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Showing publications 1 to 8 out of 8 found.

1: Financial analysis of potential carbon value over 14 years of forest restoration using the framework species method

Publication dateJan 2022
Author(s)Jantawong, K., N. Kavinchan, P. Wangpakapattanawong & S. Elliott
PublisherForests 2022, 13, 144. https://doi.org/10.3390/f13020144
Format

Abstract: The carbon storage value of forest restoration, by the framework species method (FSM) in northern Thailand, was assessed for trees (using a partial harvesting technique) and soil and...

2: New allometric equations for quantifying tree biomass and carbon sequestration in seasonally dry secondary forest in northern Thailand

Publication date2021
Author(s)Pothong, T., S. Elliott, S. Chairuangsri, W. Chanthorn, D. Shannon & P. Wangpakapattanawong
PublisherNew Forests (2021). https://doi.org/10.1007/s11056-021-09844-3
Format

ABSTRACT: As tropical deforestation and forest degradation accelerate, carbon-credit trading could provide a financial incentive to preserve and regenerate forests. Since carbon trading relies on...

3: New Allometric Equations for Tree Biomass and Carbon Calculations in Secondary Hill Evergreen Forests in Northern Thailand

Publication date2019
Author(s)Pothong, T.
PublisherThe Graduate School, Chiang Mai University
Format

ABSTRACT: Accelerating deforestation and forest degradation are creating an urgent need for financial incentives, to preserve and regenerate secondary forests, such as carbon-credit trading....

4: Determination of aboveground carbon sequestration in restored forest by framework species method

Publication dateNov 2017
Author(s)Jantawong, K.
PublisherThe Graduate School, Chiang Mai University.
Format

ABSTRACT: Tropical deforestation reduces the global terrestrial carbon sink and substantially contributes towards global climate change. Conversely, tropical forest restoration could help to...

5: Above-ground carbon sequestration during restoration of upland evergreen forest in northern Thailand

Publication date2017
Author(s)Jantawong, K., S. Elliott & P. Wangpakapattanawong
PublisherScientific Research Publishing: Open J. For. 7: 157-171. doi: 10.4236/ ojf.2017.72010.
Format

ABSTRACT: Tropical deforestation reduces the global terrestrial carbon sink and substantially contributes towards global climate change. Conversely, restorating tropical forest ecosystem could...

6: Soil organic carbon stock in restored and natural forests in Northern Thailand

Publication date2015
Author(s)Kavinchan, N., P. Wangpakapattanawong, S.  Elliott, S. Chairuangsri and J. Pinthong
PublisherKKU Res. J. 20(3): 294-304.
Format

Abstract: In order to increase understanding of the role that tropical forest restoration might play in mitigating global climate change, soil organic carbon (SOC) was determined in a...

7: Use of the framework species method to restore carbon flow via litterfall and decomposition in an evergreen tropical forest ecosystem, northern Thailand

Publication date2015
Author(s)Kavinchan, N. P. Wangpakapattanawong, S. Elliott, S. Chairuangsri and J. Pinthong
PublisherKasetsart J. (Nat. Sci.) 49 : 639 - 650.
Format

ABSTRACT - If forest restoration is to play a significant role in mitigating climate change, greater knowledge is needed of how quickly the process can restore carbon flows to levels typical of...

8: Soil carbon sequestration and dynamics of natural forest ecosystems and forest restoration plots in Mae Rim District, Chiang Mai Province

Publication dateDec 2013
Author(s)Kavinchan, N.
PublisherGraduate School, Chiang Mai University, Thailand.
Format

ABSTRACT: The study of below-ground carbon sequestration was conducted in a forest that was restored using framework species method of Forest Restoration Research Unit (FORRU), Ban Mae Sa Mai, Mae...

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