Role of rumen Butyrivibrio in plant fibre degradation and methanol formation for reducing methane emissions

Palevich, Nik; Carbone, Vince; Maclean, Paul; Reilly, Kerri; Palevich, Faith; Reid, Peter; Sang, Carrie; Schofield, Linley; Ronimus, Ron; Kelly, Bill; Attwood, Graeme

doi:10.57935/AGR.29231783.v1

Role of rumen Butyrivibrio in plant fibre degradation and methanol formation for reducing methane emissions

poster

posted on 2025-06-09, 20:27 authored by Nik PalevichNik Palevich, Vince CarboneVince Carbone, Paul MacleanPaul Maclean, Kerri ReillyKerri Reilly, Faith PalevichFaith Palevich, Peter ReidPeter Reid, Carrie SangCarrie Sang, Linley SchofieldLinley Schofield, Ron RonimusRon Ronimus, Bill KellyBill Kelly, Graeme AttwoodGraeme Attwood

Aim: Investigate pectin breakdown abilities and inhibition of demethoxylation enzymes in rumen Butyrivibrio to indirectly target methanogenesis without compromising biomass conversion efficiency.

Funding

New Zealand Agricultural Greenhouse Gas Research Centre (NZAGRC) Innovation Fund programme (IF_AgR_Methanol)

History

Publication date

2025-06-03

Project number

PRJ0327885

Language

English

Does this contain Māori information or data?

No

Publisher

AgResearch Ltd

Conference name

14th International Gut Microbiology Symposium (IGMS)

Conference location

Clermont-Ferrand, France

Conference start date

2025-06-03

Conference end date

2025-06-05

Usage metrics

Keywords

methane rumen bacteria Butyrivibrio bacteria plant fibre methane inhibitors Pectin methylesterases (PMEs)greenhouse gas emissions

Licence

CC BY 4.0

Role of rumen <i>Butyrivibrio</i> in plant fibre degradation and methanol formation for reducing methane emissions