Travis Flohr

Assistant Professor of Landscape Architecture


Travis Flohr

Huck Graduate Students

Huck Affiliations

Links

Most Recent Publications

Amirhosein Shabrang, Mehdi HerisHunt, Travis Flohr, 2025, Findings

Travis Flohr, Lara Garcia, Caio Figueiredo, C Figeueredo, Mehdi Heris, J Lindemann, Margaret Hoffman, Justine Lindeman, J Lindemann, L Richardson, Mehdi Heris, Hong Wu, Lilliard Richardson, 2024, Journal of Digital Landscape Architecture on p. 302-313

Emmy Kriehn, Kenneth Tamminga, Travis Flohr, 2023, Sustainability on p. 23

Mahsa Adib, Hong Wu, Travis Flohr, 2023, PLOS Water on p. e0000084

Investigating New York City’s Cool Roof Program Implementation Using Remote Sensing Through an Environmental Justice Lens

Travis Flohr, Mehdi Heris, Rosy George, Andrea Avila, 2023, Journal of Digital Landscape Architecture on p. 65-74

An ENVI-met Simulation Data Pipeline for Evaluating Urban Tree Patterns Impacts on Urban Micro-climate

Travis Flohr, Mehdi Heris, Elizabeth Derycke, 2022, Journal of Digital Landscape Architecture on p. 538-548

An ENVI-met Simulation Data Pipeline for Evaluating Urban Tree Patterns Impact on Urban Micro-climate

Travis Flohr, Mehdi Heris, Elizabeth Derycke, 2022, Journal of Digital Landscape Architecture on p. 538-548

The Virtual Studio: creating physical presence in a virtual studio environment.

Travis Flohr, T Johnson, K Tamminga, 2021, Journal of Digital Landscape Architecture

A web app for urban pollinator site assessment

Travis Flohr, H Wu, Nastaran Tebyanian, 2020, Landscape Research Record on p. 177-191

Creating virtual environments in support of on-line problem-based learning

Travis Flohr, Dolores Sirek, Ross Tredinnick, 2020, Journal of Digital Landscape Architecture on p. 386-394

Most-Cited Papers

A Geodesign approach to environmental design education: Framing the pedagogy, evaluating the results

Brian Muller, Travis Flohr, 2016, Landscape Planning on p. 101-117

An ENVI-met Simulation Data Pipeline for Evaluating Urban Tree Patterns Impact on Urban Micro-climate

Travis Flohr, Mehdi Heris, Elizabeth Derycke, 2022, Journal of Digital Landscape Architecture on p. 538-548

Creating virtual environments in support of on-line problem-based learning

Travis Flohr, Dolores Sirek, Ross Tredinnick, 2020, Journal of Digital Landscape Architecture on p. 386-394

Mahsa Adib, Hong Wu, Travis Flohr, 2023, PLOS Water on p. e0000084

Deep decarbonization and renewable energy in the Appalachian Mountains (DDREAM): a socio-ecological systems approach to evaluating ecological governance

Stephen P. Mainzer, Charles Cole, Travis Flohr, 2019, Socio-Ecological Practice Research on p. 249-263

Travis Flohr, Lara Garcia, Caio Figueiredo, C Figeueredo, Mehdi Heris, J Lindemann, Margaret Hoffman, Justine Lindeman, J Lindemann, L Richardson, Mehdi Heris, Hong Wu, Lilliard Richardson, 2024, Journal of Digital Landscape Architecture on p. 302-313

Emmy Kriehn, Kenneth Tamminga, Travis Flohr, 2023, Sustainability on p. 23

Investigating New York City’s Cool Roof Program Implementation Using Remote Sensing Through an Environmental Justice Lens

Travis Flohr, Mehdi Heris, Rosy George, Andrea Avila, 2023, Journal of Digital Landscape Architecture on p. 65-74

A web app for urban pollinator site assessment

Travis Flohr, H Wu, Nastaran Tebyanian, 2020, Landscape Research Record on p. 177-191

An ENVI-met Simulation Data Pipeline for Evaluating Urban Tree Patterns Impacts on Urban Micro-climate

Travis Flohr, Mehdi Heris, Elizabeth Derycke, 2022, Journal of Digital Landscape Architecture on p. 538-548

News Articles Featuring Travis Flohr

New Beescape updates include county-level plant recommendations for pollinators

Penn State’s Beescape tool is gaining a new feature that allows users to download county-specific lists of pollinator-attractive plants, offering a more localized approach to improving pollinator habitats across Pennsylvania. The feature, developed by a multidisciplinary team of researchers at Penn State’s Center for Pollinator Research in the College of Agricultural Sciences, allows users to generate lists of plants tailored to ecological conditions at the county level.

Urban heat portal aims to tackle rising temperatures, protect at-risk residents

As heat and associated risks intensify in cities around the world, a new tool developed by researchers in the College of Arts and Architecture’s Stuckeman School at Penn State and the Department of Urban Policy at Hunter College aims to shed light on how rising temperatures affect New York City’s neighborhoods — and what can be done to protect the most vulnerable communities.

'Growing Impact' explores urban forests, their impact on hot cities

The latest episode of “Growing Impact” features Travis Flohr, assistant professor of landscape architecture at Penn State.

NASA-funded research seeks to address vulnerability to extreme heat in cities

A new NASA-funded project will support the development of an internet-based design and planning-decision support platform that will help equitably address urban heat management at the building, neighborhood and city scales.