Data from: Hypothesis: a plastically-produced phenotype predicts host specialization and can precede subsequent mutations in bacteriophage

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关键词：

Restriction-Modification systems;Plasticity-first evolution;Phenotypic Plasticity;Genetic assimilation;Bacteriophage

DOI：

doi:10.5061/dryad.sm282vt

摘要：

in the presence of restriction-modification (R-M) systems in their hosts. I modeled the evolution of phage host range in the presence of R-M systems. The model makes

Data from: Bacteria from natural populations transfer plasmids mostly towards their kin

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关键词：

Escherichia coli;barriers to gene exchange;plasmid-host interaction;transfer rate;plasmid conjugation

DOI：

doi:10.5061/dryad.ff045t7

摘要：

stance when donors and recipients are not clone-mates. Transfer is limited by the presence of a functional restriction-modification system in recipients, suggesti

Data from: Contrasting geographic structure in evolutionarily divergent Lake Tanganyika catfishes

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关键词：

Lophiobagrus aquilus;lake-level fluctuations;phylogeography;RADseq;Synodontis multipunctatus;catfishes;diversification;Lophiobagrus cyclurus

DOI：

doi:10.5061/dryad.671bs

摘要：

e currently unknown in many non-cichlid littoral taxa from these systems. To begin to address this we generated restriction-site associated DNA sequence

Data from: Trait patterns of epiphytes compared to other plant life forms along a tropical elevation gradient

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关键词：

Hymenophyllum capillare;Peperomia tetraphylla;Huperzia ophioglossoides;Canthium oligocarpum;Heinsenia diervilleoides;Peperomia fernandopoiana;Isachne mauritiana;Psychotria cyathicalyx;Schefflera volkensii;trees;Achyranthes aspera;Celtis durandii;Syzygium guineense;Parochetus communis;Diaphananthe lorifolia;Festuca obturbans;Asplenium aethiopicum;Myrsine africana;Asplenium smedsii;Pavetta abyssinica;Umbilicus botryoides;Plectranthus alboviolaceus;Asplenium megalura;Strombosia scheffleri;Agauria salicifolia;Psychotria petiginosa;Galiniera saxifraga;Mitragyna rubrostipulata;Stenogrammitis paucipinnata;Huperzia;Selaginella kraussiana;Disperis kilimanjarica;Clausena anisata;Elaphoglossum deckenii;Holocene;Cyperus derreilema;Loxogramme abyssinica;Helichrysum;Asplenium friesiorum;Myrica salicifolia;Culcasia falcifolia;Ilex mitis;Polystachya confusa;Elaphoglossum hybridum;Bulbophyllum stolzii;Pycnostachys meyeri;Helichrysum forskahlii;Casearia battiscombei;Ferns;Hymenophyllum kuhnii;elevation gradient;Asplenium theciferum;Isoglossa laxa;Lasianthus kilimandscharicus;Pittosporum;Bersama abyssinica;Polystachya;Vittaria volkensii;Garcinia tanzaniensis;Agrostis kilimandscharica;Drynaria volkensii;Macaranga kilimandscharica;Lepidotrichilia volkensii;Psychotria fractinervata;Elaphoglossum acrostichoides;Disperis dicerochila;Hymenophyllum splendidum;Elaphoglossum lastii;Pauridiantha paucinervis;Asplenium uhligii;Leptonychia usambarensis;Pleopeltis macrocarpa;Embelia schimperi;Pteris catoptera;Cornus volkensii;Polyscias fulva;Ekebergia capensis;Entandrophragma excelsum;terrestrial herbs;Mimulopsis kilimandscharica;Ficus sur;Blechnum attenuatum;Dryopteris kilemensis;Senecio maranguensis;Olinia rochetiana;Asplenium hypomelas;Piper capense;Xymalos monospora;Geranium kilimandscharicum;Xiphopteris flabelliformis;Asplenium sandersonii;Hagenia abyssinica;Helichrysum odoratissimum;Newtonia buchananii;epiphytes;Dracaena afromontana;Schefflera myriantha;Asplenium loxoscaphoides;Cyathea manniana;Polyscias albersiana;Huperzia dacrydioides;Oleandra distenta;Tabernaemontana stapfiana;Podocarpus latifolius;Pilea usambarensis;Elaphoglossum angulatum;Plectranthus sylvestris;Streptocarpus montanus;Maytenus acuminata;Erica rossii;Cynorkis pleistadenia;Hypericum revolutum;Polystachya simplex;Rapanea melanophloeos;Aningeria adolfi-friedericii;Orchidaceae;Lycopodium clavatum;Garcinia volkensii;Allophylus ferrugineus;Rubus steudneri;Erythrococca polyandra;Aphloia theiformis;Lepisorus excavatus;Plectranthus autranii;Asplenium elliottii;Asplenium stuhlmannii;Polystachya transvaalensis;plant functional traits;Triceratorhynchus viridiflorus;Alchemilla volkensii;Ocotea usambarensis;Peddiea fischeri;Polystachya eurygnatha;Asplenium praegracile;Begonia meyeri-johannis;Dracaena fragrans;Prunus africana;Rawsonia lucida

DOI：

doi:10.5061/dryad.qr2677n

摘要：

ons is necessary to predict changes in ecosystem functioning especially in subtropical and tropical regions. We investigated the functi

Eurobarometer 73.5 (Jun 2010);;Eurobarometer 73.5 (Jun 2010);;Civil Justice, Development Aid, Africa and the European Union, and Food Risk;;Civil

负责人：

;;TNS Infratest, Munich, Germany;;Emor, Tallinn, Estonia;;TNS MRBI, Dublin, Ireland;;TNS ICAP, Athens, Greece;;TNS Demoscopia, Madrid, Spain;;TNS Sofres

关键词：

KAT12 International Institutions, Relations, Conditions KAT20 Legal system, Legislation, Law KAT31 Economic Policy, National Economic Situation KAT40 Patterns of Consumption KAT59 Medicine

DOI：

doi:10.4232/1.11432

摘要：

isks associated with food and eating; perceived anxiety associated with food (BSE, genetically modified food, allergic reactions, additives, food poisoning from bacte

Eurobarometer 73.1 (Jan-Feb 2010);;Eurobarometer 73.1 (Jan-Feb 2010);;The European Parliament, Biotechnology, and Science and Technology;;The Eu

负责人：

Papacostas, Antonis;;European Parliament, Directorate-General For Communication, Public Opinion Monitoring Unit;;TNS Dimarso, Brussels, Belgium;;TNS

关键词：

KAT12 International Institutions, Relations, Conditions KAT56 University, Research, the Sciences KAT58 Technology, Energy

DOI：

doi:10.4232/1.11428

摘要：

scussions and search for information about genetically modified food; attitude towards selected statements related to genetically modified food (is good