TY - BOOK
T1 - C-sequ Life cycle assessment guidelines for calculating carbon sequestration in cattle production systems
AU - Alcock, J.
AU - Brandão, M.
AU - Bodoy, A.
AU - Fornara, D.
AU - Haugen-Kozyra, K.
AU - Hillier, J.
AU - Barahona, N.C.J.
AU - Kätterer, T.
AU - Lal, R.
AU - Ledgard, S.
AU - Ledo, A.
AU - Lesschen, J.P.
AU - McConkey, B.
AU - Orvain-Jouault, M.
AU - Petre, R.
AU - Thoma, G.
PY - 2022
Y1 - 2022
N2 - The concept of carbon sequestration is acknowledged as a potential way for agriculture to not just emit carbon dioxide, but store it, removing it from the atmosphere. Up until now there has been no consensus on an appropriate LCA-based approach for application in cattle production systems to quantify carbon removals. The focus has always been on emissions only. As the cattle sector works towards net zero ambitions, an appropriate science-based approach is required to not only account for emissions but also quantity carbon removal as part of the GHG footprint reporting.
AB - The concept of carbon sequestration is acknowledged as a potential way for agriculture to not just emit carbon dioxide, but store it, removing it from the atmosphere. Up until now there has been no consensus on an appropriate LCA-based approach for application in cattle production systems to quantify carbon removals. The focus has always been on emissions only. As the cattle sector works towards net zero ambitions, an appropriate science-based approach is required to not only account for emissions but also quantity carbon removal as part of the GHG footprint reporting.
UR - https://res.slu.se/id/publ/129748
M3 - Report
T3 - Bulletin of the International Dairy Federation
BT - C-sequ Life cycle assessment guidelines for calculating carbon sequestration in cattle production systems
PB - International Dairy Federation (I.N.P.A.)
ER -