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Data from: Metabolism and foraging strategies of mid-latitude mesozooplankton during cyanobacterial blooms as revealed by fatty acids, amino ac
负责人:
关键词:
fatty acids;Amino acids;Zooplankton;Food webs;isoscapes;stable carbon isotopes;Elvita Eglite
DOI:
doi:10.5061/dryad.tq63tp2
摘要:
Increasing sea surface temperatures (SST) and blooms of lipid-poor, filamentous cyanobacteria can change mesozooplankton metabolism
Data from: Comparative genomics of color morphs In the coral Montastraea cavernosa
负责人:
关键词:
fluorescent proteins;corals;Montastrea cavernosa;transcriptome;Cyanobacteria;Symbiodinium
DOI:
doi:10.5061/dryad.v2g01
摘要:
in of cyanobacterial origin are significantly greater in orange morphs, which is also consistent with the significantly greater number of cyanobacteria quantified
Data from: Riverine transport and nutrient inputs affect phytoplankton communities in a coastal embayment
负责人:
关键词:
phytoplankton;Nottawasaga River;Lake Huron;Canada;Flow cytometry;riverine dispersal
DOI:
doi:10.5061/dryad.xsj3tx99d
摘要:
l cyanobacteria were numerically dominant in the bay. Six taxa were more abundant than expected from the dilution of river water and included some cyanobacteria
Data from: Lateral gene transfer from the dead
负责人:
关键词:
Macroevolution;Gene tree reconciliation;phylogeny;lateral gene transfer
DOI:
doi:10.5061/dryad.27d0g
摘要:
36 cyanobacteria, we find that nearly a third of transfer events ? 28% – appear to have topological signatures of evolution along extinct
Data from: A Bayesian method for analyzing lateral gene transfer
负责人:
关键词:
Lateral gene transfer Horizontal gene transfer Gene duplication Gene loss Phylogenetics Phylogenomics MCMC Bayesian Reconciliation
DOI:
doi:10.5061/dryad.f78r2
摘要:
in a genome-wide analysis of two groups of bacteria: Mollicutes and Cyanobacteria. Our analyses show that although the LGT rate between distant species is high, the net
Data from: Phytoplankton responses to nitrogen enrichment in Pacific Northwest, USA mountain lakes
负责人:
关键词:
Navicula radiosa;Cosmarium margaritatum;Navicula;Tribonema cells;ammonia;Trachelomonas hexangulata;Yellow Synurophyte;Chrysophyta;Chroococcus;Gomphonema;Nitzschia microcephala;Cosmarium navicula;Cyanobacteria;Dinobryon;Rhodomonas;Aulacoseira lirata;Bitrichia Chrysophycean;Katablepharis;Synura clump;Boldi-like thallus;nitrogen deposition;Pennate 26-30 um;Closteriopsis;Achnanthes flexella;Spinoclosterium;Large yellow synurophyte;Ankistrodesmus;Microcystis;Cyclotella distinguenda _7um;\Round;Fragilaria zeilleri;Borzia chain;Euglena acus;Keratococcus;Aulacoseira nivalis;Non-motile green algae;Fragilaria incognita type;Small Pennate <30um;Anabaena;Stenopterobia;Aulacoseira;Coccoid cyanobacteria;Desmidiaceae;Desmid\/Cerasterias;national parks;Aulacoseira alpigena 10um;Borzia 3-chain;Stenopterobia-like;Cyclotella comensis;Gymnodinium;Chrysolepidomonas;Nonmotile unicelular green algae sp.;Diatoma;Cosmarium;Discostella glomerata 7-8um;Gomphonema undiff;Synurophyte;Large pennate >30um;Filamentous Cyanobacteria chain;Large yellow balls w\/o flag;Cosmarium small butterfly;Desmid-Teilingia;Pennate diatoms <30 um;Aulacoseira ambigua (chain);Fragilaria exigua;Coccoid cyanobacterium;Fragilaria 20-30 um;Cyanotetras;Tabellaria;Schroederia;ciliated 3-pack\;Scenedesmus;Discostella glomerata;Cyclotella _7 um cf distinguenda;Pediastrium;Anabaena chain;Fragilaria zeilleri var. elliptica;Fragilaria undiff 25-30 um;Navicula undiff;Discostella stelligera 8-10um;Fragilaria crotonensis type 2;Surirella;nutrient limitation;Small Fragilaria undiff;Aulacoseira valida;Tetrospora;Achnanthes ~10um;Closterium navicula;Anomoeoneis brachysira;Cyclotella <7 um distinguenda;Teilingia;Synechocystis sp.;Fragilaria tenera;Large Pennate <30um;Chlorophyceae;Aulacoseira ambigua;Fragilaria undiff 25-35 um;Asterionella;Euglena;Cryptomonad 15-30um;Nitzschia gracilis;Diploneis;Small Euglena;Large pennate >30um;Centronella;phytoplankton;Tetraspora;Aulacoseira alpigena;water chemistry;mountain lakes;Gonium sp.;Spinoclosterium desmid;Fragilaria 20-30 um undif;Mallomonas;Coccoid green algae <5um;Teilingia Desmid;Aulocosiera lirata;Aulacoseira pusilla <5um;Boldia thallus;Large Pennate >30 um;Navicula 25 um;Staurodesmus type;Bi-flagellated green algae;Anomoeones;Eunotia;Blue green algae;Microcystis colony;Closterium;Coccoid green algae;Cymbella cistula;Fragilaria arcus;Cyclotella comensis gr;Fragilaria capucina;Achnanthes 15um;Achnanthes <25um;Chain 4-8 cf Heterodesmus;cyanobacterium;Staurodesmus;Borzia;unicellular Chrysophyta 10 um\;Cyclotella michiganiana;Stephanodiscus;Cerasterias;Heterodesmus;Small green w\/one flagella;Small golden w\/o flagella;Synura;Synura colony;Cymbella undiff;nitrate;Unknown unicellular Chrysophyta 5-7 um;Synura balloon type;Aulacoseira pusilla 6um;Chrysolepidomonas\/Chlorophyceae;Gloeomonas;Cryptomonad 7-15 um;Achnanthes;Small Pennate >30um;Oocystis;Pacific Northwest;Small pennate diatoms;Fragilaria crotonensis;Small synurophyte;Peridinium;Crucigenia quadrata;Asterionella formosa;Aulacoseira pusilla;chlorophyll;Fragilaria capensis;Chrysodidimus;Synedra;Gomphonema variostriatum;Gonium;\Unknown;Fragilaria capucina var. perminuta;Discostella stelligera;3-pack\;Fragilaria;Gonium colony;Chrysodidymus;Large yellow synurophyte;Pennate diatoms >50um;Achnanthes undiff;Gomphonema 25 um;Chrysopycean Bitrichia;Cyclotella distinguenda
DOI:
doi:10.5061/dryad.4fp90
摘要:
National Parks in Washington State, USA to characterize phytoplankton species and biomass responses to nitrogen enrichment, and associate
Data from: The importance of phytoplankton biomolecule availability for secondary production
负责人:
elina.peltomaa@helsinki.fi
关键词:
nutritional ecology freshwater food webs fatty acids sterols amino acids cryptophytes
DOI:
doi:10.5061/dryad.v6p45
摘要:
the somatic growth of Daphnia is sterol-limited when the natural phytoplankton communities are cyanobacteria-dominated. Our analysis shows that Daphnia grows best
Data from: Partitioning multiple facets of beta diversity in a tropical stream macroalgal metacommunity
负责人:
关键词:
phylogenetic beta diversity;functional beta diversity;spatial turnover;nestedness;environmental heterogeneity;stream macroalgae;taxonomic beta diversity
DOI:
doi:10.5061/dryad.zgmsbcc73
摘要:
roalgae; only green algae; only red algae; and only cyanobacteria. Results: For taxonomic and phylogenetic dimensions, very high values of total beta diver
Data from: Human occupation and ecosystem change on Upolu (Samoa) during the Holocene
负责人:
关键词:
Radiocarbon;Total Organic Carbon;carbon;nitrogen;magnetic susceptibility;Titanium;microcharcoal;macrocharcoal;pollen;seeds;Algae;Cyanobacteria;Samoa;South Pacific;Polynesia
DOI:
doi:10.5061/dryad.51c59zw4j
摘要:
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Taxon

Ancient charcoal, pollen, sprores, algae and cyanobacteria types ar

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