7,840 research outputs found
Replication Data for: Public Support for State Surveillance
No full textEntails replication files for Ziller, Conrad; Helbling, Marc (forthcoming): Public Support for State Surveillance. European Journal of Political Research
The Future of Canadian Climate Policy — with Marc Lee
No full textMarc Lee is a Senior Economist at the Canadian Centre for Policy Alternatives\u27 BC Office. In addition to tracking federal and provincial budgets and economic trends, Marc has published on a range of topics from poverty and inequality to globalization and international trade to public services and regulation. Marc is the Co-Director of the Climate Justice Project, a research partnership with UBC\u27s School of Community and Regional Planning that examines the links between climate change policies and social justice.Resources:Climate Justice Project: www.policyalternatives.ca/projects/cli…tice-projectMarc Lee\u27s Posts on Policy Note: www.policynote.ca/author/marclee/Canadian Centre for Policy Alternatives: www.policyalternatives.ca/Marc\u27s Twitter: twitter.com/MarcLeeCCPA International Panel on Climate Change, 2021 report: www.ipcc.ch/report/ar6/wg1
Climate Justice & Inequality: The Future of Canadian Climate Policy — with Marc Lee
No full textMarc Lee is a Senior Economist at the Canadian Centre for Policy Alternatives\u27 BC Office. In addition to tracking federal and provincial budgets and economic trends, Marc has published on a range of topics from poverty and inequality to globalization and international trade to public services and regulation. Marc is the Co-Director of the Climate Justice Project, a research partnership with UBC\u27s School of Community and Regional Planning that examines the links between climate change policies and social justice.Resources: Climate Justice Project: https://www.policyalternatives.ca/projects/climate-justice-projectMarc Lee\u27s Posts on Policy Note: https://www.policynote.ca/author/marclee/Canadian Centre for Policy Alternatives: https://www.policyalternatives.ca/Marc\u27s Twitter: https://twitter.com/MarcLeeCCPA International Panel on Climate Change, 2021 report: https://www.ipcc.ch/report/ar6/wg1
Déclaration remise à noble Bonnet, Seigneur ancien Sindic, membre de la commission chargée de la révision des édits de la République
No full textpar Mr. Marc Conrad Chappuis, & quelques autres citoyens ou bourgeois, le Jeudi 17 Juin 1779Analyse de Rivoire: Contre les changements que contient le projet de la commission et ses défauts : les sources n'y sont pas indiquées ; l'ordre des anciens Edits a été changé ; le plan est trop vaste. Puis suivent des critiques sur le fond même du projet
Conrad Willem Mönnich, Bürger , Ketzer, Aussenseiter. Die Geschichte des Protestantismus in ihren Grundzügen, München : Ch. Kaiser, 1984
No full textLienhard Marc. Conrad Willem Mönnich, Bürger , Ketzer, Aussenseiter. Die Geschichte des Protestantismus in ihren Grundzügen, München : Ch. Kaiser, 1984. In: Revue d'histoire et de philosophie religieuses, 67e année n°1, Janvier-mars 1987. pp. 82-83
Conrad Willem Mönnich, Bürger , Ketzer, Aussenseiter. Die Geschichte des Protestantismus in ihren Grundzügen, München : Ch. Kaiser, 1984
No full textLienhard Marc. Conrad Willem Mönnich, Bürger , Ketzer, Aussenseiter. Die Geschichte des Protestantismus in ihren Grundzügen, München : Ch. Kaiser, 1984. In: Revue d'histoire et de philosophie religieuses, 67e année n°1, Janvier-mars 1987. pp. 82-83
L'empereur Conrad chanteur de poésie lyrique. Fiction et vérité dans le Roman de la Rose de Jean Renart
No full textJung Marc-René. L'empereur Conrad chanteur de poésie lyrique. Fiction et vérité dans le Roman de la Rose de Jean Renart. In: Romania, tome 101 n°401, 1980. pp. 35-50
Assimilation of acetate by the putative atmospheric methane oxidizers belonging to the USCα clade
No full textForest soils are a major biological sink for atmospheric methane, yet the identity and physiology of the microorganisms responsible for this process remain unclear. Although members of the upland soil cluster ? (USC?) are assumed to represent methanotrophic bacteria adapted to the oxidation of the trace level of methane in the atmosphere and to be an important sink of this greenhouse gas, so far they have resisted isolation. In particular, the question of whether the atmospheric methane oxidizers are able to obtain all their energy and carbon solely from atmospheric methane still waits to be answered. In this study, we performed stable-isotope probing (SIP) of RNA and DNA to investigate the assimilation of (13) C-methane and (13) C-acetate by USC? in an acidic forest soil. RNA-SIP showed that pmoA mRNA of USC? was not labelled by (13) C of supplemented (13) C methane, although catalysed reporter deposition - fluorescence in situ hybridization (CARD-FISH) targeting pmoA mRNA of USC? detected its expression in the incubated soil. In contrast, incorporation of (13) C-acetate into USC?pmoA mRNA was observed. USC?pmoA genes were not labelled, indicating that they had not grown during the incubation. Our results indicate that the contribution of alternative carbon sources, such as acetate, to the metabolism of the putative atmospheric methane oxidizers in upland forest soils might be substantial
Ammonia oxidation coupled to CO2 fixation by Archaea and Bacteria in an agricultural soil
No full textAmmonia oxidation is an essential part of the global nitrogen cycling and was long thought to be driven only by bacteria. Recent findings expanded this pathway also to the archaea. However, most questions concerning the metabolism of ammonia-oxidizing archaea, such as ammonia oxidation and potential CO2 fixation, remain open, especially for terrestrial environments. Here, we investigated the activity of ammonia-oxidizing archaea and bacteria in an agricultural soil by comparison of RNA- and DNA-stable isotope probing (SIP). RNA-SIP demonstrated a highly dynamic and diverse community involved in CO2 fixation and carbon assimilation coupled to ammonia oxidation. DNA-SIP showed growth of the ammonia-oxidizing bacteria but not of archaea. Furthermore, the analysis of labeled RNA found transcripts of the archaeal acetyl-CoA/propionyl-CoA carboxylase (accA/pccB) to be expressed and labeled. These findings strongly suggest that ammonia-oxidizing archaeal groups in soil autotrophically fix CO2 using the 3-hydroxypropionate–4-hydroxybutyrate cycle, one of the two pathways recently identified for CO2 fixation in Crenarchaeota. Catalyzed reporter deposition (CARD)-FISH targeting the gene encoding subunit A of ammonia monooxygenase (amoA) mRNA and 16S rRNA of archaea also revealed ammonia-oxidizing archaea to be numerically relevant among the archaea in this soil. Our results demonstrate a diverse and dynamic contribution of ammonia-oxidizing archaea in soil to nitrification and CO2 assimilation and that their importance to the overall archaeal community might be larger than previously thought
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