This is a table of type bigram and their frequencies. Use it to search & browse the list to learn more about your study carrel.
| bigram | frequency |
|---|---|
| host species | 175 |
| life cycle | 156 |
| invasive species | 134 |
| new species | 125 |
| bat species | 118 |
| infectious diseases | 114 |
| species richness | 98 |
| life cycles | 75 |
| species diversity | 74 |
| mm diam | 69 |
| reactive oxygen | 66 |
| oxygen species | 66 |
| native species | 64 |
| infectious disease | 61 |
| emerging infectious | 61 |
| species may | 55 |
| closely related | 55 |
| may also | 54 |
| threatened species | 53 |
| united states | 51 |
| west nile | 50 |
| genetic diversity | 50 |
| two species | 49 |
| cord uid | 49 |
| plant species | 49 |
| doc id | 49 |
| dark brown | 45 |
| disease transmission | 45 |
| phylogenetic analysis | 44 |
| different species | 43 |
| viral load | 43 |
| climate change | 42 |
| per year | 41 |
| mammal species | 40 |
| life history | 39 |
| public health | 39 |
| total number | 39 |
| nile virus | 39 |
| new host | 38 |
| per site | 38 |
| conidiogenous cells | 36 |
| many species | 35 |
| sequence data | 35 |
| exotic species | 35 |
| secondary metabolites | 34 |
| culture characteristics | 34 |
| pathogen species | 33 |
| oxidative damage | 33 |
| closest hits | 33 |
| cover per | 33 |
| species identification | 33 |
| hits using | 32 |
| fish gnats | 32 |
| dilution effect | 31 |
| rodent species | 31 |
| human health | 30 |
| host range | 30 |
| guinea pigs | 29 |
| respiratory syndrome | 29 |
| natural selection | 29 |
| species descriptions | 29 |
| freshwater ecosystems | 28 |
| north america | 28 |
| crustacean parasites | 28 |
| avian species | 28 |
| vector species | 28 |
| acute respiratory | 28 |
| additional file | 27 |
| pale brown | 27 |
| related species | 27 |
| unpublished data | 27 |
| site frequency | 27 |
| disease risk | 26 |
| intermediate host | 26 |
| species within | 26 |
| top end | 25 |
| target species | 25 |
| lyme disease | 25 |
| animal species | 25 |
| fish lice | 25 |
| reptile species | 25 |
| megablast search | 25 |
| virus infection | 25 |
| biological invasions | 25 |
| species composition | 25 |
| species transmission | 25 |
| parasitic barnacles | 25 |
| south africa | 25 |
| important role | 24 |
| environmental conditions | 24 |
| ros level | 24 |
| local foods | 24 |
| habitat requirements | 24 |
| reservoir species | 24 |
| novel host | 23 |
| nucleotide database | 23 |
| highest similarity | 23 |
| data set | 22 |
| per cent | 22 |
| dextrose agar | 22 |
| fungal planet | 22 |
| immune system | 22 |
| maximum likelihood | 22 |
| interspecies transmission | 22 |
| lsu sequence | 22 |
| extract agar | 22 |
| ncbis genbank | 22 |
| isis zoos | 22 |
| table iv | 22 |
| genbank nucleotide | 22 |
| biodiversity loss | 22 |
| intermediate hosts | 21 |
| one species | 21 |
| severe acute | 21 |
| host shifts | 21 |
| traditional management | 21 |
| game meat | 21 |
| water quality | 21 |
| high species | 20 |
| disease emergence | 20 |
| defense compounds | 20 |
| aquatic species | 20 |
| bird species | 20 |
| phylogenetic tree | 20 |
| williams unpublished | 20 |
| trichomonas vaginalis | 20 |
| molecular data | 20 |
| strain cbs | 20 |
| food web | 20 |
| total cover | 20 |
| small mammal | 20 |
| coral reef | 20 |
| pathogen transmission | 20 |
| european bat | 19 |
| may occur | 19 |
| aerial mycelium | 19 |
| leaf litter | 19 |
| human populations | 19 |
| great lakes | 19 |
| also found | 19 |
| soil compaction | 19 |
| alien species | 19 |
| mammalian species | 19 |
| hay meadows | 19 |
| zoonotic pathogens | 19 |
| potato dextrose | 19 |
| even though | 18 |
| natural products | 18 |
| land use | 18 |
| small mammals | 18 |
| axenic culture | 18 |
| several species | 18 |
| tongue worms | 18 |
| water bodies | 18 |
| potential host | 18 |
| fish isopods | 18 |
| biotic resistance | 18 |
| malt extract | 18 |
| aquatic ecosystems | 18 |
| disease dynamics | 18 |
| animal health | 18 |
| viral sharing | 18 |
| high levels | 17 |
| see chapter | 17 |
| wide range | 17 |
| reference sequences | 17 |
| immune response | 17 |
| red list | 17 |
| previous studies | 17 |
| species tree | 17 |
| habitat types | 17 |
| cryptic species | 17 |
| bird cliff | 17 |
| sea lice | 17 |
| reemerging pathogens | 17 |
| lesions include | 17 |
| risk assessment | 17 |
| see table | 17 |
| davis thompson | 17 |
| three species | 17 |
| coronavirus shedding | 17 |
| colour illustrations | 17 |
| group species | 17 |
| scale bars | 17 |
| cluster analysis | 17 |
| case study | 17 |
| parasitic copepods | 17 |
| reservoir hosts | 17 |
| north american | 17 |
| ecosystem services | 16 |
| present study | 16 |
| amino acids | 16 |
| respiratory tract | 16 |
| among species | 16 |
| colautti macisaac | 16 |
| whale lice | 16 |
| southern africa | 16 |
| host population | 16 |
| infectious agents | 16 |
| sampling effort | 16 |
| wildlife species | 16 |
| south america | 16 |
| emerging viruses | 16 |
| prairie dogs | 16 |
| disease ecology | 16 |
| domestic animals | 16 |
| ecological niche | 16 |
| exotic plants | 16 |
| fungal species | 15 |
| adult females | 15 |
| environmental variables | 15 |
| reddish brown | 15 |
| cycle stages | 15 |
| species including | 15 |
| aquatic invasive | 15 |
| large number | 15 |
| human population | 15 |
| direct contact | 15 |
| nipah virus | 15 |
| future research | 15 |
| least one | 15 |
| statistical computing | 15 |
| species exhibits | 15 |
| community structure | 15 |
| amino acid | 15 |
| particular species | 15 |
| main species | 15 |
| strongly associated | 15 |
| frugivorous bats | 15 |
| recurrent group | 14 |
| reservoir host | 14 |
| population dynamics | 14 |
| strain mflucc | 14 |
| red squirrels | 14 |
| bootstrap support | 14 |
| relative frequency | 14 |
| introduced species | 14 |
| guinea pig | 14 |
| hay meadow | 14 |
| final host | 14 |
| dna sequence | 14 |
| sambucus nigra | 14 |
| mixed species | 14 |
| syndrome coronavirus | 14 |
| average number | 14 |
| ground cover | 14 |
| environmental factors | 14 |
| national park | 14 |
| larval stages | 14 |
| butterfly species | 14 |
| host plant | 14 |
| reef fishes | 14 |
| phylogenetic relationships | 14 |
| naked mole | 14 |
| metabolic rate | 14 |
| species level | 14 |
| emerging pathogens | 14 |
| invasive plants | 14 |
| ros production | 14 |
| functional foods | 14 |
| groundwater withdrawal | 14 |
| va hmo | 14 |
| mycelium white | 14 |
| significant differences | 13 |
| wild animals | 13 |
| study area | 13 |
| biological control | 13 |
| aristotelia chilensis | 13 |
| name refers | 13 |
| human emotions | 13 |
| electron microscopy | 13 |
| supporting information | 13 |
| host plants | 13 |
| termite mounds | 13 |
| species involved | 13 |
| attitudes toward | 13 |
| natural history | 13 |
| gross lesions | 13 |
| scale bar | 13 |
| human pathogens | 13 |
| high degree | 13 |
| species groups | 13 |
| rosa rubiginosa | 13 |
| rna viruses | 13 |
| frequency per | 13 |
| sars coronavirus | 13 |
| organic material | 13 |
| bacterial species | 13 |
| species assemblages | 13 |
| genbank nr | 13 |
| pale yellow | 13 |
| berberis microphylla | 13 |
| mean number | 13 |
| species based | 13 |
| rabies virus | 13 |
| astrovirus infection | 13 |
| body size | 13 |
| histologic lesions | 13 |
| species delimitation | 13 |
| nra values | 13 |
| transmission events | 13 |
| virus particles | 13 |
| hendra virus | 13 |
| phylogenetic analyses | 13 |
| radial distance | 13 |
| additional species | 13 |
| rattus norvegicus | 12 |
| recent studies | 12 |
| western australia | 12 |
| diatom species | 12 |
| cov detection | 12 |
| cm diam | 12 |
| horseshoe bats | 12 |
| two new | 12 |
| predator transfer | 12 |
| chemical defense | 12 |
| community composition | 12 |
| previously described | 12 |
| well known | 12 |
| fruit bats | 12 |
| species group | 12 |
| cov shedding | 12 |
| incipient species | 12 |
| larval stage | 12 |
| brisbane city | 12 |
| zoonotic diseases | 12 |
| weed cover | 12 |
| viral infection | 12 |
| per transect | 12 |
| ros generation | 12 |
| aquatic plants | 12 |
| strongly supported | 12 |
| terrestrial vertebrates | 12 |
| definitive host | 12 |
| middle east | 12 |
| results show | 12 |
| invasion success | 12 |
| molecular characteristics | 12 |
| gene tree | 12 |
| tree cover | 12 |
| population structure | 12 |
| juvenile stages | 12 |
| population sizes | 12 |
| bat lyssavirus | 12 |
| support values | 12 |
| one host | 12 |
| life histories | 12 |
| may lead | 12 |
| infect humans | 12 |
| marburg virus | 12 |
| malaise trap | 12 |
| many alkaloids | 12 |
| two groups | 12 |
| nitrate reductase | 12 |
| base composition | 12 |
| bat rabies | 12 |
| sequence alignment | 11 |
| manca juvenile | 11 |
| competent hosts | 11 |
| slightly curved | 11 |
| emerging diseases | 11 |
| widely distributed | 11 |
| illegal trade | 11 |
| fumigatus eloquens | 11 |
| en masse | 11 |
| distribution patterns | 11 |
| specific differences | 11 |
| table i | 11 |
| three groups | 11 |
| host cell | 11 |
| zoo network | 11 |
| western norway | 11 |
| habitat structure | 11 |
| invasion ecology | 11 |
| iucn red | 11 |
| individual species | 11 |
| ecological communities | 11 |
| human astrovirus | 11 |
| anchor worms | 11 |
| habitat use | 11 |
| bat coronaviruses | 11 |
| dna barcoding | 11 |
| high densities | 11 |
| genbank kf | 11 |
| single species | 11 |
| data sets | 11 |
| species complex | 11 |
| vegetation zones | 11 |
| larval parasitic | 11 |
| zebra mussel | 11 |
| host phylogeny | 11 |
| per quadrat | 11 |
| pigments absent | 11 |
| bat assemblages | 11 |
| individuals hunted | 11 |
| water depth | 11 |
| regime shifts | 11 |
| new genus | 11 |
| plot sizes | 11 |
| leaf spots | 11 |
| borne zoonotic | 11 |
| four species | 11 |
| pathogen prevalence | 11 |
| host specificity | 11 |
| wildlife conservation | 11 |
| spec ies | 10 |
| relatively high | 10 |
| competent host | 10 |
| history traits | 10 |
| sea turtles | 10 |
| determine whether | 10 |
| substitution model | 10 |
| high diversity | 10 |
| morphologically similar | 10 |
| asexual morph | 10 |
| conidia en | 10 |
| heavy metal | 10 |
| fish species | 10 |
| new zealand | 10 |
| annual rainfall | 10 |
| exudate absent | 10 |
| posterior probabilities | 10 |
| abiotic conditions | 10 |
| functional species | 10 |
| molecular characterization | 10 |
| wild animal | 10 |
| authors declare | 10 |
| culture media | 10 |
| eastern australia | 10 |
| cell wall | 10 |
| species across | 10 |
| mitochondrial dna | 10 |
| ct min | 10 |
| habitat variables | 10 |
| northern territory | 10 |
| genbank ay | 10 |
| dientamoeba fragilis | 10 |
| quinolizidine alkaloids | 10 |
| rank correlation | 10 |
| host density | 10 |
| forest species | 10 |
| lsu sequences | 10 |
| pea crab | 10 |
| wild birds | 10 |
| deciduous forests | 10 |
| ct max | 10 |
| wildlife trade | 10 |
| among others | 10 |
| vegetation composition | 10 |
| zoonotic viruses | 10 |
| spored asci | 10 |
| years ago | 10 |
| emerging infections | 10 |
| species number | 10 |
| see also | 10 |
| geographic distributions | 10 |
| species names | 10 |
| susceptible species | 10 |
| vegetation cover | 10 |
| electrophoretic pattern | 10 |
| wide variety | 10 |
| grass trees | 10 |
| genbank mg | 10 |
| global trends | 10 |
| sequences genbank | 10 |
| marine anchor | 10 |
| avian influenza | 10 |
| astrovirus strains | 10 |
| native fauna | 10 |
| native reptile | 10 |
| small number | 10 |
| protein electrophoresis | 10 |
| planet description | 10 |
| description sheets | 10 |
| replication fidelity | 10 |
| mycobank mb | 10 |
| polluted water | 10 |
| human astroviruses | 10 |
| van der | 10 |
| novel astrovirus | 10 |
| oatmeal agar | 10 |
| signalling molecules | 10 |
| mixed exhibits | 10 |
| species will | 10 |
| geographical distribution | 10 |
| cause disease | 10 |
| conservation status | 10 |
| sexual morph | 10 |
| valley fever | 9 |
| capensis group | 9 |
| interactions among | 9 |
| closest hit | 9 |
| relatively uniform | 9 |
| infection rates | 9 |
| sea lion | 9 |
| ribes magellanicum | 9 |
| least concern | 9 |
| tritrichomonas foetus | 9 |
| pathogen groups | 9 |
| avian astroviruses | 9 |
| homo sapiens | 9 |
| species also | 9 |
| reaching mm | 9 |
| habitat distribution | 9 |
| rift valley | 9 |
| sampling sites | 9 |
| induced nra | 9 |
| microbial communities | 9 |
| rural community | 9 |
| novel coronavirus | 9 |
| bat network | 9 |
| genome sequence | 9 |
| greyish orange | 9 |
| recent years | 9 |
| population density | 9 |
| complex rebrooding | 9 |
| pathogen emergence | 9 |
| gray squirrels | 9 |
| complete life | 9 |
| puerto rico | 9 |
| first step | 9 |
| four groups | 9 |
| indicator species | 9 |
| hit using | 9 |
| world health | 9 |
| soil nitrate | 9 |
| northern australia | 9 |
| potential group | 9 |
| hiv aids | 9 |
| close contact | 9 |
| another example | 9 |
| accession numbers | 9 |
| west africa | 9 |
| jelly parasitoids | 9 |
| maternity colonies | 9 |
| cell death | 9 |
| south american | 9 |
| taxonomic units | 9 |
| five species | 9 |
| within species | 9 |
| steroidal alkaloids | 9 |
| decaying organic | 9 |
| area curves | 9 |
| benthic diatoms | 9 |
| escherichia coli | 9 |
| poorly competent | 9 |
| genbank accession | 9 |
| population biology | 9 |
| species present | 9 |
| biological diversity | 9 |
| brood pouch | 9 |
| canopy cover | 9 |
| land cover | 9 |
| infection prevalence | 9 |
| indigenous people | 9 |
| nervous system | 9 |
| kornerup wanscher | 9 |
| ecological relationships | 9 |
| energy supply | 9 |
| local functional | 9 |
| health organization | 9 |
| species according | 9 |
| genbank mn | 9 |
| reference sequence | 9 |
| virus families | 9 |
| reproductive isolation | 9 |
| years old | 9 |
| marburg viruses | 9 |
| significantly different | 9 |
| habitat type | 9 |
| past years | 9 |
| mycelium consisting | 9 |
| increased ros | 9 |
| metapopulation size | 9 |
| may affect | 9 |
| contact rates | 9 |
| monte carlo | 9 |
| local communities | 9 |
| many cases | 9 |
| east respiratory | 9 |
| host shift | 9 |
| soluble pigments | 9 |
| potential hosts | 9 |
| genbank ng | 9 |
| will also | 9 |
| distance dispersal | 9 |
| evolutionary history | 9 |
| zoos within | 8 |
| significantly higher | 8 |
| immunodeficiency virus | 8 |
| genetic variation | 8 |
| food webs | 8 |
| year period | 8 |
| large proportion | 8 |
| habitat destruction | 8 |
| virus transmission | 8 |
| multidimensional scaling | 8 |
| significant difference | 8 |
| cluster within | 8 |
| tumour cells | 8 |
| nucleic acids | 8 |
| less likely | 8 |
| mitochondrial ros | 8 |
| birth pulse | 8 |
| lobate margin | 8 |
| like coronaviruses | 8 |
| host jumps | 8 |
| city council | 8 |
| greyish brown | 8 |
| species conservation | 8 |
| mean nra | 8 |
| type locality | 8 |
| perceived abundance | 8 |
| urban landscapes | 8 |
| may cause | 8 |
| parasite species | 8 |
| molluscan fauna | 8 |
| lymph nodes | 8 |
| rural communities | 8 |
| sponge shrimp | 8 |
| multiple species | 8 |
| endangered species | 8 |
| reproductive season | 8 |
| host reservoirs | 8 |
| zoonotic disease | 8 |
| multiple sequence | 8 |
| time since | 8 |
| defense compound | 8 |
| case studies | 8 |
| total protein | 8 |
| natural ecosystems | 8 |
| diatom communities | 8 |
| risk factors | 8 |
| managed hay | 8 |
| fungal taxonomy | 8 |
| host types | 8 |
| novel species | 8 |
| native vegetation | 8 |
| olivaceous grey | 8 |
| previously unknown | 8 |
| pure culture | 8 |
| adult male | 8 |
| ion channels | 8 |
| best model | 8 |
| avastrovirus gi | 8 |
| urban areas | 8 |
| causative agent | 8 |
| european vespertilionid | 8 |
| base pairs | 8 |
| positively associated | 8 |
| viruses shared | 8 |
| different times | 8 |
| spatial distribution | 8 |
| oxidative stress | 8 |
| million years | 8 |
| habitat fragments | 8 |
| wallis statistic | 8 |
| pcr assays | 8 |
| local species | 8 |
| spatial scales | 8 |
| source host | 8 |
| transmission systems | 8 |
| yellow fever | 8 |
| cryptic isopods | 8 |
| human beings | 8 |
| yeast extract | 8 |
| molecular epidemiology | 8 |
| successful invaders | 8 |
| cancer cells | 8 |
| four new | 8 |
| classification frameworks | 8 |
| management strategies | 8 |
| linear mixed | 8 |
| vertebrate species | 8 |
| cymothoid isopod | 8 |
| traditionally managed | 8 |
| human pathogen | 8 |
| study wetland | 8 |
| plant diversity | 8 |
| spore print | 8 |
| population size | 8 |
| east africa | 8 |
| recombination events | 8 |
| oxidase subunit | 8 |
| rhinolophus species | 8 |
| mitochondrial cytochrome | 8 |
| history strategies | 8 |
| highly correlated | 8 |
| academic age | 8 |
| dwarf males | 8 |
| codon positions | 8 |
| species abundance | 8 |
| global warming | 8 |
| bayesian posterior | 8 |
| gene conversion | 8 |
| molecular targets | 8 |
| ebola virus | 8 |
| habitat preferences | 8 |
| digestive tract | 8 |
| open areas | 8 |
| kolar lodge | 8 |
| skin alopecia | 8 |
| juvenile fish | 8 |
| copepodid stages | 8 |
| host diversity | 8 |
| recognized species | 8 |
| hepatitis virus | 8 |
| since abandonment | 8 |
| oa surface | 8 |
| sampling event | 8 |
| species traits | 8 |
| northeastern brazil | 8 |
| animals may | 8 |
| fruit bat | 8 |
| afrotropical rhinolophus | 8 |
| heart failure | 8 |
| total species | 8 |
| natural reservoirs | 8 |
| mouth disease | 8 |
| recipient host | 8 |
| virus particle | 8 |
| biological environment | 8 |
| trichomonas gallinae | 8 |
| last years | 8 |
| different sites | 8 |
| transect frequency | 8 |
| human life | 8 |
| may even | 8 |
| many parasites | 7 |
| southeast nigeria | 7 |
| host mortality | 7 |
| ground squirrel | 7 |
| antioxidant activity | 7 |
| pentatrichomonas hominis | 7 |
| whether reference | 7 |
| particularly important | 7 |
| become established | 7 |
| secondary products | 7 |
| abundant species | 7 |
| pale orange | 7 |
| final manuscript | 7 |
| spillover risk | 7 |
| zebra mussels | 7 |
| multiple host | 7 |
| simple rebrooding | 7 |
| juvenile bats | 7 |
| metazoan parasites | 7 |
| two types | 7 |
| may reduce | 7 |
| cover within | 7 |
| new york | 7 |
| conservation actions | 7 |
| million per | 7 |
| sample size | 7 |
| heavy metals | 7 |
| virus groups | 7 |
| concatenated nuclear | 7 |
| gene trees | 7 |
| lines represent | 7 |
| gene sequences | 7 |
| transfer host | 7 |
| genetic variability | 7 |
| generalized linear | 7 |
| ballast water | 7 |
| landeri group | 7 |
| enhanced ros | 7 |
| first time | 7 |
| previous research | 7 |
| united kingdom | 7 |
| der maarel | 7 |
| brown chromis | 7 |
| recurrent groups | 7 |
| transmission routes | 7 |
| multiple hosts | 7 |
| turkey astrovirus | 7 |
| aquatic ecosystem | 7 |
| environmental changes | 7 |
| also occur | 7 |
| may facilitate | 7 |
| changes per | 7 |
| active compounds | 7 |
| weed classification | 7 |
| different temperatures | 7 |
| living fauna | 7 |
| disease systems | 7 |
| emergence potential | 7 |
| powdery mildew | 7 |
| key role | 7 |
| various species | 7 |
| south korea | 7 |
| mouse grey | 7 |
| infective stage | 7 |
| water column | 7 |
| complex i | 7 |
| directly transmitted | 7 |
| phylogenetic signal | 7 |
| mammal fauna | 7 |
| several studies | 7 |
| cell culture | 7 |
| host switching | 7 |
| new world | 7 |
| described species | 7 |
| per species | 7 |
| field layer | 7 |
| northern europe | 7 |
| respiratory disease | 7 |
| genus level | 7 |
| ecological networks | 7 |
| protein coding | 7 |
| conidia hyaline | 7 |
| tropical savannas | 7 |
| fallen woody | 7 |
| fragaria chiloensis | 7 |
| invasion biology | 7 |
| reductase activity | 7 |
| bacterial killing | 7 |
| currently recognized | 7 |
| may provide | 7 |
| performed using | 7 |
| duck astrovirus | 7 |
| mixed models | 7 |
| spearman rank | 7 |
| resting host | 7 |
| generalist species | 7 |
| also used | 7 |
| light brown | 7 |
| naupliar stages | 7 |
| eggs hatch | 7 |
| marmota monax | 7 |
| joint occurrences | 7 |
| ferrumequinum group | 7 |
| may reflect | 7 |
| adult female | 7 |
| avian diversity | 7 |
| host reservoir | 7 |
| margins regular | 7 |
| species without | 7 |
| mitochondrial genes | 7 |
| expected changes | 7 |
| human infectious | 7 |
| species found | 7 |
| nephritis virus | 7 |
| covering dish | 7 |
| borne diseases | 7 |
| species identity | 7 |
| multivariate analysis | 7 |
| rdrp gene | 7 |
| capsid region | 7 |
| may become | 7 |
| wetland health | 7 |
| highly pathogenic | 7 |
| rattus rattus | 7 |
| terrestrial reptile | 7 |
| host genus | 7 |
| food source | 7 |
| insectivorous bat | 7 |
| moderate aerial | 7 |
| larvae feed | 7 |
| comparative analysis | 7 |
| rw period | 7 |
| network analysis | 7 |
| new guinea | 7 |
| functional differentiation | 7 |
| dna damage | 7 |
| relative abundance | 7 |
| new pathogens | 7 |
| likelihood tree | 7 |
| dry weight | 7 |
| male host | 7 |
| aerial hyphae | 7 |
| sexually transmitted | 7 |
| life strategies | 7 |
| waste products | 7 |
| direct life | 7 |
| species detected | 7 |
| calling anurans | 7 |
| plant pathogens | 7 |
| hemorrhagic fever | 7 |
| norway rats | 7 |
| also known | 7 |
| including humans | 7 |
| viral loads | 7 |
| ecological niches | 7 |
| like virus | 7 |
| major role | 7 |
| antioxidant properties | 7 |
| individual members | 7 |
| genomic dna | 7 |
| reemerging species | 7 |
| takes place | 7 |
| sea urchins | 7 |
| long distances | 7 |
| relatively small | 7 |
| immunological defence | 7 |
| great apes | 7 |
| cyclades plateau | 7 |
| anchor worm | 7 |
| species become | 7 |
| zoonotic infections | 7 |
| native mammal | 7 |
| basal cell | 7 |
| epithelial cells | 7 |
| native plants | 7 |
| fresh fruit | 7 |
| cell walls | 7 |
| marine fishes | 7 |
| phylogenetic trees | 7 |
| common ancestor | 7 |
| tree analyses | 7 |
| positive precursor | 7 |
| urban development | 7 |
| nuclear introns | 7 |
| data collection | 7 |
| single host | 7 |
| zoonotic dis | 7 |
| excessive groundwater | 7 |
| respiratory distress | 7 |
| infection dynamics | 7 |
| species effects | 7 |
| zoo community | 7 |
| plant invasions | 7 |
| community ecology | 7 |
| bacterial infections | 7 |
| common species | 7 |
| great britain | 7 |
| pale ochraceous | 7 |
| avian nephritis | 7 |
| wild species | 7 |
| family level | 7 |
| borrelia burgdorferi | 6 |
| freshwater communities | 6 |
| sin nombre | 6 |
| may influence | 6 |
| biofuel production | 6 |
| novel human | 6 |
| genetic lineages | 6 |
| horseshoe bat | 6 |
| blood vessels | 6 |
| propagule pressure | 6 |
| total living | 6 |
| laboratory mice | 6 |
| two distinct | 6 |
| mtdna genes | 6 |
| data analysis | 6 |
| sample collection | 6 |
| host traits | 6 |
| different ways | 6 |
| species considered | 6 |
| suburban garden | 6 |
| genbank mk | 6 |
| species whose | 6 |
| bat communities | 6 |
| trichosurus vulpecula | 6 |
| skeletal muscle | 6 |
| homology search | 6 |
| binomial test | 6 |
| acute phase | 6 |
| examples include | 6 |
| better understand | 6 |
| allied species | 6 |
| wetland condition | 6 |
| parasite transmission | 6 |
| native plant | 6 |
| multivariate techniques | 6 |
| three temperatures | 6 |
| chalimus stages | 6 |
| transmission event | 6 |
| several factors | 6 |
| risk periods | 6 |
| molecular phylogeny | 6 |
| bacterial infection | 6 |
| within urban | 6 |
| fumigatus group | 6 |
| duplex dna | 6 |
| trophic levels | 6 |
| using two | 6 |
| temporary parasite | 6 |
| feeding larvae | 6 |
| microbial diversity | 6 |
| mycelial layer | 6 |
| ex situ | 6 |
| calling index | 6 |
| domestic cats | 6 |
| fresh weight | 6 |
| transcribed spacer | 6 |
| two different | 6 |
| marine mammals | 6 |
| diam hyphae | 6 |
| sea louse | 6 |
| ten years | 6 |
| gen es | 6 |
| positive emotions | 6 |
| northern brown | 6 |
| coi gene | 6 |
| true parasite | 6 |
| crucial role | 6 |
| brownish orange | 6 |
| sexual reproduction | 6 |
| may play | 6 |
| recent study | 6 |
| roosting sites | 6 |
| newly sequenced | 6 |
| field studies | 6 |
| studies featured | 6 |
| species often | 6 |
| use patterns | 6 |
| occur together | 6 |
| bayesian inference | 6 |
| services provided | 6 |
| ecological data | 6 |
| developmental stages | 6 |
| first two | 6 |
| reef fish | 6 |
| species must | 6 |
| tree analysis | 6 |
| producing plants | 6 |
| habitat fragmentation | 6 |
| reperfusion injury | 6 |
| parasite interactions | 6 |
| quadrat frequency | 6 |
| small animals | 6 |
| rodent networks | 6 |
| species invasions | 6 |
| aspergillus banksianus | 6 |
| costs associated | 6 |
| treefrog hyla | 6 |
| species isolated | 6 |
| changing climate | 6 |
| neutralizing antibodies | 6 |
| seed shrimp | 6 |
| defense chemicals | 6 |
| evidence suggests | 6 |
| emotions toward | 6 |
| general case | 6 |
| genetically distinct | 6 |
| biotic parameters | 6 |
| anilocra chromis | 6 |
| mitochondrial introgression | 6 |
| quadrat cover | 6 |
| great impact | 6 |
| host systems | 6 |
| diversity within | 6 |
| pest species | 6 |
| adult bats | 6 |
| czapek yeast | 6 |
| may include | 6 |
| lesser extent | 6 |
| extinction rates | 6 |
| replication within | 6 |
| disease outbreaks | 6 |
| disturbed habitats | 6 |
| likelihood phylogenetic | 6 |
| host community | 6 |
| first axis | 6 |
| african rhinolophus | 6 |
| cliff vegetation | 6 |
| increase transmission | 6 |
| invasive aquatic | 6 |
| short distances | 6 |
| whose larvae | 6 |
| relatively low | 6 |
| large predators | 6 |
| genbank lt | 6 |
| major pathogen | 6 |
| gene flow | 6 |
| linear regression | 6 |
| important factor | 6 |
| captive breeding | 6 |
| tongue worm | 6 |
| energy demand | 6 |
| billion per | 6 |
| largest potential | 6 |
| true parasites | 6 |
| fungal biodiversity | 6 |
| species distributions | 6 |
| slightly thickened | 6 |
| rain forest | 6 |
| dna polymerase | 6 |
| another study | 6 |
| dispersal abilities | 6 |
| codon position | 6 |
| classified within | 6 |
| arid region | 6 |
| several years | 6 |
| mammal diversity | 6 |
| biological weapon | 6 |
| information system | 6 |
| human disease | 6 |
| species identified | 6 |
| data available | 6 |
| become infected | 6 |
| infl uenza | 6 |
| toxic effects | 6 |
| sciurus carolinensis | 6 |
| coding genes | 6 |
| hong kong | 6 |
| distributed across | 6 |
| correlation coefficient | 6 |
| infection may | 6 |
| global change | 6 |
| another species | 6 |
| host populations | 6 |
| community level | 6 |
| tree inferred | 6 |
| saudi arabia | 6 |
| progressive nephropathy | 6 |
| similar habitat | 6 |
| fever virus | 6 |
| discrete cluster | 6 |
| significant role | 6 |
| cardiac hypertrophy | 6 |
| may result | 6 |
| group i | 6 |
| chronic progressive | 6 |
| central nervous | 6 |
| one group | 6 |
| site species | 6 |
| native fish | 6 |
| species associated | 6 |
| will likely | 6 |
| undescribed species | 6 |
| alien plant | 6 |
| species used | 6 |
| two sites | 6 |
| high biodiversity | 6 |
| endoparasitic infection | 6 |
| conservation breeding | 6 |
| economic costs | 6 |
| remaining species | 6 |
| hyaline hyphae | 6 |
| larval development | 6 |
| genbank mt | 6 |
| drosophila melanogaster | 6 |
| enzyme activity | 6 |
| functional peff | 6 |
| nested within | 6 |
| twentieth century | 6 |
| pigment absent | 6 |
| word ecology | 6 |
| fossil forms | 6 |
| less competent | 6 |
| genbank lc | 6 |
| hyphae hyaline | 6 |
| per hectare | 6 |
| alpine belt | 6 |
| double parasitism | 6 |
| transmission within | 6 |
| species included | 6 |
| anilocra pomacentri | 6 |
| thermal optima | 6 |
| moult stages | 6 |
| living stages | 6 |
| nombre virus | 6 |
| tree canopy | 6 |
| exotic plant | 6 |
| available data | 6 |
| years since | 6 |
| two genomes | 6 |
| habitat loss | 6 |
| subunit i | 6 |
| may explain | 6 |
| also noted | 6 |
| food security | 6 |
| sampling results | 6 |
| pdf files | 6 |
| host cells | 6 |
| population genetic | 6 |
| living molluscan | 6 |
| oxyria digyna | 6 |
| conservation biology | 6 |
| health management | 6 |
| species using | 6 |
| borne disease | 6 |
| first copepodid | 6 |
| fossil fuels | 6 |
| transcription factor | 6 |
| fish parasite | 6 |
| sampling methods | 6 |
| many instances | 6 |
| vast majority | 6 |
| molecular identification | 6 |
| species communities | 6 |
| measurement error | 6 |
| specific species | 6 |
| natural resources | 6 |
| world war | 6 |
| habitat specialisation | 6 |
| experimental temperatures | 6 |
| conidia aseptate | 6 |
| reassortment potential | 6 |
| survey data | 6 |
| standard error | 6 |
| basic emotions | 6 |
| british isles | 6 |
| several different | 6 |
| amphibian species | 6 |
| correspondence analysis | 6 |
| toward wildlife | 6 |
| commonly used | 6 |
| parasitic isopod | 6 |
| google scholar | 6 |
| species sampled | 6 |
| opossum attack | 6 |
| protein fraction | 6 |
| terrestrial ecosystems | 6 |
| whitney test | 6 |
| emergence events | 6 |
| native terrestrial | 6 |
| human infection | 6 |
| parasitic species | 6 |
| dirty white | 6 |
| geographic range | 6 |
| colony texture | 6 |
| submission id | 6 |
| less toxic | 6 |
| plant community | 6 |
| disease geography | 6 |
| human exposure | 6 |
| woody material | 6 |
| growth temperature | 6 |
| international committee | 6 |
| strongly correlated | 6 |
| manca juveniles | 6 |
| animal origin | 6 |
| available reference | 6 |
| burrowing barnacles | 6 |
| higher diversity | 6 |
| skin lesions | 6 |
| bats may | 6 |
| complete genome | 6 |
| species distribution | 6 |
| pathogen dynamics | 6 |
| cytochrome oxidase | 6 |
| higher plants | 6 |
| czech republic | 6 |
| may serve | 6 |
| colonies flat | 6 |
| parasitic isopods | 6 |
| selective pressures | 6 |
| riparian vegetation | 6 |
| pathogen characteristics | 6 |
| highest species | 6 |
| tree obtained | 6 |
| viral inclusions | 6 |
| samples taken | 6 |
| virus interactions | 6 |
| tables i | 6 |
| rodent network | 6 |
| disease prevalence | 6 |
| nucleic acid | 6 |
| benthic communities | 6 |
| lactifluus albopicri | 6 |
| widely used | 6 |
| high prevalence | 6 |
| abandoned sites | 6 |
| female bats | 6 |
| living resources | 6 |
| dna sequencing | 6 |
| invasional meltdown | 6 |
| eight species | 6 |
| genbank dq | 6 |
| collected sample | 6 |
| habitat disturbance | 6 |
| crustacean parasite | 6 |
| high replication | 6 |
| internal transcribed | 6 |
| strains detected | 6 |
| will require | 6 |
| dna reference | 6 |
| species variation | 6 |
| forest cover | 6 |
| species biodiversity | 6 |
| bird population | 6 |
| food production | 6 |
| highly divergent | 6 |
| strains comprising | 5 |
| local extinction | 5 |
| climatic conditions | 5 |
| water sample | 5 |
| without clinical | 5 |
| maximally induced | 5 |
| first detected | 5 |
| olive brown | 5 |
| taxonomic group | 5 |
| trophic status | 5 |
| supplementary material | 5 |
| chemical ecology | 5 |
| published maps | 5 |
| living species | 5 |
| may vary | 5 |
| distress syndrome | 5 |
| lactifluus austropiperatus | 5 |
| kissing interactions | 5 |
| specialised species | 5 |
| also may | 5 |
| parasitic infections | 5 |
| taxonomic novelties | 5 |
| tested using | 5 |
| selective pressure | 5 |
| posterior probability | 5 |
| ground squirrels | 5 |
| successional series | 5 |
| monkeypox virus | 5 |
| population declines | 5 |
| three new | 5 |
| fungal diversity | 5 |
| borne infections | 5 |
| human transmission | 5 |
| many diseases | 5 |
| control costs | 5 |
| parasitology july | 5 |
| will call | 5 |
| species i | 5 |
| echinococcus multilocularis | 5 |
| low replication | 5 |
| causing disease | 5 |
| important reservoir | 5 |
| identification using | 5 |
| induced ros | 5 |
| mea surface | 5 |
| negative effects | 5 |
| conidiophores borne | 5 |
| parasite diversity | 5 |
| species limits | 5 |
| evolutionary relationships | 5 |
| coralligenous assemblage | 5 |
| texture floccose | 5 |
| slightly raised | 5 |
| conidiomata pycnidial | 5 |
| toxic properties | 5 |
| also influence | 5 |
| see additional | 5 |
| naturalis biodiversity | 5 |
| certain species | 5 |
| bacterial vaginosis | 5 |
| microbial species | 5 |
| serial parasite | 5 |
| mpx values | 5 |
| broad host | 5 |
| morphological features | 5 |
| dangerous animals | 5 |
| information criterion | 5 |
| distributional potential | 5 |
| five major | 5 |
| ecosystem functioning | 5 |
| time period | 5 |
| pitfall traps | 5 |
| infective stages | 5 |
| adult stages | 5 |
| aquatic communities | 5 |
| human well | 5 |
| recent advances | 5 |
| fungal tree | 5 |
| well studied | 5 |
| temperature may | 5 |
| first stage | 5 |
| bat populations | 5 |
| fundamental role | 5 |
| urinary bladder | 5 |
| related mortality | 5 |
| highly dependent | 5 |
| viral richness | 5 |
| natural enemies | 5 |
| mm wide | 5 |
| also included | 5 |
| rdrp region | 5 |
| gill chambers | 5 |
| ter braak | 5 |
| mode analysis | 5 |
| nearly constant | 5 |
| local food | 5 |
| high mortality | 5 |
| limited detection | 5 |
| cryptic diversity | 5 |
| north atlantic | 5 |
| invasive macrophyte | 5 |
| forliomyces uniseptata | 5 |
| different types | 5 |
| important source | 5 |
| taxonomic groups | 5 |
| hantavirus pulmonary | 5 |
| genbank gu | 5 |
| broad range | 5 |
| mean temperature | 5 |
| fungal culture | 5 |
| six species | 5 |
| exudates absent | 5 |
| plants often | 5 |
| pale olivaceous | 5 |
| cat species | 5 |
| serial parasites | 5 |
| online version | 5 |
| westerdijk fungal | 5 |
| vascular plants | 5 |
| given threatened | 5 |
| much attention | 5 |
| functional traits | 5 |
| species mastv | 5 |
| previous study | 5 |
| slightly irregular | 5 |
| genbank ku | 5 |
| new life | 5 |
| field study | 5 |
| one health | 5 |
| mean values | 5 |
| tree sap | 5 |
| site level | 5 |
| dark grey | 5 |
| human societies | 5 |
| parasitic barnacle | 5 |
| beta conidia | 5 |
| tailed cloud | 5 |
| subfossil assemblages | 5 |
| genetic analysis | 5 |
| mm kno | 5 |
| experimental evidence | 5 |
| living communities | 5 |
| eloquens clades | 5 |
| analysis revealed | 5 |
| denti simulator | 5 |
| seems unlikely | 5 |
| gill chamber | 5 |
| nuclear intron | 5 |
| dry season | 5 |
| regime shift | 5 |
| zoonotic potential | 5 |
| indicated behind | 5 |
| astroviridae family | 5 |
| dispersal ability | 5 |
| rotting wood | 5 |
| flea species | 5 |
| domestic mammals | 5 |
| newly generated | 5 |
| see supporting | 5 |
| acid sequences | 5 |
| en el | 5 |
| color photo | 5 |
| insectivorous bats | 5 |
| within human | 5 |
| endoparasite prevalence | 5 |
| bioactive compounds | 5 |
| virus population | 5 |
| similar pattern | 5 |
| endogenous retroviral | 5 |
| close relative | 5 |
| potential impacts | 5 |
| social groups | 5 |
| vespertilionid species | 5 |
| data availability | 5 |
| parasitic forms | 5 |
| ecological knowledge | 5 |
| copepod species | 5 |
| bovine astrovirus | 5 |
| novel astroviruses | 5 |
| species identifications | 5 |
| human primates | 5 |
| toward animals | 5 |
| less susceptible | 5 |
| clinical practice | 5 |
| natural science | 5 |
| nadph oxidase | 5 |
| identified species | 5 |
| nucleotide substitution | 5 |
| san pedro | 5 |
| allied genera | 5 |
| plant parts | 5 |
| masse light | 5 |
| reverse olivaceous | 5 |
| easily distinguished | 5 |
| thickened lines | 5 |
| different life | 5 |
| molecular techniques | 5 |
| may represent | 5 |
| species occurring | 5 |
| samples collected | 5 |
| different host | 5 |
| obligate parasite | 5 |
| negative precursor | 5 |
| alpha conidia | 5 |
| vertebrate hosts | 5 |
| food resources | 5 |
| taxonomic revision | 5 |
| natural populations | 5 |
| slow growth | 5 |
| riparian zone | 5 |
| rodent reservoirs | 5 |
| fire frequency | 5 |
| cipres science | 5 |
| low genetic | 5 |
| balaenophilus manatorum | 5 |
| nuclear data | 5 |
| disease biogeography | 5 |
| carbon dioxide | 5 |
| gray squirrel | 5 |
| higher prevalence | 5 |
| bold face | 5 |
| host body | 5 |
| mycological journals | 5 |
| springer nature | 5 |
| virulence factors | 5 |
| critically endangered | 5 |
| remains neutral | 5 |
| domesticated animals | 5 |
| may indicate | 5 |
| quantitative analysis | 5 |
| introduced fish | 5 |
| juvenile isopods | 5 |
| science gateway | 5 |
| small amount | 5 |
| adverse effects | 5 |
| full length | 5 |
| aquatic habitats | 5 |
| nutritional sterilisation | 5 |
| sequences obtained | 5 |
| male rodents | 5 |
| bat fauna | 5 |
| lsu rdna | 5 |
| endogenous control | 5 |
| coastal wetlands | 5 |
| previously reported | 5 |
| cuckoo copepods | 5 |
| species interactions | 5 |
| renal tubular | 5 |
| myotis myotis | 5 |
| theoretical work | 5 |
| deceased bats | 5 |
| isolation techniques | 5 |
| lake casitas | 5 |
| native aquatic | 5 |
| also plays | 5 |
| structurally complex | 5 |
| gps co | 5 |
| data used | 5 |
| population genetics | 5 |
| liquid nitrogen | 5 |
| important host | 5 |
| diatomaceous earth | 5 |
| weed risk | 5 |
| rodents including | 5 |
| level identification | 5 |
| correlation coefficients | 5 |
| error structure | 5 |
| cheat grass | 5 |
| hosts may | 5 |
| microbial community | 5 |
| mating system | 5 |
| pulmonary syndrome | 5 |
| classification systems | 5 |
| species description | 5 |
| predictive framework | 5 |
| vegetative hyphae | 5 |
| ecological factors | 5 |
| protein biosynthesis | 5 |
| ectoparasite prevalence | 5 |
| ecological integrity | 5 |
| also important | 5 |
| i th | 5 |
| also cause | 5 |
| significant evidence | 5 |
| fish parasites | 5 |
| roosting behavior | 5 |
| poorly known | 5 |
| fungal taxonomists | 5 |
| gis gps | 5 |
| authors read | 5 |
| akaike information | 5 |
| biodiversity institute | 5 |
| zoonotic origin | 5 |
| bats species | 5 |
| lee stewart | 5 |
| marine diatom | 5 |
| trichomonas tenax | 5 |
| rank order | 5 |
| almost exclusively | 5 |
| constant part | 5 |
| close relatives | 5 |
| selected model | 5 |
| phylogenetic correlation | 5 |
| type strains | 5 |
| religious ceremony | 5 |
| genetic data | 5 |
| total solids | 5 |
| clinical samples | 5 |
| agricultural landscape | 5 |
| type strain | 5 |
| also occurs | 5 |
| transmission among | 5 |
| toxic plants | 5 |
| discrete clusters | 5 |
| asexual reproduction | 5 |
| wildlife relationships | 5 |
| five groups | 5 |
| host specimens | 5 |
| temperature increases | 5 |
| current knowledge | 5 |
| borne pathogens | 5 |
| litters per | 5 |
| since many | 5 |
| tubular epithelial | 5 |
| marasmius vagus | 5 |
| indigenous species | 5 |
| food system | 5 |
| swimming speed | 5 |
| low numbers | 5 |
| upper limit | 5 |
| several times | 5 |
| central african | 5 |
| three frameworks | 5 |
| delimitation methods | 5 |
| copepodid i | 5 |
| ordination groups | 5 |
| transmissible within | 5 |
| global climate | 5 |
| impacts caused | 5 |
| coloured blocks | 5 |
| common host | 5 |
| habitat classes | 5 |
| well documented | 5 |
| adaptive management | 5 |
| bird community | 5 |
| several recent | 5 |
| copepod parasites | 5 |
| entire life | 5 |
| bat colony | 5 |
| multiple regression | 5 |
| important consequences | 5 |
| bar represents | 5 |
| may help | 5 |
| best models | 5 |
| geographical area | 5 |
| three different | 5 |
| novelties described | 5 |
| host specimen | 5 |
| biodiversity may | 5 |
| probably due | 5 |
| questions regarding | 5 |
| normal cells | 5 |
| geographical range | 5 |
| butterfly assemblage | 5 |
| cylindrical cells | 5 |
| dna data | 5 |
| high level | 5 |
| brownish grey | 5 |
| hermit crab | 5 |
| critical thermal | 5 |
| remains unknown | 5 |
| also lead | 5 |
| molecular tools | 5 |
| sampled every | 5 |
| competing results | 5 |
| mann whitney | 5 |
| host abundance | 5 |
| different ecological | 5 |
| table xi | 5 |
| biogeographic patterns | 5 |
| traits associated | 5 |
| pyrrolizidine alkaloids | 5 |
| different stages | 5 |
| optimal radial | 5 |
| dull green | 5 |
| may produce | 5 |
| test whether | 5 |
| purple loosestrife | 5 |
| dispersal distance | 5 |
| error rates | 5 |
| food plants | 5 |
| yellowish white | 5 |
| syrian hamsters | 5 |
| seems likely | 5 |
| bibliographical review | 5 |
| host ranges | 5 |
| approximately species | 5 |
| rare hay | 5 |
| larval forms | 5 |
| represent nodes | 5 |
| vector borne | 5 |
| amphibian populations | 5 |
| aegean sea | 5 |
| reproductive system | 5 |
| high risk | 5 |
| ros may | 5 |
| compacted soils | 5 |
| conidiogenous loci | 5 |
| venturia paralias | 5 |
| invasive alien | 5 |
| aquatic systems | 5 |
| tailed bats | 5 |
| strain cpc | 5 |
| may contribute | 5 |
| different levels | 5 |
| will help | 5 |
| major epidemics | 5 |
| results showed | 5 |
| curtis index | 5 |
| one vector | 5 |
| bluetongue virus | 5 |
| pda surface | 5 |
| small size | 5 |
| fish isopod | 5 |
| rna polymerase | 5 |
| native wildlife | 5 |
| environmental change | 5 |
| apex subobtuse | 5 |
| fruiting structures | 5 |
| based species | 5 |
| provide important | 5 |
| savanna woodland | 5 |
| juvenile fishes | 5 |
| poplar plantations | 5 |
| optimum growth | 5 |
| rosy buff | 5 |
| herbal medicines | 5 |
| institute fungal | 5 |
| total catch | 5 |
| many countries | 5 |
| botanical families | 5 |
| diffusible pigments | 5 |
| glossobius hemiramphi | 5 |
| supplementary information | 5 |
| highest cie | 5 |
| specific intercepts | 5 |
| also play | 5 |
| chicken astrovirus | 5 |
| several hundred | 5 |
| greyish sepia | 5 |
| ordination space | 5 |
| among populations | 5 |
| strongly related | 5 |
| pathogens may | 5 |
| planet numbers | 5 |
| multiple functions | 5 |
| sediment type | 5 |
| freshwater species | 5 |
| institutional affiliations | 5 |
| wildlife hunting | 5 |
| within hosts | 5 |
| basal metabolic | 5 |
| pipistrellus pipistrellus | 5 |
| capillaria hepatica | 5 |
| relatively long | 5 |
| transmission may | 5 |
| malagasy bats | 5 |
| maclaudi group | 5 |
| structural complexity | 5 |
| host susceptibility | 5 |
| transmitted parasite | 5 |
| host jump | 5 |
| hunted per | 5 |
| multicopy genes | 5 |
| proliferative lesions | 5 |
| oral cavity | 5 |
| western pacific | 5 |
| us plants | 5 |
| immune function | 5 |
| first group | 5 |
| conidiophores reduced | 5 |
| collection site | 5 |
| species tend | 5 |
| genetic information | 5 |
| propagation potential | 5 |
| broadly clavate | 5 |
| game species | 5 |
| will increase | 5 |
| second codon | 5 |
| crustacean isopods | 5 |
| core team | 5 |
| european bats | 5 |
| brazilian free | 5 |
| increasingly recognized | 5 |
| african bats | 5 |
| references therein | 5 |
| substitution models | 5 |
| encephalitozoon cuniculi | 5 |
| introduced plants | 5 |
| molecular evolutionary | 5 |
| stage species | 5 |
| nature remains | 5 |
| molecular studies | 5 |
| transmission cycle | 5 |
| textura angularis | 5 |
| new habitat | 5 |
| european union | 5 |
| transmission mode | 5 |
| last author | 5 |
| jurisdictional claims | 5 |
| contaminated water | 5 |
| habitat characteristics | 5 |
| biodiversity center | 5 |
| growth rate | 5 |
| also shown | 5 |
| biological replicates | 5 |
| dark green | 5 |
| similar results | 5 |
| genomic characterization | 5 |
| virus species | 5 |
| species cited | 5 |
| almost half | 5 |
| functional food | 5 |
| enteric disease | 5 |
| genbank mh | 5 |
| higher temperatures | 5 |
| across species | 5 |
| dna molecules | 5 |
| biotic interactions | 5 |
| rapid response | 5 |
| lead author | 5 |
| note springer | 5 |
| lactic acid | 5 |
| two independent | 5 |
| bat carcasses | 5 |
| first described | 5 |
| urban remnants | 5 |
| close relationship | 5 |
| olivaceous brown | 5 |
| phytophthora personensis | 5 |
| significantly correlated | 5 |
| severe cases | 5 |
| natural habitat | 5 |
| center westerdijk | 5 |
| oth er | 4 |
| situ conservation | 4 |
| virgin female | 4 |
| surface area | 4 |
| host ecology | 4 |
| mean proximity | 4 |
| diseases caused | 4 |
| still unknown | 4 |
| urban expansion | 4 |
| secondary structures | 4 |
| infections caused | 4 |
| last decade | 4 |
| sites within | 4 |
| growing species | 4 |
| crustacean life | 4 |
| species might | 4 |
| smaller predator | 4 |
| fungal taxa | 4 |
| among bats | 4 |
| bayesian species | 4 |
| reproductive cycle | 4 |
| skink species | 4 |
| monsoon rainforests | 4 |
| competing interests | 4 |
| phylogenetic position | 4 |
| laurentian great | 4 |
| marine benthic | 4 |
| genbank kp | 4 |
| molecular phylogenetic | 4 |
| group containing | 4 |
| habitat preference | 4 |
| california sea | 4 |
| cleaner fishes | 4 |
| reduced biodiversity | 4 |
| virus isolation | 4 |
| positively co | 4 |
| important emerging | 4 |
| porcine astrovirus | 4 |
| rw periods | 4 |
| flying insects | 4 |
| see text | 4 |
| look like | 4 |
| human immunodeficiency | 4 |
| negative charge | 4 |
| sequence alignments | 4 |
| wetland integrity | 4 |
| biodiversity conservation | 4 |
| optimized cluster | 4 |
| mole rats | 4 |
| understorey density | 4 |
| agarose gel | 4 |
| microbe interactions | 4 |
| flying foxes | 4 |
| may either | 4 |
| effective conservation | 4 |
| salmon sea | 4 |
| constructed using | 4 |
| strains isolated | 4 |
| infectious agent | 4 |
| also observed | 4 |
| one single | 4 |
| decapod isopods | 4 |
| obtaining axenic | 4 |
| economic importance | 4 |
| high proportion | 4 |
| plan approach | 4 |
| additional variation | 4 |
| comprising mastv | 4 |
| brown cells | 4 |
| viral infections | 4 |
| research efforts | 4 |
| better understanding | 4 |
| livoneca ovalis | 4 |
| produce alkaloids | 4 |
| parasitic life | 4 |
| role played | 4 |
| occur within | 4 |
| molluscan species | 4 |
| functional value | 4 |
| urban habitat | 4 |
| diffusible pigment | 4 |
| atlantic forest | 4 |
| mammal populations | 4 |
| forming numerous | 4 |
| recent weaning | 4 |
| gongronella namwonensis | 4 |
| notoedric mange | 4 |
| foot pole | 4 |
| indian ocean | 4 |
| solar radiation | 4 |
| billion years | 4 |
| zaret paine | 4 |
| test tube | 4 |
| simulator clade | 4 |
| setose hairs | 4 |
| human activities | 4 |
| emerging disease | 4 |
| factors related | 4 |
| strongly supports | 4 |
| native macrophyte | 4 |
| distantly related | 4 |
| hunting activity | 4 |
| conservation managers | 4 |
| supplemental materials | 4 |
| buenos aires | 4 |
| onto fresh | 4 |
| tropical regions | 4 |
| host behaviour | 4 |
| species name | 4 |
| phylum parabasalia | 4 |
| novel pathogen | 4 |
| managed site | 4 |
| dependent component | 4 |
| animal communities | 4 |
| bats investigated | 4 |
| main village | 4 |
| changes may | 4 |
| chagas disease | 4 |
| wild urban | 4 |
| birth pulses | 4 |
| many plants | 4 |
| two populations | 4 |
| western north | 4 |
| csiro division | 4 |
| viruses isolated | 4 |
| economic losses | 4 |
| damaraland mole | 4 |
| like organisms | 4 |
| large herbivores | 4 |
| cells integrated | 4 |
| daphnia lumholtzi | 4 |
| biological invasion | 4 |
| one hand | 4 |
| like larvae | 4 |
| innate immune | 4 |
| st century | 4 |
| genetic divergence | 4 |
| mediterranean quercus | 4 |
| simple life | 4 |
| biological context | 4 |
| people living | 4 |
| austriacus colonies | 4 |
| management decisions | 4 |
| nitrate assimilation | 4 |
| another important | 4 |
| positively correlated | 4 |
| shark barnacles | 4 |
| eastern pacific | 4 |
| sufficient condition | 4 |
| weather conditions | 4 |
| may require | 4 |
| venmathi maran | 4 |
| mice morrisey | 4 |
| bayesian phylogenetics | 4 |
| tap water | 4 |
| biological replicate | 4 |
| invasive plant | 4 |
| disease resistance | 4 |
| nucleotide identity | 4 |
| jelly crabs | 4 |
| trap sample | 4 |
| forest areas | 4 |
| adaptive immune | 4 |
| first record | 4 |
| tropical savanna | 4 |
| frequently found | 4 |
| strains form | 4 |
| constructive comments | 4 |
| much higher | 4 |
| animal models | 4 |
| common features | 4 |
| calculated using | 4 |
| also calculated | 4 |
| may potentially | 4 |
| studies support | 4 |
| texture fasciculate | 4 |
| mean annual | 4 |
| native assemblage | 4 |
| highly acidic | 4 |
| prevalence patterns | 4 |
| gnathiid isopods | 4 |
| astrovirus infections | 4 |
| site groups | 4 |
| cov dynamics | 4 |
| third codon | 4 |
| quantitative connectance | 4 |
| molecular phylogenetics | 4 |
| chiropteran species | 4 |
| see complex | 4 |
| many bat | 4 |
| sequence similarity | 4 |
| laboratory animals | 4 |
| immediately following | 4 |
| virus communities | 4 |
| ornithogenic soils | 4 |
| lesions consist | 4 |
| acropetal chains | 4 |
| genbank jq | 4 |
| completely different | 4 |
| lizard species | 4 |
| phylogenetic inference | 4 |
| body mass | 4 |
| largely involving | 4 |
| medicinal plants | 4 |
| bare pastures | 4 |
| plant growth | 4 |
| reverse olive | 4 |
| plasma proteins | 4 |
| apical cell | 4 |
| sampling events | 4 |
| regulating ros | 4 |
| community epidemiology | 4 |
| age classes | 4 |
| brood sizes | 4 |
| zoo populations | 4 |
| edible fruits | 4 |
| integrative taxonomic | 4 |
| among different | 4 |
| ecological impact | 4 |
| lower zones | 4 |
| ros also | 4 |
| established host | 4 |
| simian immunodeficiency | 4 |
| infected bats | 4 |
| alkaloid levels | 4 |
| caribbean sea | 4 |
| immune responses | 4 |
| european species | 4 |
| tick species | 4 |
| new south | 4 |
| right time | 4 |
| found anilocra | 4 |
| local scale | 4 |
| international union | 4 |
| environmental gradients | 4 |
| coronavirus detection | 4 |
| abandoned hay | 4 |
| genetic differentiation | 4 |
| wormlike copepods | 4 |
| studies carried | 4 |
| polyomavirus infection | 4 |
| much reduced | 4 |
| analysis techniques | 4 |
| potential members | 4 |
| species numbers | 4 |
| vector transmission | 4 |
| related viruses | 4 |
| standard deviation | 4 |
| padilla williams | 4 |
| dispersal events | 4 |
| infected animals | 4 |
| low levels | 4 |
| thermal tolerances | 4 |
| recent authors | 4 |
| medicinal uses | 4 |
| indigenous communities | 4 |
| first identified | 4 |
| egg samples | 4 |
| virus host | 4 |
| caribbean coral | 4 |
| time lags | 4 |
| activity patterns | 4 |
| geographic sampling | 4 |
| species occur | 4 |
| previously published | 4 |
| cycle stage | 4 |
| lower level | 4 |
| future perspectives | 4 |
| humoral response | 4 |
| pathological findings | 4 |
| tables iv | 4 |
| first dimension | 4 |
| two separate | 4 |
| anilocra apogonae | 4 |
| nuclear ribosomal | 4 |
| comes across | 4 |
| reproduction number | 4 |
| shot sampling | 4 |
| produce fear | 4 |
| large scale | 4 |
| facultative parasite | 4 |
| lake victoria | 4 |
| global changes | 4 |
| acidic environment | 4 |
| isopods may | 4 |
| length width | 4 |
| influenza virus | 4 |
| branch lengths | 4 |
| basic reproduction | 4 |
| million species | 4 |
| many herbivores | 4 |
| remain unknown | 4 |
| species systems | 4 |
| fish louse | 4 |
| infected humans | 4 |
| biological agents | 4 |
| biological activities | 4 |
| higher number | 4 |
| higher pathogen | 4 |
| viral metagenomics | 4 |
| correlation test | 4 |
| every year | 4 |
| chain reaction | 4 |
| dependent rna | 4 |
| avastrovirus gii | 4 |
| cycle occurs | 4 |
| living plants | 4 |
| farm animals | 4 |
| cat predation | 4 |
| rainy season | 4 |
| parasitic crustaceans | 4 |
| dna barcodes | 4 |
| ergot alkaloids | 4 |
| species appear | 4 |
| phytophthora aysenensis | 4 |
| voucher mflu | 4 |
| two additional | 4 |
| functional changes | 4 |
| first place | 4 |
| bat samples | 4 |
| host interactions | 4 |
| compound eyes | 4 |
| large carnivores | 4 |
| small group | 4 |
| colonial buff | 4 |
| florida water | 4 |
| affect human | 4 |
| also suggests | 4 |
| trichomonas stableri | 4 |
| term effects | 4 |
| species form | 4 |
| clinical signs | 4 |
| using mega | 4 |
| second group | 4 |
| small region | 4 |
| brushtail possums | 4 |
| historia natural | 4 |
| proximity index | 4 |
| tuber buendiae | 4 |
| larval life | 4 |
| sri lanka | 4 |
| fleshy fruits | 4 |
| also named | 4 |
| seropositive bats | 4 |
| higher levels | 4 |
| african species | 4 |
| water management | 4 |
| sequence window | 4 |
| morphological characters | 4 |
| relationships among | 4 |
| lyssavirus species | 4 |
| light buff | 4 |
| just one | 4 |
| aquatic environment | 4 |
| commensal species | 4 |
| east coast | 4 |
| growing season | 4 |
| molecular methods | 4 |
| bacterial pathogens | 4 |
| duplicate copy | 4 |
| within groups | 4 |
| freshwater faunas | 4 |
| fraxinus excelsior | 4 |
| reverse transcriptase | 4 |
| new bat | 4 |
| will become | 4 |
| biotic conditions | 4 |
| structured interviews | 4 |
| see life | 4 |
| dispersal distances | 4 |
| northern italy | 4 |
| demographical aspects | 4 |
| wild plants | 4 |
| long term | 4 |
| ethnic groups | 4 |
| infections may | 4 |
| citric acid | 4 |
| chance visitors | 4 |
| west indian | 4 |
| kurloff cells | 4 |
| groups using | 4 |
| folding energy | 4 |
| spatially explicit | 4 |
| aedes albopictus | 4 |
| present within | 4 |
| sciurus vulgaris | 4 |
| use change | 4 |
| trichomonad species | 4 |
| evidence supports | 4 |
| circulatory system | 4 |
| recent common | 4 |
| potential distribution | 4 |
| temperate zones | 4 |
| classification system | 4 |
| egg masses | 4 |
| cif values | 4 |
| bats belonging | 4 |
| assess whether | 4 |
| quite different | 4 |
| suitable habitats | 4 |
| worldwide distribution | 4 |
| ephedra ochreata | 4 |
| algal index | 4 |
| sampled individuals | 4 |
| nine species | 4 |
| ultrafast bootstrap | 4 |
| reference database | 4 |
| temporal patterns | 4 |
| rheumatoid arthritis | 4 |
| different bacterial | 4 |
| deer mice | 4 |
| complex life | 4 |
| fixed effects | 4 |
| larval habits | 4 |
| species production | 4 |
| common name | 4 |
| rare species | 4 |
| small subset | 4 |
| evolutionary potential | 4 |
| hormonal sterilisation | 4 |
| one plan | 4 |
| colonies reach | 4 |
| significant associations | 4 |
| mm high | 4 |
| field guide | 4 |
| migratory species | 4 |
| jnk activation | 4 |
| recombination reassortment | 4 |
| type species | 4 |
| amplification effect | 4 |
| squirrelpox virus | 4 |
| sixty percent | 4 |
| females may | 4 |
| clearly associated | 4 |
| habitat factors | 4 |
| establishment success | 4 |
| indigenous peoples | 4 |
| dominant species | 4 |
| one bat | 4 |
| periclinal thickening | 4 |
| individual host | 4 |
| ros play | 4 |
| fossil record | 4 |
| compared using | 4 |
| ranging rats | 4 |
| burdekin catchment | 4 |
| nutrient cycling | 4 |
| serious pest | 4 |
| dna extraction | 4 |
| species clades | 4 |
| west african | 4 |
| oral route | 4 |
| hatch directly | 4 |
| warm buff | 4 |
| heterocephalus glaber | 4 |
| allows us | 4 |
| myotis macropus | 4 |
| basal part | 4 |
| habitat management | 4 |
| invasive crayfish | 4 |
| across temperatures | 4 |
| eastern eurasia | 4 |
| habitat attributes | 4 |
| invasive pest | 4 |
| southern california | 4 |
| taxonomic work | 4 |
| parasitic stages | 4 |
| treated separately | 4 |
| infectious virus | 4 |
| economically important | 4 |
| genic variations | 4 |
| working group | 4 |
| tantulus larva | 4 |
| models using | 4 |
| strong support | 4 |
| viral shedding | 4 |
| greater importance | 4 |
| associated isopods | 4 |
| middle flank | 4 |
| also appear | 4 |
| geographic regions | 4 |
| female reproductive | 4 |
| biological conservation | 4 |
| polymerase chain | 4 |
| results suggest | 4 |
| vegetation zone | 4 |
| mycobacterium tuberculosis | 4 |
| native communities | 4 |
| southern europe | 4 |
| upper respiratory | 4 |
| ypsilina buttingtonensis | 4 |
| protease inhibitors | 4 |
| random sample | 4 |
| affected individuals | 4 |
| bayesian phylogenetic | 4 |
| viruses may | 4 |
| anuran species | 4 |
| novel bat | 4 |
| egg strings | 4 |
| gregarious behavior | 4 |
| tissue tropism | 4 |
| reverse greyish | 4 |
| nitrate reduction | 4 |
| francisella tularensis | 4 |
| white burgin | 4 |
| male stage | 4 |
| defense chemistry | 4 |
| among mammals | 4 |
| already established | 4 |
| honey yellow | 4 |
| earlier version | 4 |
| ceratothoa oestroides | 4 |
| frequently used | 4 |
| natural hosts | 4 |
| one brood | 4 |
| bootstrap replicates | 4 |
| four different | 4 |
| small species | 4 |
| reference databases | 4 |
| resting eggs | 4 |
| olivaceous black | 4 |
| lakes coastal | 4 |
| naupliar instars | 4 |
| abundant sinuous | 4 |
| wildlife forensic | 4 |
| known species | 4 |
| rpb sequence | 4 |
| may make | 4 |
| latter two | 4 |
| vegetative stage | 4 |
| overland dispersal | 4 |
| rna virus | 4 |
| red squirrel | 4 |
| several important | 4 |
| habitat degradation | 4 |
| cellular entry | 4 |
| damages per | 4 |
| one moult | 4 |
| high genetic | 4 |
| opportunistic species | 4 |
| cardiovascular diseases | 4 |
| geographic reference | 4 |
| yellow walls | 4 |
| cyclopidae copepods | 4 |
| serum proteins | 4 |
| bovine strains | 4 |
| molecular traits | 4 |
| anilocra spp | 4 |
| free medium | 4 |
| reverse light | 4 |
| evolutionary genetics | 4 |
| insect herbivores | 4 |
| occurrence data | 4 |
| south australia | 4 |
| astrovirus species | 4 |
| alien plants | 4 |
| significant relationship | 4 |
| breeding programs | 4 |
| serum protein | 4 |
| sweet lupines | 4 |
| nearly always | 4 |
| species status | 4 |
| body sites | 4 |
| rodents may | 4 |
| historical patterns | 4 |
| largest number | 4 |
| fire season | 4 |
| humid tropical | 4 |
| reactive protein | 4 |
| opportunistic infections | 4 |
| potential enemies | 4 |
| landscape scale | 4 |
| porcine strains | 4 |
| software platform | 4 |
| negative scores | 4 |
| multiple lineages | 4 |
| sensitive species | 4 |
| geographic distribution | 4 |
| encounter rates | 4 |
| ilex subsp | 4 |
| adult males | 4 |
| certain degree | 4 |
| tetratrichomonas gallinarum | 4 |
| current host | 4 |
| giant cells | 4 |
| organic matter | 4 |
| cause major | 4 |
| primarily associated | 4 |
| habitat selection | 4 |
| mosquito aedes | 4 |
| highly conserved | 4 |
| dreissena polymorpha | 4 |
| also present | 4 |
| disgusting animals | 4 |
| relative humidity | 4 |
| different parts | 4 |
| much lower | 4 |
| urbanization interferes | 4 |
| also provide | 4 |
| multispecies coalescent | 4 |
| degree nodes | 4 |
| relatively constant | 4 |
| largely unknown | 4 |
| fatal disease | 4 |
| pigs morrisey | 4 |
| common dunnart | 4 |
| thermal maximum | 4 |
| bitter lupines | 4 |
| spatial heterogeneity | 4 |
| flaccid paralysis | 4 |
| aspergillus nanangensis | 4 |
| genetically diverse | 4 |
| genome replication | 4 |
| reproductive seasons | 4 |
| bats sampled | 4 |
| southwest florida | 4 |
| hermit crabs | 4 |
| species known | 4 |
| nauplius stage | 4 |
| high site | 4 |
| usually associated | 4 |
| soil sample | 4 |
| global biodiversity | 4 |
| canis lupus | 4 |
| ecosystem function | 4 |
| hepatic lipidosis | 4 |
| human coronavirus | 4 |
| may change | 4 |
| disease control | 4 |
| host group | 4 |
| urban matrix | 4 |
| host individuals | 4 |
| complex ii | 4 |
| companion animals | 4 |
| respiratory chain | 4 |
| traditional communities | 4 |
| wild aquatic | 4 |
| nipah viruses | 4 |
| soluble starch | 4 |
| propagate within | 4 |
| floating plants | 4 |
| pcr assay | 4 |
| bat astroviruses | 4 |
| reproductively isolated | 4 |
| generalised linear | 4 |
| animal welfare | 4 |
| many people | 4 |
| prunus cerasus | 4 |
| strategies aiming | 4 |
| parasitic crustacea | 4 |
| take place | 4 |
| human disturbance | 4 |
| moult stage | 4 |
| also recorded | 4 |
| concluding remarks | 4 |
| native community | 4 |
| literature review | 4 |
| sampling depth | 4 |
| different bat | 4 |
| sequence analysis | 4 |
| observed number | 4 |
| least susceptible | 4 |
| human infections | 4 |
| pattern analysis | 4 |
| kakadu national | 4 |
| many recent | 4 |
| female co | 4 |
| lyssavirus type | 4 |
| zoonotic trichomonads | 4 |
| one night | 4 |
| defense mechanisms | 4 |
| cover depth | 4 |
| jumping viruses | 4 |
| three experimental | 4 |
| nile perch | 4 |
| acute flaccid | 4 |
| proportional stunting | 4 |
| thermal limits | 4 |
| transport processes | 4 |
| species like | 4 |
| aspergillus kumbius | 4 |