Abstract:Sequestered carbon is a new forest product that could help private forest owners earn financial returns while keeping their forests intact. Private forest owners are responsible for 78% of forests in Massachusetts, and the carbon these trees sequester could be traded in emerging cap-and-trade carbon markets in the United States. In forming policy about climate change and forestry, it is important to understand the factors that influence the likelihood of landowners choosing to sell sequestered carbon and parti… Show more
“…Additionally, several landowner characteristics were found not to be significant predictors of participation. Although landowners with a long land tenure were not found to be significantly less interested in participating as hypothesized, some other studies have also found length of ownership to not influence participation in carbon programs (Fletcher et al 2009;Thompson and Hansen 2012). Familiarity with managing forests for carbon was also not found to be a significant predictor of participation.…”
Section: Unexpected Findingsmentioning
confidence: 68%
“…Previous studies on carbon programs and incentive programs for other ecosystem services suggest that payment amount and contract length are important program characteristics and were included in the model. Several studies have demonstrated a positive relationship between the payment amount offered and participation (Dickinson et al 2012;Fletcher et al 2009;Kilgore et al 2008a;Kline et al 2000;Layton and Siikamäki 2009;Markowski-Lindsay et al 2011;Miller et al 2012;Rabotyagov and Lin 2013;Sullivan et al 2005). Payment amount (PAYMENT) was therefore hypothesized to have a positive effect on participation.…”
Section: Model Developmentmentioning
confidence: 99%
“…Only a handful of studies have quantitatively examined factors that influence family forest owner interest in participating in carbon offset programs. Three of these were carried out in Massachusetts, the first being a pilot study conducted by Fletcher et al (2009), which was expanded on by Dickinson (2010) and Markowski-Lindsay et al (2011). The studies used mail surveys to ask respondents to rate various hypothetical carbon sequestration programs according to how likely they would be to enroll the program.…”
“…Additionally, several landowner characteristics were found not to be significant predictors of participation. Although landowners with a long land tenure were not found to be significantly less interested in participating as hypothesized, some other studies have also found length of ownership to not influence participation in carbon programs (Fletcher et al 2009;Thompson and Hansen 2012). Familiarity with managing forests for carbon was also not found to be a significant predictor of participation.…”
Section: Unexpected Findingsmentioning
confidence: 68%
“…Previous studies on carbon programs and incentive programs for other ecosystem services suggest that payment amount and contract length are important program characteristics and were included in the model. Several studies have demonstrated a positive relationship between the payment amount offered and participation (Dickinson et al 2012;Fletcher et al 2009;Kilgore et al 2008a;Kline et al 2000;Layton and Siikamäki 2009;Markowski-Lindsay et al 2011;Miller et al 2012;Rabotyagov and Lin 2013;Sullivan et al 2005). Payment amount (PAYMENT) was therefore hypothesized to have a positive effect on participation.…”
Section: Model Developmentmentioning
confidence: 99%
“…Only a handful of studies have quantitatively examined factors that influence family forest owner interest in participating in carbon offset programs. Three of these were carried out in Massachusetts, the first being a pilot study conducted by Fletcher et al (2009), which was expanded on by Dickinson (2010) and Markowski-Lindsay et al (2011). The studies used mail surveys to ask respondents to rate various hypothetical carbon sequestration programs according to how likely they would be to enroll the program.…”
“…The United Nation’s REDD program as well as recent proposals in the United States for a carbon offset market are examples of such programs. Broadly speaking, they aim to promote conservation by placing a monetary value on the carbon sequestration services provided by healthy ecosystems [4], [5], [6].…”
Developing accurate but inexpensive methods for estimating above-ground carbon biomass is an important technical challenge that must be overcome before a carbon offset market can be successfully implemented in the United States. Previous studies have shown that LiDAR (light detection and ranging) is well-suited for modeling above-ground biomass in mature forests; however, there has been little previous research on the ability of LiDAR to model above-ground biomass in areas with young, aggrading vegetation. This study compared the abilities of discrete-return LiDAR and high resolution optical imagery to model above-ground carbon biomass at a young restored forested wetland site in eastern North Carolina. We found that the optical imagery model explained more of the observed variation in carbon biomass than the LiDAR model (adj-R2 values of 0.34 and 0.18 respectively; root mean squared errors of 0.14 Mg C/ha and 0.17 Mg C/ha respectively). Optical imagery was also better able to predict high and low biomass extremes than the LiDAR model. Combining both the optical and LiDAR improved upon the optical model but only marginally (adj-R2 of 0.37). These results suggest that the ability of discrete-return LiDAR to model above-ground biomass may be rather limited in areas with young, small trees and that high spatial resolution optical imagery may be the better tool in such areas.
“…This has often been identified as an important factor in the previous literature (e.g. Horne 2006;Fletcher et al 2009;Markowski-Lindsay et al 2011;Miller et al 2012;Dickinson et al 2012;Håbesland et al 2016;Latta et al 2016;Khanal et al 2017). However, the forest owners had doubts about whether the compensation fully covers the costs of participation or the lost income from timber sales.…”
tel. +358 2941 57971, lauri.valsta@helsinki.fi, Orchid ID 0000-0002-7555-7271 2 Forest owners' views on storing carbon in their forests Abstract Given the high percentage of private forest ownership in Finland, family forest owners have an important role in mitigating climate change. The study aims to explore Finnish family forest owners' perceptions on climate change and their opinions on increasing carbon storage in their forests through new kinds of management activities and policy instruments. The data consists of thematic face-to-face interviews among Helsinki metropolitan area forest owners (n=15). These city-dwellers were expectedto be more aware of and more interested in climate change mitigation than forest owners at large. Forests as carbon fluxes appear to be a familiar concept to most of the forest owners, but carbon storage in their own forests was a new idea. Four types concerning forest owners' view on storing carbon in their forests could be identified. The Pioneer utilizes forestland versatilely and has already adopted practices to mitigate climate change. The Potential is concerned about climate change, but this is not seen in forest practices applied. The Resistant is generally aware of climate change but sees a fundamental contradiction between carbon storing and wood production. The Indifferent Owner believes that climate change is taking place but does not acknowledge a relation between climate change and the owner's forests.
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