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The Sqigwts 3-D Landscape is an interactive three-dimensional experience developed to provide an opportunity to effectively learn about the important cultural significance of sqigwts, the water potato (Sagittaria latifolia), to the Schitsu’umsh or Coeur d’Alene Indian Tribe (of the Pacific Northwest USA). The goal is to provide information on the potential vulnerability of this species to climate change and of the Schitsu’umsh living relationship with it. Schitsu’umsh knowledge and practice is called hnkhwelkhwlnet, meaning “our ways of life in the world,” and is conveyed through acts of re-telling oral traditions and stories. For the Schitsu’umsh, storytelling is a living act and can only truly occur in-person...
This is a protocol that seeks to protect a federally recognized American Indian tribe’s intellectual property (IP) and traditional knowledge (TK) from unapproved usage, while securing a process through which research ed information can be effectively obtained and disseminated. While acknowledging that each American Indian community may vary regarding its own unique protocol practices, the following document covers four sets of principles and issues which are over-arching recommendations for developing positive communications and collaborative research relationships between a tribe(s) and researchers funded by federal and/or state agencies. Illustrative case examples will be provided throughout this document that...
Based upon the research developed in association with the Sqigwts NKN Climate Change project, this document provides recommendations on how to design inter - actable food producing “Gardens” (the term defined later in this document), with appropriate Indigenous content and pedagogical considerations relating to climate change. The Garden could be used by the Tribe at their discretion to identify, protect and perpetuate the use and locations of traditional, native plants used in the traditional seasonal round . It seeks to demonstrate that both indigenous and sc ientific knowledge can be successfully applied in this endeavor. It seeks to be an educational venue for students and their teachers, and to be a sustainable...
Overgrazing and fire suppression have led to a loss of deep soils and vegetative cover in the 420,000 acre Alamosa Creek watershed in southwestern New Mexico. Rain and snow melt are no longer held by the soils and released slowly, but run off in floods, resulting in catastrophic flows and severe erosion that contribute sediment to Elephant Butte Dam. The diverse community of farmers that irrigate 800 acres of valley land on 49 farms in Cañada Alamosa are looking to revive traditional and develop innovate new practices to maintain their way of life. Partnerships are required to design new land management practices between scientists and local land managers. This project is a component of a larger Alamosa Land Institute...
Categories: Data, Project; Types: Map Service, OGC WFS Layer, OGC WMS Layer, OGC WMS Service; Tags: 2012, Alamosa Creek, Cañada Alamosa Watershed, Conservation Design, Datasets/Database, All tags...
Final Report Abstract: More than half of the world’s population relies upon monsoonal rainfall that supports agriculture. While in many locations climate change is resulting in less moisture from fewer winter storms and more intense summer precipitation events, rural working landscapes (agricultural managed systems) are struggling to recover from increasingly extreme droughts and floods. The Cañada Alamosa watershed, a 420,000 acre in southwestern New Mexico (see figure 1), faces contemporary resource challenges common to the Southwest; overgrazing and fire suppression have led to a loss of deep soils and vegetative cover. This area’s traditional cultural practices of managed stormwater flooding of the historic...
Categories: Data; Types: Downloadable, Map Service, OGC WFS Layer, OGC WMS Layer, OGC WMS Service, Shapefile; Tags: 2012, Alamosa Creek, Cañada Alamosa Watershed, Conservation Design, Data.gov Desert LCC, All tags...
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Native Americans throughout the Southwest are vulnerable to climate change due to intimate relationships with the environments and landscapes upon which their cultures, traditions, and livelihoods depend. The Pyramid Lake Paiute Tribe (PLPT) in Nevada is profoundly connected physically, culturally, and spiritually to Pyramid Lake, the endangered cui-­ui fish, and the threatened Lahontan cutthroat trout. While the tribe has adapted to non-­climatic stressors over the past century, climate change impacts to water resources pose a threat to the ecosystems and species of fish so deeply important to the PLPT. Our previous research indicates that PLPT is an exemplary leader in adaptive planning, given that tribal members...


    map background search result map search result map Aligning Ecological Restoration and Community Interests through Active Experimentation Sqigwts 3-D Landscape Pyramid Lake Paiute Tribe Traditional Knowledge and Climate Change Adaptation R12AP80911 Final Report: Alamosa Creek and the Cañada Alamosa Community: Aligning ecological restoration and community interests through active experimentation Aligning Ecological Restoration and Community Interests through Active Experimentation R12AP80911 Final Report: Alamosa Creek and the Cañada Alamosa Community: Aligning ecological restoration and community interests through active experimentation Pyramid Lake Paiute Tribe Traditional Knowledge and Climate Change Adaptation Sqigwts 3-D Landscape