and art, among other media, in a searchable, user-friendly website that captures science enthusiasts and newcomers alike.
OFFLINE: Our outreach programs aim to educate and inspire, whether providing the online platform for student science projects and science fairs or creating a network of high school science clubs that facilitates structured activities, hosted events, online projects, and competitions. IBN further fosters public involvement in science learning by bringing professionals to the classroom to talk about how critical thinking and science knowledge inform us daily, encouraging today’s specialists to inspire tomorrow’s innovators with an appreciation for science
Why They Do It
Through all our efforts, IBN strives to touch every life with the wonder of science, encouraging learning, critical thinking, and giving everyone the building blocks for discovery and innovation.
Learn more at http://informedbynature.org/ and thanks to Wayne Himelsein for sharing this website with the COPUS community!
The Coalition for the Public Understanding of Science (COPUS) today announced this year’s winner of the third annual Paul Shin Award, honoring the unsung heroes of science communication and engagement.
The 2014 winner is Dr. Amy Vashlishan Murray, Assistant Professor of Science (in the Institute for Liberal Arts and Interdisciplinary Studies) at Emerson College in Boston, Massachusetts.
As a tenure-track science faculty member at Emerson College, one might think that Amy has her hands full: she teaches undergraduates with a focused interest in art and communication while conducting research in neurobiology in the Kaplan lab at Massachusetts General Hospital. But Amy recognizes that she’s uniquely situated — she’s interfacing with young talent in communication and art AND with cutting edge science. With a seemingly boundless energy, she’s capitalized on her situation to create innovative synergies that enhance the public’s understanding of science. Among her achievements are the founding of the Emerson Science Communication Collaborative and helping to establish the “Ask For Evidence” campaign in the US.
Amy explains: “I am driven by the belief that the role and responsibility of the scientist includes anticipating the social impact of development in her field and striving to develop well-informed consumers of scientific information. Initiatives like Ask for Evidence and the Science Communication Collaborative build from this belief by empowering students and members of the public to question the science they encounter in their daily lives and by engaging these stakeholders in communication exchanges with the scientific community.”
Morgan Thompson, PhD, Assistant Director at the Center for Biomedical Career Development, nominated Amy for the award, saying Amy is “shaping the foundational scientific understanding of future communicators – both conceptual knowledge as well as the process of science and ability to critically evaluate evidence.” The Emerson Science Communication Collaborative “pairs undergraduate students interested in science communication with local early career scientists in a semester-long series of exchanges to further the training and skills of both audiences. Scientists are provided a rare opportunity early in their careers to practice media skills and effective communication with lay audiences in a non-threatening, low-risk environment that utilizes the expertise of Emerson students. The undergraduates come to know the person behind the scientist, helping to dispel popular misconceptions about the process of science and providing more accurate, nuanced, and diverse portraits of who does science. Culminating projects range from children’s books to public service announcements to a musical composition based upon the genetic sequence of a strain of H1N1 flu virus.”
Seeking to effect national change, Amy initiated a collaboration with the UK-based nonprofit, Sense About Science, to help establish their “Ask for Evidence” campaign in the US. Thompson states, “as the name suggests, this campaign encourages everyone to question claims in politics, media, and advertising. Amy’s ingenuity and commitment was vital to providing the foundation for continued national programming following the public launch of the US campaign in February 2013. Briefly, Amy secured funding from a Consumer Awareness Project Grant at Emerson to: 1) conduct a public survey exploring the public relationship with evidence; 2) develop a US campaign website with resources for how to ask, how to evaluate evidence (including a platform to connect with local scientists), and examples of participant experiences; 3) host a media training workshop for future scientists and communicators; 4) carry-out program evaluation, including Student Assessment of Learning Gains (SALG) questionnaires (Science Education for New Civic Engagements and Responsibilities, 2012).”
Amy’s passion for science communication has led her to not only play an active role in the Boston area science outreach community, but to be a member of the National Association of Science Writers, the American Association for the Advancement of Sciences, and Voice of Young Science USA. Her passion for science education and outreach stems back to well before her faculty position at Emerson. For more than a decade, Amy has been involved in the advancement of the public’s understanding of science — directing the Harvard graduate student organization Science in the News, developing exhibits at the Museum of Science Boston, and playing an important role in discussions of the implications of new genetic technologies with the Genetics and Society Working Group.
Dr. Murray attended the COPUS 2014 Invitational from Sep 18-21 in New Mexico, and took part in two days of science outreach networking and educational events. She received the award while at the unconference. Amy said, “this award is really gratifying as recognition of work that isn’t necessarily part of the job description for typical academic scientists and isn’t is always valued explicitly in the scientific community. It is also an incredible honor because it is coming from a community of people that, themselves, have done such amazing, and often unrecognized, work in science outreach and because I’ve learned what a special individual and leader Paul Shin was to this community.”
Amy also expressed “gratitude to the Office of Research and Creative Scholarship at Emerson for helping to identify and secure funding opportunities, including the Consumer Awareness Project fund, to support development and broader expansion of this work.”
Co-founder of COPUS, Judy Scotchmoor said, “The Paul Shin award is very special to us at COPUS. In the short time that we knew Paul, we were captivated by his energy and determination to make a difference in the world. The nominees for this year’s award were fantastic, but Amy made an impression on us. Her tireless enthusiasm and commitment to sharing science is exactly what we aspire to recognize through this award.”