Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Development of an Urban Turfgrass and Tree Carbon Calculator for Northern Temperate Climates

View through CrossRef
The presence of urban plants in an ecosystem are vital for processes including carbon sequestration and the type of urban plants included in urban settings affect the amount of carbon sequestered. The objective of this study is to assess the ability of urban plants to sequester carbon under a number of available management practices through the development and refinement of an accessible carbon calculator. Available urban plant data were analyzed using the calculator developed using available literature regarding carbon sequestration to determine differences between different types of plants, when hidden carbon costs (HCC) were considered. Carbon sequestration including HCC for turfgrasses could be calculated but there was a lack of information regarding HCC of urban trees and shrubs. The calculator was shown to be an effective tool for homeowners to determine viable management practices to maintain or increase carbon sequestration.
Title: Development of an Urban Turfgrass and Tree Carbon Calculator for Northern Temperate Climates
Description:
The presence of urban plants in an ecosystem are vital for processes including carbon sequestration and the type of urban plants included in urban settings affect the amount of carbon sequestered.
The objective of this study is to assess the ability of urban plants to sequester carbon under a number of available management practices through the development and refinement of an accessible carbon calculator.
Available urban plant data were analyzed using the calculator developed using available literature regarding carbon sequestration to determine differences between different types of plants, when hidden carbon costs (HCC) were considered.
Carbon sequestration including HCC for turfgrasses could be calculated but there was a lack of information regarding HCC of urban trees and shrubs.
The calculator was shown to be an effective tool for homeowners to determine viable management practices to maintain or increase carbon sequestration.

Related Results

James B Beard: The father of contemporary turfgrass science
James B Beard: The father of contemporary turfgrass science
AbstractJames B Beard (24 Sept. 1935 to 8 May 2018) can rightly be considered the “Father” of contemporary turfgrass science. During his career, he was known for setting a standard...
What Is the Impact of Turfgrass on Urban Carbon Dioxide Fluxes?
What Is the Impact of Turfgrass on Urban Carbon Dioxide Fluxes?
Evaluating the efficacy of climate mitigation measures requires quantifying urban greenhouse gas (GHG) emissions. Both anthropogenic and biogenic GHG fluxes are important in urban ...
Carbon and nitrogen isotopes in grasslands of northern China
Carbon and nitrogen isotopes in grasslands of northern China
<p>Carbon (C) and nitrogen (N) isotopes are important traits to characterize terrestrial ecosystems. Studying the relationships between carbon and nitrogen isotopes o...
Random Amplified Polymorphic DNA Analysis of Dry Turfgrass Seed
Random Amplified Polymorphic DNA Analysis of Dry Turfgrass Seed
Random amplified polymorphic DNA (RAPD) markers from leaf tissue extractions are effective for discrimination of turfgrass varieties. The usefulness of RAPD markers for turfgrass v...
Silicon in turfgrass: A review
Silicon in turfgrass: A review
AbstractSilicon (Si) is a “quasi‐essential” element that helps plants to overcome various abiotic and biotic stresses. This review summarizes research which examined application of...
Ecology of Yuqing County Carbon Sink Calculation and Ecosystem Protection Measures
Ecology of Yuqing County Carbon Sink Calculation and Ecosystem Protection Measures
Based on the remote sensing statistical data of land use of terrestrial ecosystems in Yuqing County, this paper calculates the amount of carbon sinks in the county according to the...
Inter-specific variations in tree stem methane and nitrous oxide exchanges in a tropical rainforest
Inter-specific variations in tree stem methane and nitrous oxide exchanges in a tropical rainforest
<p>Tropical forests are the most productive terrestrial ecosystems, global centres of biodiversity and important participants in the global carbon and water cycles. T...

Back to Top