Dr. Robert Griffiths

Publications

Malik Ashish A.; Puissant Jeremy; Goodall Tim; Allison Steven D.; Griffiths Robert I.; , 2019, Soil microbial communities with greater investment in resource acquisition have lower growth yield. Soil Biology and Biochemistry, 132, 36-39

George Paul B.L.; Lallias Delphine; Creer Simon; Seaton Fiona M.; Kenny John G.; Eccles Richard M.; Griffiths Robert I.; Lebron Inma; Emmett Bridget A.; Robinson David A.; Jones Davey L.; , 2019, Divergent national-scale trends of microbial and animal biodiversity revealed across diverse temperate soil ecosystems. Nature Communications, 10

Plassart Pierre; Prévost-Bouré Nicolas Chemidlin; Uroz Stéphane; Dequiedt Samuel; Stone Dorothy; Creamer Rachel; Griffiths Robert I.; Bailey Mark J.; Ranjard Lionel; Lemanceau Philippe; , 2019, Soil parameters, land use, and geographical distance drive soil bacterial communities along a European transect. Scientific Reports, 9

Malik Ashish A.; Puissant Jeremy; Buckeridge Kate M.; Goodall Tim; Jehmlich Nico; Chowdhury Somak; Gweon Hyun Soon; Peyton Jodey M.; Mason Kelly E.; van Agtmaal Maaike; Blaud Aimeric; Clark Ian M.; Whitaker Jeanette; Pywell Richard F.; Ostle Nick; Gleixner Gerd; Griffiths Robert I.; , 2018, Land use driven change in soil pH affects microbial carbon cycling processes. Nature Communications, 9

Puissant Jeremy; Jassey Vincent E.J.; Mills Robert T.E.; Robroek Bjorn J.M.; Gavazov Konstantin; De Danieli Sebastien; Spiegelberger Thomas; Griffiths Robert; Buttler Alexandre; Brun Jean-Jacques; Cécillon Lauric; , 2018, Seasonality alters drivers of soil enzyme activity in subalpine grassland soil undergoing climate change. Soil Biology and Biochemistry, 124, 266-274

de Vries Franciska T.; Griffiths Rob I.; Bailey Mark; Craig Hayley; Girlanda Mariangela; Gweon Hyun Soon; Hallin Sara; Kaisermann Aurore; Keith Aidan M.; Kretzschmar Marina; Lemanceau Philippe; Lumini Erica; Mason Kelly E.; Oliver Anna; Ostle Nick; Prosser James I.; Thion Cecile; Thomson Bruce; Bardgett Richard D.; , 2018, Soil bacterial networks are less stable under drought than fungal networks. Nature Communications, 9

Malik Ashish A.; Thomson Bruce C.; Whiteley Andrew S.; Bailey Mark; Griffiths Robert I.; , 2017, Bacterial physiological adaptations to contrasting edaphic conditions identified using landscape scale metagenomics. mBio, 8

Morriën Elly; Hannula S. Emilia; Snoek L. Basten; Helmsing Nico R.; Zweers Hans; de Hollander Mattias; Soto Raquel Luján; Bouffaud Marie-Lara; Buée Marc; Dimmers Wim; Duyts Henk; Geisen Stefan; Girlanda Mariangela; Griffiths Rob I.; Jørgensen Helene-Bracht; Jensen John; Plassart Pierre; Redecker Dirk; Schmelz Rűdiger M; Schmidt Olaf; Thomson Bruce C.; Tisserant Emilie; Uroz Stephane; Winding Anne; Bailey Mark J.; Bonkowski Michael; Faber Jack H.; Martin Francis; Lemanceau Philippe; de Boer Wietse; van Veen Johannes A.; van der Putten Wim H.; , 2017, Soil networks become more connected and take up more carbon as nature restoration progresses. Nature Communications, 8

Griffiths B.S.; Rombke J.; Schmelz R.M.; Scheffczyk A.; Faber J.H.; Bloem J.; Peres G.; Cluzeau D.; Chabbi A.; Suhadolc M.; Sousa J.P.; Martins da Silva P.; Carvahlo F.; Mendes S.; Morais P.; Francisco R.; Pereira C.; Bonkowksi M.; Geisen S.; Bardgett R.D.; de Vries F.T.; Bolger T.; Dirilgen T.; Schmidt O.; Winding A.; Hendriksen N.B.; Johansen A.; Philippot L.; Plassart P.; Bru D.; Thomson B.; Griffiths R.I.; Bailey M.J.; Keith A.; Rutgers M.; Mulder C.; Hannula S.E.; Creamer R.; Stone D.; , 2016, Selecting cost effective and policy-relevant biological indicators for European monitoring of soil biodiversity and ecosystem function. , 69, 213-223

Malik Ashish A.; Chowdhury Somak; Schlager Veronika; Oliver Anna; Puissant Jeremy; Vazquez Perla G.M.; Jehmlich Nico; von Bergen Martin; Griffiths Robert I.; Gleixner Gerd; , 2016, Soil fungal:bacterial ratios are linked to altered carbon cycling. , 7

Creamer R.E.; Hannula S.E.; Van Leeuwen J.P.; Stone D.; Rutgers M.; Schmelz R.M.; de Ruiter P.C.; Hendriksen N. Bohse; Bolger T.; Bouffaud M.L.; Buee M.; Carvalho F.; Costa D.; Dirilgen T.; Francisco R.; Griffiths B.S.; Griffiths R.; Martin F.; Martins da Silva P.; Mendes S.; Morais P.V.; Pereira C.; Philippot L.; Plassart P.; Redecker D.; Römbke J.; Sousa J.P.; Wouterse M.; Lemanceau P.; , 2016, Ecological network analysis reveals the inter-connection between soil biodiversity and ecosystem function as affected by land use across Europe. , 97, 112-124

Stone D.; Blomkvist P.; Hendriksen N. Bohse; Bonkowski M.; Jørgensen H. Bracht; Carvalho F.; Dunbar M.B.; Gardi C.; Geisen S.; Griffiths R.; Hug A.S.; Jensen J.; Laudon H.; Mendes S.; Morais P.V.; Orgiazzi A.; Plassart P.; Römbke J.; Rutgers M.; Schmelz R.M.; Sousa J.P.; Steenbergen E.; Suhadolc M.; Winding A.; Zupan M.; Lemanceau P.; Creamer R.E.; , 2016, A method of establishing a transect for biodiversity and ecosystem function monitoring across Europe. , 97, 3-11

Dupont A.Ö.C.; Griffiths R.I.; Bell T.; Bass D.; , 2016, Differences in soil micro-eukaryotic communities over soil pH gradients are strongly driven by parasites and saprotrophs.

Smith Pete; House Joanna I.; Bustamante Mercedes; Sobocká Jaroslava; Harper Richard; Pan Genxing; West Paul C.; Clark Joanna M.; Adhya Tapan; Rumpel Cornelia; Paustian Keith; Kuikman Peter; Cotrufo M. Francesca; Elliott Jane A.; McDowell Richard; Griffiths Robert I.; Asakawa Susumu; Bondeau Alberte; Jain Atul K.; Meersmans Jeroen ; Pugh Thomas A.M.; , 2015, Global change pressures on soils from land use and management.

Smith P.; Cotrufo M.F.; Rumpel C.; Paustian K.; Kuikman P.J.; Elliott J.A.; McDowell R.; Griffiths R.I.; Asakawa S.; Bustamante M.; House J.I.; Sobocka J.; Harper R.; Pan G.; West P.C.; Gerber J.S.; Clark J.M.; Adhya T. ; Scholes R.J.; Scholes M.C.; , 2015, Biogeochemical cycles and biodiversity as key drivers of ecosystem services provided by soils. , 1, 665-685

Thomson Bruce C.; Tisserant Emilie; Plassart Pierre; Uroz Stéphane ; Griffiths Rob I.; Hannula S. Emilia ; Buée Marc ; Mougel Christophe; Ranjard Lionel; Van Veen Johannes A.; Martin Francis ; Bailey Mark J.; Lemanceau Philippe ; , 2015, Soil conditions and land use intensification effects on soil microbial communities across a range of European field sites. , 88, 403-413

Griffiths Robert I.; Thomson Bruce C.; Plassart Pierre; Gweon Hyun S.; Stone Dorothy; Creamer Rachael E.; Lemanceau Philippe; Bailey Mark J.; , 2015, Mapping and validating predictions of bacterial biodiversity using European and national scale datasets.

Gweon Hyun S.; Oliver Anna; Taylor Joanne; Booth Tim; Gibbs Melanie; Read Daniel S.; Griffiths Robert I.; Schonrogge Karsten; , 2015, PIPITS: an automated pipeline for analyses of fungal internal transcribed spacer sequences from the Illumina sequencing platform.

Lange Markus; Eisenhauer Nico; Sierra Carlos A.; Bessler Holger; Engels Christoph; Griffiths Robert I.; Mellado-Vázquez Perla G.; Malik Ashish A.; Roy Jacques; Scheu Stefan; Steinbeiss Sibylle; Thomson Bruce C.; Trumbore Susan E.; Gleixner Gerd; , 2015, Plant diversity increases soil microbial activity and soil carbon storage. , 6

Keith Aidan M.; Griffiths Robert I.; Henrys Peter A.; Hughes Steve; Lebron Inma; Maskell Lindsay C.; Ogle Stephen M.; Robinson David A.; Rowe Ed C.; Smart Simon M.; Spurgeon Dave; Wood Claire M.; Emmett Bridget A.; , 2015. Monitoring soil natural capital and ecosystem services by using large-scale survey data. In: Mary, (eds.) , Soil ecosystems services. Soil Science Society of America, . .