Rebecca is a 4^th year Ph.D. candidate in the Department of Soil, Water and Environmental Science, with a minor in Remote Sensing and Spatial Analysis. Her research is focused on changes in soil development and soil carbon storage across contrasting climates and landscape positions. Rebecca’s field sites are located in the Santa Catalina Mountains of southern Arizona, where her sites span desert scrub to mixed conifer forest.

Rebecca is committed to science education outreach and has volunteered as an i-STEM mentor since 2012. The i-STEM hybrid mentoring program is focused on broadening the participation of underrepresented groups in STEM education programs and careers. i-STEM employs a combination of in-school, hands-on science activities and informal, out-of-classroom science field trips to stimulate interest and knowledge of STEM fields. Mentors recruited from the Tucson community are paired with 3^rd-8^th grade students from local schools. This NSF-funded initiative is committed to evaluating the program’s effectiveness on Native American and Hispanic student academic performance and science retention.

Rebecca is developing Space to Soils modules for use by i-STEM mentors and mentees as her UA/NASA space grant educational outreach project. The Space to Soils modules aim to integrate applied, technology intensive activities using satellite imagery to explore the Earth’s surface from space with a closer, hands-on examination of the soils encountered in everyday life. Rebecca’s goal is for i-STEM mentees to be engaged in the world’s interconnectedness from the expanses of space science to the intricate details of soil science. Mentees and mentors will also be taking a field trip to the University of Arizona’s Campus Agricultural Center where they will participate in a combination of space and soils related activities including the exciting exploration of soil pits!

The educational materials developed for the i-STEM hybrid mentoring program will be made publicly available for use by K-12 teachers and educators worldwide. 

My NASA Space Grant project is a documentary film called Desert Moon. In 1961, President John F. Kennedy declared humans would walk on the moon before the end of the decade. But at the time, scientists knew very little about the moon—including whether the surface was solid, or a thick layer of dust that would swallow a spacecraft.

Desert Moon explores the creation of the University of Arizona Lunar and Planetary Laboratory. The lab, founded by astronomer Gerard Kuiper, played a critical role in constructing the first photographic lunar atlases in support of the Apollo moon landings. Kuiper’s team also participated in the Ranger program, an effort to send America’s first unmanned spacecraft to the moon.

The film features interviews with current and retired UA planetary scientists, and contains archival photos and videos from the lab’s early days. Desert Moon debuts at Flandrau Science Center in 2014.

I am a University of Arizona journalism master’s student specializing in science writing. Last year, I created Scientific Tucsonan, a digital science journalism magazine for iPad. I was the Wick Science Communications Intern for Green Valley News. I am also a contributing editor for the Planetary Society, a non-profit space advocacy group co-founded by Carl Sagan and currently led by Bill Nye.

Documentary Explores How the UA Helped Land a Man on the Moon

Michelle Coe: My NASA Space Grant Graduate Fellowship involves incorporating Manzo Elementary's restoration ecology program into the classroom. I am doing this by implementing projects occurring at Biosphere 2's Landscape Evolution Observatory (LEO) into Manzo Elementary's greenhouse. One of Manzo's 4th grade classes will be learning and replicating projects happening at the LEO site, as well as visiting the Biosphere 2 twice during the school year. Projects occurring in Manzo and LEO's greenhouses will include hypothesizing, data collection, and analyzing native seedlings planted on LEO soil. Furthermore, we will be looking at variables such as variation in aspect, temperature, and soil moisture as these variables may occur in a natural landscape. This will help the children get a sense of how their research and projects can relate to science on a larger scale (both in terms of the LEO project and climate change projections), as well as allow a new and innovative area for math, science, and English skills to be incorporated into their curriculum. The classroom outline at Manzo Elementary includes 1 hour lesson plans and 2 hours in the greenhouse each week, where the children review concepts, collect data, and learn vocabulary focused on climate change, landscape, vegetation and more.

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The Arizona Space Grant Consortium is proud to support this impressive STEM education program at Tucson’s Manzo Elementary school through the efforts of UA Graduate Fellow Michelle Coe. Michelle speaks about her program with Manzo students in a PBS AZPM video segment.

Video from "Local Kids Benefit from Nationally Recognized Ecology Program" by Mitchell Riley

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Fall 2014 Update

Manzo Elementary School in Tucson, Arizona is an innovator in using reconciliation ecology as a tool to offer experiential learning and address children’s behavioral issues. Their ecology program has improved and supported the school’s larger educational objectives by enabling students to be more inclined to learn. In January of 2012, Manzo received the U.S. Green Building Council’s “Best Green School” award. Despite impressive infrastructural innovations and accolades, teachers have yet to fully embrace the opportunity to link classroom teaching to the multifaceted aspects of the ecology program. To address this disconnect, this program connects the science students are learning in weekly sessions at Manzo to scientific experiments occurring at Biosphere 2 (B2) in Oracle, Arizona. Manzo Elementary has partnered with B2’s flagship experiment by reproducing a model Landscape Evolution Observatory (LEO) within Manzo’s greenhouse, testing what types of seeds and saplings will grow in the observatory’s soil. The goal is to create experiential learning programs appropriate for the classrooms that have real and tangible benefits for ongoing research. In so doing, a win-win-win scenario is created: (i) Manzo students conduct science, mathematically process results, and write reports based on their work; (ii) B2 scientists receive augmented datasets about the early ecology of Landscape Evolution Observatory soils; and (iii) B2 educators acquire a template for experiential learning that can be adapted for other classrooms in the area. These activities connect students to contemporary climate change problems such as climate variability and drought and are synchronous with the development of Tucson Unified School District (TUSD) science and math skills. As the second year of this program begins, we have begun working with Ms. Norma Gonzales’ 3rd grade classroom at Manzo Elementary. We hope to expand the mini LEO project and curriculum to other schools within TUSD at the beginning of January, 2015 with help from graduate student assistants from the University of Arizona and the School and Community Gardening Program. 

I am a first-year physics Ph.D. student at the University of Arizona, researching utility-scale solar energy in Dr. Alex Cronin’s lab.   I am passionate about environmental issues such as pollution, energy security, and climate change. In addition to their technical elements, I am also interested in the social aspects of these issues, particularly promoting interdisciplinary and cross-cultural communication.  I spent a year in China on a Fulbright fellowship researching coal-related pollution.  While there, I taught environmental awareness classes to Chinese students to help bridge the gaps between our perspectives.   Outreach—raising environmental awareness and capturing the interest of a new generation of scientists—is essential to this line of work.  The Space Grant allows me to communicate with different groups of people about these environmental issues.

I help organize and coordinate a high school solar go-kart competition run by Tech Parks Arizona at the University of Arizona Tech Park called Racing the Sun (RTS).  The program is in its third year, and participating schools come from all over Arizona, including Tucson, Phoenix, and Monument Valley areas.  Students design, build, and race solar-powered go-karts under the mentorship of two high school teachers.  The participants gain skills in electronics and engineering in a fun, hands-on setting.  In the spirit of interdisciplinary education, the program also has an entrepreneurial component:  the students fundraise the cost of the go-kart.  I connect academics and industry professionals to mentor these high school students, and I help to organize and teach workshops.  The program seeks to promote interest in STEM and to help students begin to develop the skills necessary for such careers.

I am a third year Ph.D. student in the Biomedical Engineering Graduate Interdisciplinary Program.  My research focuses on developing low-cost medical devices for the identification, detection, and quantification of cancer biomarkers using a paper-based platform.

My outreach project is a weekly afterschool club at Elvira Elementary School named Operation S.O.A.R.  The students learn about engineering design and teamwork as they work through lessons based on situations that astronauts might encounter on a long journey.  Learning how sensors work and how to construct them is a major theme in this program.  The other major theme in this afterschool club is how biomedical engineering can help individuals monitor their health using an everyday device – a smartphone. 

Wuneekeesuk! (Good day!)  My name is Casey Kahn-Thornbrugh and I am a Mashpee Wampanoag tribal member from Massachusetts.  My family relocated to Albuquerque, New Mexico when I was in middle school, and I have lived in New Mexico and Arizona ever since.  I have always been interested in weather, landscapes, and human cultures across Earth.  This is the primary reason why I chose geography, with a focus on climate science, as my primary discipline of study.  I am currently a Ph.D. student in the School of Geography and Development at the University of Arizona. 

For my NASA Space Grant project, I am working with the Water Resources Department of the Tohono O’odham Nation, Tohono O’odham Community College (TOCC), and the Climate Assessment for the Southwest (CLIMAS) project to develop a culturally relevant climate science curriculum for Tohono O’odham K-12 and tribal college students.  I will be surveying and interviewing community members and teachers on the Tohono O’odham Nation to learn about the aspects of weather and climate they feel are most important in their lives and for Tohono O’odham students to learn about.  I will be developing the curriculum with the information from the surveys and guidance from the Water Resources Department, TOCC, and CLIMAS.  Over the next year, this curriculum will be piloted through weather and climate teaching workshops offered in communities on the Tohono O’odham Nation.  The output product will be a climate science curriculum that will be given to the Tohono O’odham Nation to be used to teach K-12 and tribal college students.

I was motivated to do this project after my three years of teaching geography and science classes at TOCC and from working with Tohono O’odham youth during summer science and agriculture-based camps out on the nation.  In my experience, teaching science in ways that relate to people’s lives and culture makes science easier and more enjoyable for people to learn.  In this way, I feel my project strongly contributes to NASA’s mission of attracting more students from underrepresented communities to participate in science.

I am a fourth year Ph.D. student in Ecology and Evolutionary Biology. I study how invasive plants affect biodiversity. I am passionate both about science and the outdoors, and especially combining them. My Space Grant project allows me to pursue those interests in helping to inspire a new generation of explorers and scientists. 

Exposing students to science inquiry in outdoor settings increases their interest in and knowledge of scientific concepts. But despite the rich natural resources near Tucson, many Tucson students lack access to them due to financial and logistical limitations of their homes and schools. As a Fellow in the BioME GK-12 program last year, funded by the National Science Foundation, I spent several days every week in two seventh grade classrooms. I experienced first hand how important interactive and informal learning can be. I also understood better all the logistical challenges to moving science class outdoors. 

I have been a volunteer and certified trip leader for Tucson Inner City Outings (Tucson ICO), a nonprofit that provides outdoors experiences for low income youth of diverse cultural and ethnic backgrounds, for three years. I have partnered with Tucson ICO and the Mount Lemmon Sky Center (MLSC) to develop, fundraise for, and lead at least four overnight multi-disciplinary experiences for middle school groups to Mount Lemmon. We explore the ecology, geology, and astronomical viewing opportunities provided by the Sky Islands in our region, and how best to protect these resources. These trips will serve as pilot projects for in a developing vision of a Sky School education program at MLSC.

I’m a first year Ph.D. student in Astronomy, and I’m working to better extend UA and Kitt Peak’s resources to the Tohono O’odham Nation in the hopes of building a better and sustainable relationship between UA astronomy and the O’odham schools. During the school year I will introduce groups of Baboquivari High School students to observational astronomy bothin the classroom and also by bringing small groups to Kitt Peak to observe on the 90” Bok telescope.  These classroom and observing sessions will take place in conjunction with the Arizona Mathematics Engineering Science Achievement (MESA) program, centered at UA.

In the summer of 2013 I will mentor a small number of interested students as they conduct larger scale research projects contributing to Professor Josh Eisner’s work on protoplanetary disks.  They will be using infrared spectroscopy to measure time-variable emission, which can provide insight into disk structure and planet formation processes.  They will work alongside Professor Eisner’s undergraduate summer students from the California-Arizona Minority Partnership for Astronomy Research and Education (CAMPARE) program.  I will work with the students to produce a written report of the quality that can be submitted to national science fairs and competitions. 

My motivation for this project comes from my own experience participating in summer research during high school.  Contributing to current-day research gives young people insight into the working life of the scientist and has the potential to inspire them to pursue similar careers.  Producing a written summary is also good practice in learning to effectively communicate ideas to others, a skill often neglected by even the most experienced astronomers and scientists.  It is my hope that this project will not only affect individual students in positive ways, but also encourage greater interaction between UA astronomy and the Tohono O’odham Nation. 

My name is Ismail Osman and I’m originally from Somalia (East Africa) and currently naturalized US citizen.  I have always been interested in engineering technology and that is the primary reason why I chose and earned an engineering degree (BS) at College of Optical science and Engineering (University of Arizona).

My family and I immigrated to US in 1998 as part of the United Nation refugee resettlement program. I’m a 2^nd year dual Master of Science (MS) student at College of optical Science majoring in (Photonics Communication Engineering) and Management information system majoring in (Database Management and Business Intelligent, Eller).

For my NASA Space Grant project (OSIRIS-Rex) duties:

• Developed and designed iPad survey database application using Filemaker pro 12 software that can be used to survey participants in OSIRIS-REx Public Outreach program.
• Implanted MySQL database with PHP for the internal team website and updated the main Drupal website.
• Compile results from iPad surveys and provide a weekly analysis report on results.
• Proofread all our printed, posted, and other materials: cards, brochure, posters - ensure that content is correct, consistent and no typos.
• Do regular tracking: presentations, OSIRIS-REx in media, website and social media statistics, YouTube views.
• Participate in OSIRIS-Rex outreach program for elementary and middle school student visiting the OSIRIS-REx Great Ball of Fire at Flandrau Science Center

I have been active in helping refugees journey in Tucson toward self-sufficiency, encouraging them by example and mentor them. My long-term goals is to use the large volume of data coming to us then analyze it to find new trends and predict future opportunities to bring science and technology to the public. 

I am a 5^th year graduate student in the Department of Planetary Sciences studying impact craters on the Moon, Mars, and Mercury.  I love both communicating science and teaching others to explore science on their own.  I was fortunate as a student to have teachers who provided opportunities to explore space science and encouraged my interest in the sciences.  It is extremely important to me to provide these same opportunities to students not only in high school, but also at a younger age when students have no preconceived notions about the difficulty of science.  A 2006 study published in Science Magazine shows that scientific interest at a young age is a better predictor of majoring in science in college than mathematical ability.

For my Space Grant outreach project, I will develop lesson plans for 1^st-3^rd grade students that make planetary science interactive and relevant with a hands-on approach for analyzing images of planetary surfaces.  A major component of this project is the vast database of NASA images of the surface of Earth, Mars, the Moon, Mercury, Venus, and the icy satellites of Jupiter and Saturn.  With continuing NASA missions such as the Lunar Reconnaissance Orbiter and Mercury Messenger, students can participate in current, ongoing science. 

My lesson plans will help students explore the major geologic processes on solid planet surfaces: impact cratering, tectonics, and volcanism.  First, I will familiarize students with satellite images and the appearance of planetary surface from space.  Students will then learn basic classification techniques to group surface features into the three different processes. I will tie these processes to hands-on activities in the classroom that explore how these features are formed.  Lessons will also include activities for image analysis, such as crater counting and surface mapping.  By the end of the three units, students will be able to recognize and classify surface features, and qualitatively describe how they form.  Early exposure to the planetary sciences will help young students develop a basic awareness of and interest in space science that they will carry throughout their lives, share new knowledge with family and friends, and help produce a new generation of space scientists.