The purpose of this project was to pilot test a peer-reviewed, long-term pika monitoring protocol for the American pika (Ochotona princeps) in Glacier National Park. The pika is a climate-sensitive species and this effort provided new information on the distribution, survey methodologies, and habitat associations of the species in the park. In particular, this project established long-term monitoring sites to estimate the proportion of sample sites occupied by pikas and assessed detectability of pika using both direct and indirect evidence of pika presence (via visuals, aurals, scat, and haypiles) for observers with various levels of experience and training. The authors with the Crown of the Continent Research Learning Center Citizen Science Program to evaluate the feasibility and effectiveness of citizen scientists in protocol implementation.

As part of the Upper Columbia Basin Network's effort to conduct vital signs monitoring, we completed monitoring of camas (Camassia quamash) in Big Hole National Battlefield (BIHO) and Nez Perce National Historical Park (NEPE). Camas is a unique resource for these parks because it is both culturally and ecologically significant. Camas was and remains one of the most widely utilized indigenous foods in the Pacific Northwest and it is strongly associated with the wet prairie ecosystems of the region that have been degraded or lost due to historic land use practices. A long-term citizen science-based monitoring program for detecting status and trends in camas populations at BIHO and Weippe Prairie, a unit of NEPE, serves as a central information source for park adaptive management decision making and will provide essential feedback on any eventual restoration efforts of park wet prairie habitats. The involvement of student citizen scientists in this particular program has been effective both in terms of leveraging resources as well as in engaging communities in park stewardship and science education. This annual report details the status and trend estimates obtained from the first six years of monitoring, 2005-2010, at Weippe Prairie and BIHO.

As part of the Upper Columbia Basin Network's effort to conduct vital signs monitoring, we completed monitoring of camas (Camassia quamash) in Big Hole National Battlefield (BIHO) and Nez Perce National Historical Park (NEPE). Camas is a unique resource for these parks because it is both culturally and ecologically significant. Camas was and remains one of the most widely utilized indigenous foods in the Pacific Northwest and it is strongly associated with the wet prairie ecosystems of the region that have been degraded or lost due to historic land use practices. A long-term citizen science-based monitoring program for detecting status and trends in camas populations at BIHO and Weippe Prairie, a unit of NEPE, serves as a central information source for park adaptive management decision making and will provide essential feedback on any eventual restoration efforts of park wet prairie habitats. The involvement of student citizen scientists in this particular program has been effective both in terms of leveraging resources as well as in engaging communities in park stewardship and science education. This annual report details the status and trend estimates obtained from the first five years of monitoring, 2005-2009, at Weippe Prairie and BIHO.

The Upper Columbia Basin Network has identified 14 priority park vital signs, indicators of ecosystem health, which represent a broad suite of ecological phenomena operating across multiple temporal and spatial scales. Our intent has been to monitor a balanced and integrated "package" of vital signs that meets the needs of current park management, but will also be able to accommodate unanticipated environmental conditions in the future. Camas is one particularly high priority vital sign for two UCBN parks, Big Hole National Battlefield (BIHO) and Nez Perce National Historical Park (NEPE). Camas is a unique resource for these parks because it is both culturally and ecologically significant. Camas was and remains one of the most widely utilized indigenous foods in the Pacific Northwest and it is strongly associated with the wet prairie ecosystems of the region that have been degraded or lost due to historic land use practices. A long-term citizen science-based monitoring program for detecting status and trends in camas populations at BIHO and Weippe Prairie, a subunit of NEPE, will serve as a central information source for park adaptive management decision making and will provide essential feedback on any eventual restoration efforts of park wet prairie habitats. The involvement of student citizen scientists in this particular program has been effective both in terms of leveraging resources as well as in engaging communities in park stewardship and science education. This annual report details the status and trend estimates obtained from the first four years of monitoring, 2005-2008, at Weippe Prairie and BIHO.

In 2009, the authors initiated a small pilot survey of six limber pine stands in CRMO following the Interagency Whitebark Pine Monitoring Protocol for the Greater Yellowstone Ecosystem (Greater Yellowstone Whitebark Pine Monitoring Working Group hereafter referred to as GYWPMWG] 2007). No blister rust was found during that survey, although mountain pine beetle galleries were found in several trees, and dwarf mistletoe was ubiquitous. In 2010 the authors tested a draft version of the protocol currently being used by the Upper Columbia Basin Network (UCBN), as well as the Klamath Network (KLMN) and Sierra Nevada Network (SIEN; McKinney et al. 2012). In 2011 the authors implemented the first full panel of 30 plots, plus two oversamples, following approval of the McKinney et al. (2012) protocol. Results from 2011 are reported in Stucki and Rodhouse (2012). This report presents the results for the second full panel of 30 plots established and surveyed in August 2012. Note that panel 2 includes the two oversample plots that were established in 2011. This is the second formal year of protocol implementation, and the permanent plots established in 2012 represent the second of 3 panels of plots that will be monitored into the future.

This SOP describes the training of the field crew prior to field sampling including overview of field data collection, data recording, and the importance of correct identification of osprey at Lake Roosevelt.

This protocol details the why, where, how, and when of the UCBN's osprey monitoring program. It consists of a protocol narrative and a set of standard operating procedures (SOPs), which detail the steps required to collect, manage, and disseminate the data representing the status and trend of osprey populations at LARO.

This report summarizes the results of the 2002 mammal (excluding bats) and herpetological inventory for the Nez Perce National Historical Park (NEPE). The mammal inventory did not include bats within its scope due to logistical constraints. The inventory was conducted by the University of Idaho Department of Fish and Wildlife Resources under a cooperative agreement with the National Park Service Northern Semi-Arid Network (now called the Upper Columbia Basin Network). The inventory is part of a nationwide inventory and monitoring (I&M) program initiated by the National Park Service Natural Resource Challenge.

This report summarizes the results of the 2003 inventory of birds, mammals, and herpetofauna, summarizes historic information, and contains brief accounts of each species present or expected to occur in the Hagerman Fossil Beds National Monument (HAFO). Information on species that are possible but unlikely to occur in the monument is also included.

This report summarizes the results of the 2003 inventory of mammals, summarizes historic information, and contains brief accounts of each species present or expected to occur at Craters of the Moon National Monument and Preserve (CRMO). Information on species that are possible but unlikely to occur at CRMO is also provided.

This report summarizes the data collected in 2012 for City of Rocks National Reserve and Castle Rocks State Park. Both units are co-managed by the National Park Service and Idaho State Parks and Recreation. Throughout the rest of the report we refer to both units together as the Reserve and by acronym as CIRO.

In 2009, the authors initiated a small pilot survey of six limber pine stands in CRMO following the Interagency Whitebark Pine Monitoring Protocol for the Greater Yellowstone Ecosystem (Greater Yellowstone Whitebark Pine Monitoring Working Group hereafter referred to as GYWPMWG] 2007). No blister rust was found during that survey, although mountain pine beetle galleries were found in several trees, and dwarf mistletoe was ubiquitous. In 2010 authors tested a draft version of the protocol currently being used by the Upper Columbia Basin Network (UCBN), as well as the Klamath Network (KLMN) and Sierra Nevada Network (SIEN; McKinney et al. in revision). The results reported in this report were generated in 2011 with data collected following an updated protocol by McKinney et al. (in revision). This is the first formal year of protocol implementation, and the permanent plots established in 2011 represent the first of 3 "panels" of plots that will be monitored into the future.