The potential of natural rubber to contribute to climate change mitigation is often overlooked. The purpose of this paper is to synthesize available research, mainly from the results of a recent workshop organised by IRSG in collaboration with CIFOR/FTA, IRRDB and CIRAD. Studies have been conducted on the potential contribution of rubber plantations to climate change mitigation in diverse situations, generally focusing on carbon stocked in tree biomass above and below ground.
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TI - Natural rubber contributions to mitigation of climate change
AU - Kadir, A.B.S.A.
AU - Gitz, V.
AU - Gohet, E.
AU - Jacob, J.
AU - Nair, L.
AU - Pinizzotto, S.
AU - Nguyen, A.N.
AU - Blagodatsky, S.
AU - Brady, M.A.
AU - Cerutti, P.O.
AU - Chen, B.
AU - Duchelle, A.E.
AU - Fairuzah, Z.
AU - Febbiyanti, T.R.
AU - Gay, F.
AU - Jessy, M.D.
AU - Martius, C.
AU - Matsui, M.
AU - Meybeck, A.
AU - Nouvellon, Y.
AU - Omokhafe, K.O.
AU - Othman, R.
AU - Penot, E.
AU - Rodrigo, L.
AU - Rubaizah, F.
AU - Beuve, J.S.
AU - Singh, A.
AU - Tajuddin, I.
AU - Thaler, P.
AU - Wijaya, T.
AU - Wjiesuriya, W.
AB - The potential of natural rubber to contribute to climate change mitigation is often overlooked. The purpose of this paper is to synthesize available research, mainly from the results of a recent workshop organised by IRSG in collaboration with CIFOR/FTA, IRRDB and CIRAD. Studies have been conducted on the potential contribution of rubber plantations to climate change mitigation in diverse situations, generally focusing on carbon stocked in tree biomass above and below ground.
PY - 2022
UR - https://www.cifor-icraf.org/knowledge/publication/8753/
KW - climate change, livelihoods, mitigation, rubber plants, value chain
ER -Endnote (.ciw)
%T Natural rubber contributions to mitigation of climate change
%A Kadir, A.B.S.A.
%A Gitz, V.
%A Gohet, E.
%A Jacob, J.
%A Nair, L.
%A Pinizzotto, S.
%A Nguyen, A.N.
%A Blagodatsky, S.
%A Brady, M.A.
%A Cerutti, P.O.
%A Chen, B.
%A Duchelle, A.E.
%A Fairuzah, Z.
%A Febbiyanti, T.R.
%A Gay, F.
%A Jessy, M.D.
%A Martius, C.
%A Matsui, M.
%A Meybeck, A.
%A Nouvellon, Y.
%A Omokhafe, K.O.
%A Othman, R.
%A Penot, E.
%A Rodrigo, L.
%A Rubaizah, F.
%A Beuve, J.S.
%A Singh, A.
%A Tajuddin, I.
%A Thaler, P.
%A Wijaya, T.
%A Wjiesuriya, W.
%D 2022
%U https://www.cifor-icraf.org/knowledge/publication/8753/
%X The potential of natural rubber to contribute to climate change mitigation is often overlooked. The purpose of this paper is to synthesize available research, mainly from the results of a recent workshop organised by IRSG in collaboration with CIFOR/FTA, IRRDB and CIRAD. Studies have been conducted on the potential contribution of rubber plantations to climate change mitigation in diverse situations, generally focusing on carbon stocked in tree biomass above and below ground.
%K climate change
%K livelihoods
%K mitigation
%K rubber plants
%K value chain
Publication year
2022
Authors
Kadir, A.B.S.A.; Gitz, V.; Gohet, E.; Jacob, J.; Nair, L.; Pinizzotto, S.; Nguyen, A.N.; Blagodatsky, S.; Brady, M.A.; Cerutti, P.O.; Chen, B.; Duchelle, A.E.; Fairuzah, Z.; Febbiyanti, T.R.; Gay, F.; Jessy, M.D.; Martius, C.; Matsui, M.; Meybeck, A.; Nouvellon, Y.; Omokhafe, K.O.; Othman, R.; Penot, E.; Rodrigo, L.; Rubaizah, F.; Beuve, J.S.; Singh, A.; Tajuddin, I.; Thaler, P.; Wijaya, T.; Wjiesuriya, W.
Language
English
Keywords
climate change, livelihoods, mitigation, rubber plants, value chain
