Abstract

BackgroundCarbon sequestration through recommended forest management practices is an ecosystem service that helps mitigate climate change and its impacts while generating carbon credits for forestland owners to sell in cap-and-trade programs. The California’s cap-and-trade program (California’s carbon market hereafter) allows forestland owners from any part of the contiguous United States to supply carbon credits to compliance entities. In this study, we estimate South Carolina (SC) private forestland owners’ willingness to accept compensations to participate in the California’s carbon market using a contingent valuation method.ResultsWe estimate forestland owners’ mean willingness to accept as $67 per acre per year. Our results reveal higher probability of participation of forestland owners with interests in preserving forest ecosystems than those who do not. Additionally, forestland owners who trust in information about climate change from scientists or government are willing to participate more than those who do not.ConclusionsVarious factors hinder landowners’ ability to participate in carbon markets. Forestland owners in SC consider legislative uncertainty and long-time commitment as the main barriers to participation in California’s carbon market. From this research, average forestland tenure in SC is 27 years, which is far less than the 100-year time commitment of the California’s carbon market. Of those who agreed to participate, choosing between adopting and not adopting any of the three main forest management practices in the California’s carbon market: 28% are likely to adopt improved forest management (IFM) practices, 24% are likely to adopt reforestation due to understocked forestlands, and 14% are likely to adopt avoided conversion. In another development, the concept of aggregation has dominated discussions in the California’s carbon market of late. It is an advocacy to include small-scale forestlands in the California’s carbon market. To aggregate, different forestland owners will combine their forestlands to participate. We find that 79% of SC forestland owners are willing to aggregate to participate. However, this research is unable to determine how much total forestland is available in SC for carbon market. We recommend future research in the State on forestland owners’ participation in carbon market should consider evaluating forestland availability.

Highlights

  • Forests perform myriads of ecological functions including carbon sequestration, nutrient cycling, maintenance of wildlife habitat, and improvement of air and water quality

  • Market-based mechanisms including carbon emissions trading have become widely accepted as cost-effective approaches (Hamrick and Galant 2017), and forestland owners are expected to be among the largest suppliers of carbon credits in carbon emissions trading (Hein 2017)

  • California Air Resources Board (CARB) implemented the cap-and-trade program in the state to achieve the environmental objective of reduced emissions at lowest cost

Read more

Summary

Introduction

Forests perform myriads of ecological functions including carbon sequestration, nutrient cycling, maintenance of wildlife habitat, and improvement of air and water quality. Carbon sequestration through recommended forest management practices is an ecosystem service that helps mitigate climate change and its impacts (Jackson et al 2008) while generating carbon credits for forestland owners to sell in carbon markets. The current BMPs include environmentally responsible timber harvesting operations, reforestation, and other operations to improve water quality and co-benefits (SC Forestry Commission 2018). These BMPs signal that it might be easier for forestland owners in the State to generate, maintain, and improve carbon stocks on their forestlands. Carbon sequestration through recommended forest management practices is an ecosystem service that helps mitigate climate change and its impacts while generating carbon credits for forestland owners to sell in cap-and-trade programs. We estimate South Carolina (SC) private forestland owners’ willingness to accept compensations to participate in the California’s carbon market using a contingent valuation method

Objectives
Results
Conclusion
Full Text
Published version (Free)

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call