The Importance of Deep Rooted Native Vegetation in Flood Management in Montclair
Presentation Type
Poster
Faculty Advisor
Gregory Pope
Access Type
Event
Start Date
26-4-2024 9:45 AM
End Date
26-4-2024 10:44 AM
Description
This project aims to examine the effects of deep-rooted native vegetation on infiltration rates of parks and lawns in Montclair, New Jersey. By conducting a comparative analysis of infiltration rates in flood-prone areas with native vegetation against those with traditional turf grass, the study aims to reveal the potential of native plants to enhance the capacity for water infiltration. The hypothesis proposes that the intricate and extensive root systems of native vegetation will significantly improve the site's ability to absorb water. Soil infiltration rates will be calculated using a 1-hour percolation test along with a simple soil compaction test. Slower infiltration will take place in more aerated and less compacted soils. These findings can help advance flood mitigation strategies while also fostering the resilience of local ecosystems. Through this investigation, the research aims to explore the potential role of integrating deep-rooted native vegetation within Montclair’s parks and laws to assess its effectiveness in flood mitigation.
The Importance of Deep Rooted Native Vegetation in Flood Management in Montclair
This project aims to examine the effects of deep-rooted native vegetation on infiltration rates of parks and lawns in Montclair, New Jersey. By conducting a comparative analysis of infiltration rates in flood-prone areas with native vegetation against those with traditional turf grass, the study aims to reveal the potential of native plants to enhance the capacity for water infiltration. The hypothesis proposes that the intricate and extensive root systems of native vegetation will significantly improve the site's ability to absorb water. Soil infiltration rates will be calculated using a 1-hour percolation test along with a simple soil compaction test. Slower infiltration will take place in more aerated and less compacted soils. These findings can help advance flood mitigation strategies while also fostering the resilience of local ecosystems. Through this investigation, the research aims to explore the potential role of integrating deep-rooted native vegetation within Montclair’s parks and laws to assess its effectiveness in flood mitigation.