Overview of animals screened for CH4 yields and rumen samples collected for microbial community structure analysis.

Data from: Oral samples as non-invasive proxies for assessing the composition of the rumen microbial community

Tapio, Ilma
Shingfield, Kevin J.
McKain, Nest
Bonin, Aurelie
Fischer, Daniel
Bayat, Ali R.
Vilkki, Johanna
Taberlet, Pierre
Snelling, Timothy J.
Wallace, R. John

April 2016

Microbial community analysis was carried out on ruminal digesta obtained directly via rumen fistula ...

Table_1_Evaluation of Microbial Communities Associated With the Liquid and Solid Phases of the Rumen of Cattle Offered a Diet of Perennial Ryegrass or White Clover.XLSX

Jenna M. Bowen (5826857)
Matthew S. McCabe (385553)
Susan J. Lister (4258708)
Paul Cormican (147333)
Richard J. Dewhurst (2147338)

October 2018

Rumen microbiota plays an important role in animal productivity, methane production and health. Seve...

Combining heterogeneous across-country data for prediction of enteric methane from proxies in dairy cattle

Negussie, E.
Gonzalez Recio, O.
de Haas, Y.
Gengler, N.
Soyeurt, H.
Peiren, N.
Pszczola, M.
Garnsworthy, P.C.
Battagin, M.
Bayat, A.R.
Lassen, Jan
Yan, T.
Boland, T.
Kuhla, B.
Strabel, T.
Schwarm, A.
Vanlierde, A.
Biscarini, F.

January 2018

Large-scale measurement of enteric methane (CH4) from individual animals is a requisite for estimati...

Correlation of rumen microbial community structure with CH4 yields of sheep.

Sandra Kittelmann (164632)
Cesar S. Pinares-Patiño (607043)
Henning Seedorf (280823)
Michelle R. Kirk (607044)
Siva Ganesh (607045)
John C. McEwan (553298)
Peter H. Janssen (164639)

July 2014

(A) Correspondence analysis of bacterial communities in 230 rumen samples revealed a relative abu...

Between-cow variation in digestion and rumen fermentation variables associated with methane production

Cabezas-Garcia, E.H.
Krizsan, S.J.
Shingfield, Kevin J.
Huhtanen, P.

January 2017

A meta-analysis based on an individual-cow data set was conducted to investigate the effects of betw...

Microbial composition, rumen fermentation parameters, enteric methane emissions, and lactational performance of phenotypically high and low methane-emitting dairy cows

Stepanchenko, N.
Stefenoni, H.
Hennessy, M.
Nagaraju, I.
Wasson, D. E.
Cueva, S. F.
Räisänen, S. E.
Dechow, C. D.
Pitta, D. W.
Hristov, A. N.

September 2023

This experiment was designed to investigate the relation of high and low methane-yield phenotypes wi...

Microbial composition, rumen fermentation parameters, enteric methane emissions, and lactational performance of phenotypically high and low methane-emitting dairy cows

Stepanchenko, N.
Stefenoni, H.
Hennessy, M.
Nagaraju, I.
Wasson, D. E.
Cueva, S. F.
Räisänen, S. E.
Dechow, C. D.
Pitta, D. W.
Hristov, A. N.

September 2023

This experiment was designed to investigate the relation of high and low methane-yield phenotypes wi...

Distribution of methane emissions and archaea:bacteria ratios within breed type and diet.

Rainer Roehe (2147326)
Richard J. Dewhurst (2147338)
Carol-Anne Duthie (2147329)
John A. Rooke (2147344)
Nest McKain (633581)
Dave W. Ross (2147335)
Jimmy J. Hyslop (2147332)
Anthony Waterhouse (2147341)
Tom C. Freeman (18637)
Mick Watson (533792)
R. John Wallace (633583)

February 2016

The box plot shows the large variation and range of methane emissions (per day or per kg DMI = dr...

Overview of rumen samples analyzed in this study.

Sandra Kittelmann (164632)
Henning Seedorf (280823)
William A. Walters (142775)
Jose C. Clemente (280826)
Rob Knight (11635)
Jeffrey I. Gordon (191459)
Peter H. Janssen (164639)

February 2013

aanimals were grazing freely, b diets were administered to the animals, c D...

Aspects of rumen microbiology central to mechanistic modelling of methane production in cattle

Ellis, J.L.
Dijkstra, J.
Kebreab, E.
Bannink, A.
Odongo, N.E.
McBride, B.W.
France, J.

January 2008

Methane, in addition to being a significant source of energy loss to the animal that can range from ...

Aspects of rumen microbiology central to mechanistic modelling of methane production in cattle

Ellis, J.L.
Dijkstra, J.
Kebreab, E.
Bannink, A.
Odongo, N.E.
McBride, B.W.
France, J.

January 2008

Methane, in addition to being a significant source of energy loss to the animal that can range from ...

Densities of archaeal 16S rRNA genes in high- and low-CH4 emitting sheep.

Sandra Kittelmann (164632)
Cesar S. Pinares-Patiño (607043)
Henning Seedorf (280823)
Michelle R. Kirk (607044)
Siva Ganesh (607045)
John C. McEwan (553298)
Peter H. Janssen (164639)

July 2014

Archaeal 16S rRNA genes (triangles) were quantified in 12 randomly-selected Hi and 12 randomly-se...

Comparison of rumen microbe taxa among wild and domestic ruminants

Taxis, Tasia Marie

Microbes that inhabit the rumen provide a diverse set of enzymes that degrade ingested plant materia...

Application of Molecular Techniques to Better Understand the Roles of Rumen Microbiota in Cattle Feed Efficiency

Liu, Jun Hong
Guan, Le Luo

January 2016

Feed efficiency, simply expressed as less feed inputs versus animal production outputs, can be measu...

Data on average CH4 production of camelids and ruminants obtained by respiration measurements sorted by animal size.

Marie T. Dittmann (549539)
Ullrich Runge (549540)
Richard A. Lang (179309)
Dario Moser (114167)
Cordula Galeffi (549541)
Michael Kreuzer (354917)
Marcus Clauss (280185)

April 2014

Note that sample size corresponds to the number of individuals used for measurements in the prese...

Data from: Oral samples as non-invasive proxies for assessing the composition of the rumen microbial community

Tapio, Ilma
Shingfield, Kevin J.
McKain, Nest
Bonin, Aurelie
Fischer, Daniel
Bayat, Ali R.
Vilkki, Johanna
Taberlet, Pierre
Snelling, Timothy J.
Wallace, R. John

April 2016

Microbial community analysis was carried out on ruminal digesta obtained directly via rumen fistula ...

Table_1_Evaluation of Microbial Communities Associated With the Liquid and Solid Phases of the Rumen of Cattle Offered a Diet of Perennial Ryegrass or White Clover.XLSX

Jenna M. Bowen (5826857)
Matthew S. McCabe (385553)
Susan J. Lister (4258708)
Paul Cormican (147333)
Richard J. Dewhurst (2147338)

October 2018

Rumen microbiota plays an important role in animal productivity, methane production and health. Seve...

Combining heterogeneous across-country data for prediction of enteric methane from proxies in dairy cattle

Negussie, E.
Gonzalez Recio, O.
de Haas, Y.
Gengler, N.
Soyeurt, H.
Peiren, N.
Pszczola, M.
Garnsworthy, P.C.
Battagin, M.
Bayat, A.R.
Lassen, Jan
Yan, T.
Boland, T.
Kuhla, B.
Strabel, T.
Schwarm, A.
Vanlierde, A.
Biscarini, F.

January 2018

Large-scale measurement of enteric methane (CH4) from individual animals is a requisite for estimati...

Correlation of rumen microbial community structure with CH4 yields of sheep.

Sandra Kittelmann (164632)
Cesar S. Pinares-Patiño (607043)
Henning Seedorf (280823)
Michelle R. Kirk (607044)
Siva Ganesh (607045)
John C. McEwan (553298)
Peter H. Janssen (164639)

July 2014

(A) Correspondence analysis of bacterial communities in 230 rumen samples revealed a relative abu...

Between-cow variation in digestion and rumen fermentation variables associated with methane production

Cabezas-Garcia, E.H.
Krizsan, S.J.
Shingfield, Kevin J.
Huhtanen, P.

January 2017

A meta-analysis based on an individual-cow data set was conducted to investigate the effects of betw...

Microbial composition, rumen fermentation parameters, enteric methane emissions, and lactational performance of phenotypically high and low methane-emitting dairy cows

Stepanchenko, N.
Stefenoni, H.
Hennessy, M.
Nagaraju, I.
Wasson, D. E.
Cueva, S. F.
Räisänen, S. E.
Dechow, C. D.
Pitta, D. W.
Hristov, A. N.

September 2023

This experiment was designed to investigate the relation of high and low methane-yield phenotypes wi...

Microbial composition, rumen fermentation parameters, enteric methane emissions, and lactational performance of phenotypically high and low methane-emitting dairy cows

Stepanchenko, N.
Stefenoni, H.
Hennessy, M.
Nagaraju, I.
Wasson, D. E.
Cueva, S. F.
Räisänen, S. E.
Dechow, C. D.
Pitta, D. W.
Hristov, A. N.

September 2023

This experiment was designed to investigate the relation of high and low methane-yield phenotypes wi...

Distribution of methane emissions and archaea:bacteria ratios within breed type and diet.

Rainer Roehe (2147326)
Richard J. Dewhurst (2147338)
Carol-Anne Duthie (2147329)
John A. Rooke (2147344)
Nest McKain (633581)
Dave W. Ross (2147335)
Jimmy J. Hyslop (2147332)
Anthony Waterhouse (2147341)
Tom C. Freeman (18637)
Mick Watson (533792)
R. John Wallace (633583)

February 2016

The box plot shows the large variation and range of methane emissions (per day or per kg DMI = dr...

Overview of rumen samples analyzed in this study.

Sandra Kittelmann (164632)
Henning Seedorf (280823)
William A. Walters (142775)
Jose C. Clemente (280826)
Rob Knight (11635)
Jeffrey I. Gordon (191459)
Peter H. Janssen (164639)

February 2013

aanimals were grazing freely, b diets were administered to the animals, c D...

Aspects of rumen microbiology central to mechanistic modelling of methane production in cattle

Ellis, J.L.
Dijkstra, J.
Kebreab, E.
Bannink, A.
Odongo, N.E.
McBride, B.W.
France, J.

January 2008

Methane, in addition to being a significant source of energy loss to the animal that can range from ...

Aspects of rumen microbiology central to mechanistic modelling of methane production in cattle

Ellis, J.L.
Dijkstra, J.
Kebreab, E.
Bannink, A.
Odongo, N.E.
McBride, B.W.
France, J.

January 2008

Methane, in addition to being a significant source of energy loss to the animal that can range from ...

Densities of archaeal 16S rRNA genes in high- and low-CH4 emitting sheep.

Sandra Kittelmann (164632)
Cesar S. Pinares-Patiño (607043)
Henning Seedorf (280823)
Michelle R. Kirk (607044)
Siva Ganesh (607045)
John C. McEwan (553298)
Peter H. Janssen (164639)

July 2014

Archaeal 16S rRNA genes (triangles) were quantified in 12 randomly-selected Hi and 12 randomly-se...

Comparison of rumen microbe taxa among wild and domestic ruminants

Taxis, Tasia Marie

Microbes that inhabit the rumen provide a diverse set of enzymes that degrade ingested plant materia...

Application of Molecular Techniques to Better Understand the Roles of Rumen Microbiota in Cattle Feed Efficiency

Liu, Jun Hong
Guan, Le Luo

January 2016

Feed efficiency, simply expressed as less feed inputs versus animal production outputs, can be measu...

Data on average CH4 production of camelids and ruminants obtained by respiration measurements sorted by animal size.

Marie T. Dittmann (549539)
Ullrich Runge (549540)
Richard A. Lang (179309)
Dario Moser (114167)
Cordula Galeffi (549541)
Michael Kreuzer (354917)
Marcus Clauss (280185)

April 2014

Note that sample size corresponds to the number of individuals used for measurements in the prese...

Data from: Oral samples as non-invasive proxies for assessing the composition of the rumen microbial community

Tapio, Ilma
Shingfield, Kevin J.
McKain, Nest
Bonin, Aurelie
Fischer, Daniel
Bayat, Ali R.
Vilkki, Johanna
Taberlet, Pierre
Snelling, Timothy J.
Wallace, R. John

April 2016

Microbial community analysis was carried out on ruminal digesta obtained directly via rumen fistula ...

Table_1_Evaluation of Microbial Communities Associated With the Liquid and Solid Phases of the Rumen of Cattle Offered a Diet of Perennial Ryegrass or White Clover.XLSX

Jenna M. Bowen (5826857)
Matthew S. McCabe (385553)
Susan J. Lister (4258708)
Paul Cormican (147333)
Richard J. Dewhurst (2147338)

October 2018

Rumen microbiota plays an important role in animal productivity, methane production and health. Seve...

Combining heterogeneous across-country data for prediction of enteric methane from proxies in dairy cattle

Negussie, E.
Gonzalez Recio, O.
de Haas, Y.
Gengler, N.
Soyeurt, H.
Peiren, N.
Pszczola, M.
Garnsworthy, P.C.
Battagin, M.
Bayat, A.R.
Lassen, Jan
Yan, T.
Boland, T.
Kuhla, B.
Strabel, T.
Schwarm, A.
Vanlierde, A.
Biscarini, F.

January 2018

Large-scale measurement of enteric methane (CH4) from individual animals is a requisite for estimati...

Overview of animals screened for CH<sub>4</sub> yields and rumen samples collected for microbial community structure analysis.

Abstract

Extracted data

Overview of animals screened for CH<sub>4</sub> yields and rumen samples collected for microbial community structure analysis.

Abstract

Extracted data

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