Projects

Current Research

Reclaiming Akwesasne’s Pollution Data

  • Cultivating interventions that engage in an ontological and dogmatic shift of power dynamics embedded in environmental and pollution information and data relations in Akwesasne
  • Developing a comprehensive information repository that stories our community’s environmental data history
  • Engaging in anti-colonial methodologies for information acquisition, translation and dissemination
  • Developing technologies for industrial counter-surveillance and accountability
  • Currently not grant-supported

Repertoires of Contention for Community Resistance to Bitcoin Mining in New York

  • Applying a diverse set of computational techniques to engage with and address community concerns surrounding externalized impacts of the Greenidge Bitcoin Mining power plant on Seneca Lake in New York state
  • Mapping community sentiment to permit renewal (DEC_Counts)
  • Community science techniques to map thermal water plumes (GANDER, SatHelper)
  • Power mapping corporate and government stakeholders surrounding a bitcoin mining controversy
  • Supported Repair & Redress funded by Innovation for Impact Fund, Cornell Atkinson Center for Sustainability

Cornell University Indigenous Dispossession Project: Archiving the Land Grab

  • Expose the depth and significance of Cornell’s profit-taking from the proceeds of Indigenous dispossession undertaken by the federal government (Morrill Act of 1862)
  • Data visualization techniques to present the history of Cornell University’s relationship and raise metrics for contemporary redress
  • Supported by American Indian & Indigenous Studies Program

Past Research

Data Driven Building Energy Management (Jan 2021 – Apr 2021)

  • Building energy data acquisition systems
  • Running simulations to model building energy consumption patterns 
  • Supported by ​​Lawrence Berkeley National Lab

Semantic Segmentation of Satellite Images: Analyzing Fire Scars in the Western Australian Desert (May 2020 – Dec 2020)

  • Streamline and automate fire scar identification using computer vision techniques on Landsat8 satellite imagery 
  • Supported by ​​Santa Fe Institute

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