Kelli P. Moses1, Yanet Medina2, Jessica Fernandoy2, Francisca Massardo3, Bernard Goffinet4, Leopoldo Sancho5, Javier Etayo6, Antonio Gomez Bolea7, Kevin Stevens1, James H. Kennedy1, Ximena Arango8, Alexandria K. Poole1, Tamara A. Contador1, Shaun Russell9, Juan J. Armesto10, and Ricardo Rozzi11. (1) University of North Texas, (2) Universidad de Magallanes, (3) University of Magallanes and Omora Ethnobotanical Park, (4) EEB, University of Connecticut, (5) Universidad Complutense, (6) Navarro Villoslada, (7) Universitat de Barcelona, (8) Institute of Ecology and Biodiversity, Omora Ethnobotanical Park, and University of Magallanes, Chile, (9) CAZS Natural Resources, University of Wales, (10) P. Universidad Catolica de Chile, IEB, Universidad de Chile; CASEB Departamento de Ecologia, (11) University of North Texas, Instituto de Ecología y Biodiversidad (IEB), Universidad de Magallanes
Background/Question/Methods A historical bias toward vertebrates and vascular plants underpins global biodiversity assessments and conservation strategies in terrestrial ecosystems. Recent floristic inventories conducted in the sub-Antarctic Magellanic ecoregion challenged this bias by discovering that this area hosts more non-vascular than vascular plant species. Moreover, this austral ecoregion represents a biodiversity “hotspot” for bryophytes since it contains >5% than of the world’s non-vascular plant species in <0.01% of the Earth’s land surface. These discoveries were made by researchers associated to the Omora Ethnobotanical Park (OEP), a research and educational center located close to Puerto Williams, capital city of the Chilean Antarctic Province. Through programs on biocultural conservation, OEP researchers succeeded in communicating these floristic discoveries to Chilean and international decision makers and authorities. This provided a strong argument for the creation of the Cape Horn Biosphere Reserve (CHBR) by UNESCO in 2005. However, surveys at the local school showed that children still showed had low awareness about this rich flora.
Results/Conclusions To better assess knowledge and valuation of non-vascular flora by different actors in the CHBR, we initiated in 2007 a study based on questionnaires provided to school children, Navy officers, authorities, residents, tourist operators and visitors. Concurrently, researchers and graduate students at OEP initiated a series of field workshops which led to the invention of a metaphor: “The Miniature Forests of Cape Horn.” This metaphor facilitated the incorporation of non-vascular flora into school activities and everyday conversations. Furthermore, it stimulated tourist operators and OEP researchers to invent the concept of “Tourism with a Hand Lens” to observe and explore the “miniature forests,” and scientists to initiate a study of associated lichens and invertebrate fauna. Finally, in order to consolidate a formal and informal educational program about this flora, OEP initiated the construction of “The Miniature Forests of Cape Horn” trail, which includes 19 interpretive stations. Each station consists of a metal sculptures in the shape of a hand-lens that draw visitors’ attention to particular bryophyte, lichen species, as well as to their unique microhabitats, and associated fauna. Preliminary analyses of questionnaires reveal a significantly increased awareness of and knowledge about the flora and fauna of the “miniature forests,” and the increasing incorporation of these small biotic communities into education and ecotourism activities. This program shows that inconspicuous taxonomic groups can also play important roles in promoting conservation when their ecological and aesthetic values are understood by the general public and policy makers.