SCIENCE MUSEUM OF MINNESOTA

The work of the science museum's center for research and collections (crc) is making an impact. Members of the center of research and collections (crc) turn on the science by exploring the world around us, bringing together all our scientific disciplines (anthropology, biology, collections stewardship, paleontology, water research) to synergistically amplify the impacts of our research, and partnering with departments across the museum to share these impacts with multiple audiences. Science museum scientists are in the field and lab collecting and analyzing samples and objects that impact decisions to improve water quality, teach us about the world around us, and contribute to global knowledge and help with workforce development. Our staff care for a collection of about two million objects and through their research learn about the world around us so that we can make informed decisions moving forward. Caring for the museum's collections while making them accessible to broad audiences was a focus of fy24. Key science project in fy24 included1. Digitizing the museum's collections is an institutional strategic priority. In fy24 we continued to digitize records and imaged objects through several projects including the imls-funded wannagan creek and chiapas projects, nsf-funded neotoma project, legacy amendment collections access project, the mpca cannon river project, lccmr-funded bioatlas, community curator, and the pine needles artist in residency program. In total, we digitized 5,700 object catalog records and added 3,478 images of fossils, sediment cores, seeds, mayan textiles, mammal specimens, and objects from recent archaeological surveys. 2. Hosting native american community visits to the collection for consultations and elevating the awareness of our collections. In fy24, we worked with dakota and ojibwe community members, elders, and tribal historic preservation officers3. Collecting and examining cretaceous leaves to build toward a new climate study that could extend minnesota's climate data at least 90 million years further into the past. 4. Adding to our existing fossil collections from both sides of the mass extinction event 66 million years ago. Studying the invasive diatom didymosphenia in streams along the north shore of lake superior. 5. Understanding how harmful algal blooms form in relatively pristine ecosystems like the boundary waters and superior national forest. 6. Studying the impacts of rising salt levels in minnesota lakes. 7. Inventory and digitization of ethnographic seed collection, following community interest and feedback from community conversations. 8. Inventory and digitization of textiles and other ethnographic collections from highland maya communities of chiapas, mexico, and working with cultural advisors locally and in chiapas to ensure the records are accessible and useful for maya weavers. 9. Continuing 20-year partnership with the national park service's great lakes inventory and monitoring network to monitor water quality and guide aquatic resource management in seven upper midwest national park units.

Other program services include unallocated costs including communications and marketing, volunteers, and evaluation and other activities to support museum members and visitors.