Digital Commons Network^™

City Of Tampa Tree Canopy And Urban Forest Analysis 2021, Shawn M. Landry, Andrew K. Koeser, Rebecca Zarger, Kira Rib, Allyson Salisbury, Robert J. Northrop, Michael G. Andreu, Allison Bednar, Zach Freeman

School of Geosciences Faculty and Staff Publications

This report summarizes the fourth tree canopy and urban forest analysis conducted for the City of Tampa and represents the year 2021. The City of Tampa tree ordinance (Ord. No. 2006-74, § 9, 3-23-06) requires an assessment of the tree canopy and urban forest every five years (beginning in 20061). In an effort to reduce concerns over bias, this work has been conducted by a collaborative team from the University of South Florida and the University of Florida following established USDA Forest Service protocols.

This report provides detailed information about the current size, composition, health, and distribution of Tampa’s urban …

Using The 3-30-300 Rule To Assess Urban Forest Access And Preferences In Florida (United States), Andrew Koeser, Richard Hauer, Michael Andreu, Robert Northrop, Mysha Clarke, John Diaz, Deborah Hilbert, Cecil Konijnendijk, Shawn Landry, Grant Thompson, Rebecca K. Zarger

School of Geosciences Faculty and Staff Publications

Background: Public engagement is needed to make sure urban forestry management efforts align with the values of the public being served. Noting this, we determined current and desired urban forest access of Florida (United States) residents using the criteria from the 3-30-300 rule (i.e., 3 trees visible from home, 30% canopy in neighborhood, and a green space within 300 meters of home). Methods: A survey of 1,716 Florida residents was conducted to assess canopy coverage and green space access. Respondents were then asked if this level of urban forest access was sufficient for their needs. We also asked their perceptions …

Reorganizing The Waterscape: Asymmetric Loss Of Wetlands And Gain Of Artificial Water Features In A Mixed-Use Watershed, Mark Rains, Kurt Schmidt, Shawn Landry, William Kleindl, Kai Rains

School of Geosciences Faculty and Staff Publications

Between the 1780 and 1980s, more than half of the wetlands in the conterminous US were lost. As wetlands have been lost, numerous artificial water features (AWFs), such as stormwater retention ponds, golf course water features, and reservoirs, have been constructed. We contrasted the loss of wetland area and perimeter to the gain of AWF area and perimeter and further explored how this transformation has altered the spatial characteristics of the waterscape. We conducted this analysis in the Tampa Bay Watershed, a large coastal watershed that lost 33% of its wetland area between the 1950s-2007. Trends have been towards fewer, …