The following list, in alphabetical order by the last name of the principal investigator, includes all current awards at SUNY Cortland. Each section shows the investigator name(s), project title, project performance period, sponsor name, allocated funding approved for the project, and estimated project amount over the life of the award.
New York State has a wealth of recreation opportunities available through the NYS Office of Parks, Recreation and Historic Preservation (OPRHP) and the NYS Department of Environmental Preservation (DEC). In an effort to maximize the use of New York's recreation opportunities for people of all abilities, the IRRC will assess 400 DEC and OPRHP outdoor recreation, state park, state historic areas, and state recreation area sites. Post-assessment reports will be provided to OPRHP and DEC to improve usability and make capital improvements for usability and inclusion of all visitors. In addition, the IRRC will develop a web-based Inclusivity Assessment Tool and all the specialty recreation checklists, develop a Trail Assessment Checklist, upgrade the IRRC's online recreation database and website, develop an app for the online recreation database for mobile devices, and create and administer an online version of the Inclusion U training.
The SUNY Cortland Herbarium (CORT), run by Head Curator and Director Timothy J. Baroni, is one of 35 US Herbaria to have been awarded $2.1 million in funding from the National Science Foundation for a joint proposal, spear headed by the New York Botanical Garden. The proposal is to digitize all existing information of major collections of North American macrofungi in herbaria across the United States. The NSF program that supplies funding for these major collaborative projects is titled: Advancing Digitization of Biological Collections and is designed to create a national resource of digital data, documenting existing biological collections. This information will advance scientific knowledge by improving access to digitized information (including images) residing in vouchered scientific collections in herbaria across the United States. The information is a rich resource for providing the baseline from which to further biodiversity research and provide critical information about existing gaps in our knowledge of life on earth. The Cortland Herbarium was established in 1908 but mainly housed plant collections until 1980. Baroni and his students started adding documented fungal collections into the herbarium from eastern, southeastern and western US, and more recently the American tropics. CORT currently has about 10,000 collections of fungi.
The Argentine cactus moth, Cactoblastis cactorum, is an invasive insect from South America that poses a serious threat to Opuntia cactuses in the southwestern USA and Mexico. C. cactorum was first seen in Florida in 1989 and has now spread along the Gulf and Atlantic Coasts as far west as Louisiana. The USDA has been successful at slowing the spread of the insect and eradicating outbreak populations in some areas but the insect continues to spread and new, eco-rational control technologies are needed to minimize the long term impact of the insect on native desert ecosystems. The primary approach under development in the present project is the disruption of the caterpillar's chemical communication system. Successful colonization of the host cactus requires that the newly hatched caterpillars mount a concerted effort to penetrate the tough cuticle of the plant. This is a time-consuming process and it requires that the caterpillars remain together in a tight aggregate about the attempted entry site. We have determined that the maintenance of the aggregate is dependent on a pheromone which we have now identified. The main thrust of the current phase of the project is to synthesize the pheromone and conduct studies to determine if blanket application of the chemical at the time of egg hatch will act to disrupt the caterpillar's chemical communication system leading to disbandment of the neonates and the failure of the colony to establish on the plant.
OPENPhysEd.org is a public service curriculum project of US Games aimed at establishing equitable access for all teachers to standards- and outcomes-based physical education curriculum tools. The website provides physical education learning tasks, student assessments, and teacher evaluation tools free of charge to every teacher with internet access. In the two weeks following following the project's launch more than 1,000 teachers registered as active users and tallied over 5,600 file downloads. The partnership between US Games and the SUNY Cortland Physical Education Department will establish a national professional development and service center for the OPEN Curriculum Project with a focus on enhancing physical education programs through rigorous, outcomes-based curriculum tools. It will also establish foundational research for improving the delivery of curriculum content and professional development.
The Seven Valleys Writing Project of SUNY Cortland is responsible for providing leadership for regional teachers K-16 in the form of workshops, writing-to-learn seminars, conferences on writing pedagogy, and the annual Summer Institute held in the Main Street SUNY Cortland. The Seven Valleys Writing Project has developed Professional Development programs at many regional schools and districts, and over 3,500 regional students K-12 are annually taught by a Seven Valleys Writing project teacher.
The Seven Valleys Writing project has developed Professional Development programs at many regional schools and districts, and over 3,500 students K-12 are annually taught by a Seven Valleys Writing Project teacher.
The Augmented Palimpsest is a digital humanities tool that explores how the medium of Augmented Reality (AR) can be used in teaching medieval literature. Using Chaucer's General Prologue, the tool will deliver digital enhancements that emerge from the printed page via a smart device. They will provide the reader with linguistic, historical, and cultural contexts, thus giving students greater access to medieval material, culture and history. The digital content will include 3D models of medieval artifacts and architecture, large and complex enough to be walked around and viewed from multiple angles. Because the enhancements emerge from the printed page, the tool will maintain a pedagogical emphasis on close reading while encouraging students to develop their skills in textual analysis, critical thinking, interdisciplinary study, and new media literacy. It will improve the reader's comprehension of the text by preserving the physical and kinesthetic connection to the text.
School-based health education, along with the other components of a Coordinated School Health (CSH) approach, can play a role in impacting behaviors that contribute to childhood obesity. Activities that can be easily infused across CSH components and academic disciplines to provide knowledge, attitude, skills and behaviors that support the adoption of a healthy lifestyle and reinforce Common Core and discipline-specific standards are needed. Healthy Steps, Healthy Lives provides a number of such activities across grades K-6. Evaluation of the impact of these activities on their individual and collective effect to foster nutrition and physical activity knowledge, attitude, skills and behaviors for health will provide information for refinement and appropriate dissemination.
SUNY Cortland in partnership with Quansor Corporation and Binghamton University will demonstrate a benchtop detector of E.coli bacteria in continuous flow systems. This Real-time monitor uses Quanfor's quartz crystal microbalance platform and an innovative modified mannose receptor to bind E.coli. A working monitor will be tested in Cortland County including ground waters, surface waters as well as untreated and treated waste waters from Cortland wastewater treatment plant. The results will be displayed on the Quansor Corporation website showing the E.coli concentrations. The real-time E.coli monitor can also be used in food industry, military and places with pools and public beaches.
The Cortland Migrant Education Tutorial and Support Services (METS) program was established in 1979 after an intensive needs assessment of the migrant population was completed in the Central New York area . For over 34 years, SUNY Cortland's METS program has provided educational and health services to thousands of migrant children and their families. The project is coordinated by Ms. Elizabeth Bliss and currently is the fourth largest METS program in the state, providing direct services to approximately 700 migrant students annually. Each year, the Cortland METS has received evaluations during the summer and school year program by the State Education Department and Office of Migrant Education monitoring teams, and each time the program evaluations are extremely positive. The Cortland METS currently has a staff of 21, over two thirds of whom have between 6 and 25 years of experience working in Migrant Education. The METS staff provides direct tutoring, ESL, advocacy, family literacy, secondary credit exchange, interstate cooperation, Portable Assisted Study Sequence (PASS), agency coordination and/or referral, preschool education and career exploration. Secondary students have attended programs such as WOW (Women, Opportunities and Work), GAIN (Getting Ahead in the New Millennium), Migrant Academy, and Adolescent Outreach Program activities. The METS staff also provides a variety of parent involvement programs and adolescent events each year.
The New York State Education Department joins Texas, Arkansas, Colorado, Illinois, Missouri, Montana, and Wisconsin, in the Migrant Education Consortium Incentive Grant, Math MATTERS. This multi-state consortium offers a high quality curriculum, instruction, professional development and innovative use of technology through intrastate and interstate collaboration. The Cortland METS is the lead METS for New York State, working with the other states in the development of the summer mathematics program. The Cortland METS coordinates the implementation of the summer program across the nine METS in New York State. The Migrant Specialists from the Cortland METS provides targeted math instruction during In Home tutoring sessions to increase migrant student achievement in mathematics. This is the fifth consecutive 2-year math Consortium Incentive Grant that the Cortland METS has received.
The IM:PACT Project is a major redesign effort that will transform the existing teaching preparation program at the State University of New York College at Cortland. The IM:PACT Project will deepen collaboration with public school partners, build on creative models at our institution and result in an increase in the number of our graduates who meet the highly qualified teacher (HQT) requirements in the Individuals with Disabilities Education Improvement Act (IDEA 2004), so that they will effectively serve students with high-incidence disabilities who are increasingly placed in inclusive classrooms.
Liberty Partnerships Program is part of New York State's initiative to develop comprehensive programs for high risk youths to complete their education and seek further education or meaningful employment upon graduation. The Liberty Partnership Program based at SUNY Cortland is comprised of thirteen school districts, three colleges, a university, and numerous community based organizations and business organizations who work collaboratively to identify and engage existing resources for identified students. Specifically, programs are geared for middle and high school students which provide variations of the following components: mentoring, tutoring, academic/career/personal counseling, case management, parenting, enrichment classes, special events/field trips, and staff development.
ACE (Access to College Education) is a consortium of four area institutions: SUNY Cortland, Tompkins Cortland Community College, Cornell University and Ithaca College, working in partnership with 15 local school districts. The program is designed to help academically capable high school students overcome barriers to college education. Throughout the four years, students and their parents are offered a wide variety of opportunities to experience various aspects of college life. ACE is funded by the four colleges in cooperation with participating schools.
The Teacher/Leader Quality Partnership (TLQP) Program is administered through New York State's Education Department using federal funds authorized through the No Child Left Behind Act (2001) to improve teaching and learning in core subject areas. Previous awards developed the Teacher Professional Development Network of Central New York, which was created to link professional development resources throughout our region. Housed in SUNY Cortland's School of Education, the Network includes representation from SUNY Cortland's School of Arts and Sciences and Professional Studies, seven area school districts, four area teacher centers, two BOCES districts, and a variety of other nonprofit educational organizations in our region.
We are leveraging the Network structure and strengths of various partners to address the professional development needs identified by our district partners, especially content area high school teachers in high-needs rural districts and to develop collaborative regional educator professional development opportunities, in order to maximize professional development resources and opportunities for all teachers.
The Center for the Preparation of 21st Century Teachers will support college faculty, P-12 teachers, and teacher candidates to learn and implement 21st Century instructional thinking and practices learn cutting edge pedagogical techniques. The Center will focus on five initiative areas: Use of Structured Protocols to Examine Student Data, Project Based Learning (PBL) and the Common Core, Integrating High Leverage Teaching and High Leverage Content in Teacher Preparation, Using Communication Strategies to Teach About Science, Designing and Sustaining Clinically Rich Teacher Education. The Center will partner with Onondaga-Cortland-Madison (OCM) Board of Cooperative Educational Services (BOCES) Tompkins-Seneca-Tioga (TST) BOCES, Teaching Works at University of Michigan, and the Alan Alda Center for Communicating Science at Stony Brook University to support the development and implementation of workshops and study groups around the first four initiative areas, ultimately establishing packages of workshops that would comprise an "informal certificate" in a given initiative area. These certificates would allow participants to enhance their preparation and skill set in that area, increasing the effectiveness of teachers and teacher candidates, and providing an asset in their APPR portfolios and/or on their professional resumes.
This highly interdisciplinary study into the formation of igneous rims around chondrules (millimeter-sized igneous silicate spheres found in abundance in chondritic meteorites), will be conducted jointly by researchers at the State University of New York at Cortland (SUNY), Arizona State University (ASU) and the California Institute of Technology (Caltech), and will be led by Dr. Melissa Morris. Knowledge of the processes occurring in the early history of the Solar System is critical to understanding the formation and evolution of planetesimals and planetary bodies. This study will incorporate observed properties of some of the Solar System’s oldest solids into theoretical models of processes occurring in the early Solar System. Chondrules were melted as free-floating droplets at the very birth of the Solar System, before they were incorporated into small planetary bodies. Shocks in the solar nebula – the disk of gas and dust around the young Sun - are the most generally accepted chondrule-forming mechanism. Some chondrules went on to develop dust rims, while continuing to float through the dusty nebula. A subset then experienced a second heating event (such as a shock) that melted this dusty rim, resulting in igneous textures. While melting, they would have evaporated, shrinking in size. We will use our state-of-the-art shock code for chondrule formation to predict evaporation and the resulting thickness of igneous rims, and will conduct high-precision secondary ion mass spectrometry (SIMS) measurements of Mg and Si isotopes in order to independently determine the extent of evaporation of igneous rims. The results of our study will provide new constraints on conditions in the early solar nebula and planet formation, in general.
The objective of this research is to gain a better understanding of the processes occurring in the early history of the Solar System resulting in the formation and evolution of planetesimals and planetary bodies. To attain this objective, we will focus our investigations on the formation of chondrules—millimeter-sized igneous silicate spheres found in abundance in chondrites— from Bencubbinite and “Bencubbin-like” meteorites, thought to have formed as a result of planetesimal impacts late in the solar nebula at 5-6 Myr after the first solids. Our goal is to quantify the formation conditions (temperature, density, chondrule cooling rates/times) in impact plumes. We will generate hydrodynamic simulations of the evolution and fate of material in an ejecta plume following an impact between planetesimals, including radiative diffusion, and the interaction with surrounding nebular gas and impact-generated vapor. We will develop post-processing modules to predict melting or condensation of components in the plume and their thermal histories. Through rigorous numerical modeling of the formation of components in the Bencubbinites, we will place constraints on the density of the solar nebula and the structure of the protoplanetary disk at 5-6 Myr of age.
Funding for this project is provided by the American Recovery and Reinvestment Act (ARRA)
Through this scholarship program, SUNY Cortland will create 50 scholarships for secondary school teacher candidates in math, science and technology areas. These teachers will serve in central New York and the five major city areas of New York State. Partners in the project include departments of Biology, Chemistry, Geology and Physics, the School of Education, SUNY Cortland's Urban Recruitment of Educators (CURE), the SUNY Urban Teacher Education Center, and CNY school districts including Cincinnatus, Cortland, Dryden, Homer, Marathon, and South Seneca public schools. The broader impact of this project will increase the numbers of well qualified STEM teachers in NYS through the creation of 50 scholarships. Ideally, having highly trained STEM teachers who truly understand both their content and pedagogy will engage students in such ways as to increase the numbers of both future STEM professionals and the next generation of STEM teachers.
Forever Wild: The Adirondacks in the Gilded Age and Progressive Era is a collaborative effort providing an unparalleled opportunity for teachers to investigate the late 19th century and early 20th century period from the unique perspective of the wilderness. Based at Camp Huntington, the first Adirondack Great Camp built in the 1870s, Forever Wild engages participants in a dialogue focused on the workshop’s central question: what did wilderness mean to Americans during the Gilded Age and Progressive Era? The many answers provide teachers with the multidimensional view of the period that will enrich their students’ understanding of this decisive era. The project’s goal is to enable teachers to develop a deeper understanding of the interconnection between the histories of the urban and the wild while furthering teachers’ instructional skills.
With this competitive award, SUNY Cortland's Chemistry and Biological Sciences Departments have acquired a linear ion trap mass spectrometer (MS) with integrated liquid chromatography (LC) separation. The instrument will be housed, managed and maintained in the Chemistry Department, in the newly renovated wing of Bowers Hall. The LC-MS instrument will provide faculty and students with the ability to identify and quantify small molecules and perform shotgun proteomics experiments. The LC-MS will be a key enabling factor for undergraduate research advised by faculty in the Chemistry Department and the Biological Sciences Department. The proposed research goals are: Use proteomics time series analysis to optimize open microbial communities in a bioreactor producing extended carbon chain commodity chemicals (PI Jeffrey Werner, Chemistry); Identify larval trail pheromones that could be exploited to reduce insect-related crop damage (co-PI's Frank Rossi, Chemistry, and Terrence Fitzgerald, Biology); Elucidate the physiological mechanisms of environmental biofilm formation involving Legionella pneumophila (Christa Chatfield, Biology); Determine the role of VTC3 in the regulation of ascorbic acid in plants (Patricia Conklin, Biology). The LC-MS will be integrated into at least four Chemistry and Biology core courses. Undergraduate researchers will travel to high-needs school districts and connect with high school students, to put faces and stories to what it's like to learn to be a scientist and perform authentic, leading-edge research as an undergraduate student.
SUNY Cortland Chemistry Department undergraduate researchers in Jeff Werner's lab will work, in collaboration with researchers in the lab of Lars Angenent at Cornell University, on optimizing a novel bioreactor that is efficiently and sustainable producing hexanoic acid from organic waste. This new biotechnology is particularly exciting because the hexanoic acid product is composed of an extended chain of six carbons, which normally would have to be industrially produced from petroleum. Our alternative, carbon-neutral, green production of hexanoic acid could provide economical and sustainable methods for the chemical industry, and for biodiesel production. Students in the Werner Lab will perform high-throughput sequencing and proteomics analysis (using our new UPLC-MS/MS instrument) to characterize metabolic activity in the bioreactor. This work will provide the molecular data needed to optimize the bioreactor for robust operation on a variety of feed sources, including urban waste. SUNY Cortland students will gain experience doing research on this project full-time over the Summer research season, as well as during the school year.
The Improving Professional/Academic Competence and Practical Knowledge in Science, Mathematics and Education project was the sixth year of professional development for teachers from Thailand held at SUNY Cortland. The program consisted of two parts. The first, a one month Program to Enhance Thai Science Teachers’ Global Educational Profession in Elementary and Secondary Education. The dates of the workshop were from 27 September to 27 October 2014. The participants included16 Thai teachers, with one administrator from The Office of the Basic Education Commission (OBEC). To meet the goals of this project the Thai teachers observed in a variety of Science, Mathematics and methods courses. During their observations, the Thai teachers made notes of the teaching methods and instructional information. The teachers then used this material to develop a plan to utilize the information in their home classrooms.
The second part was a one-week Program for Thai Earth Science Teachers to Enhance Professional/Academic Competence and Practical Knowledge in Project Based Teaching and Learning in Earth Science. This workshop ran from 4 October to11 October 2014 and included classes at Cortland and at Camp Huntington on Raquette Lake. The number of participants were17 Thai teachers, with another administrator from OBEC. To meet the goals the workshop all classes were centered on active learning and hands-on science methods where the participants learned how to incorporate Earth Science projects into their science classes. The purpose of the earth science workshop for teachers is threefold: to collaborate with Thai teachers and strengthen the link between SUNY- Cortland and Thai schools, to refresh the Thai teachers’ Earth Science content knowledge, and to increase the teachers' pedagogical knowledge. Dr. Meredith McAllister, from Butler University, conducted the classes for this part.