Breaking news for everyone's consumption Spanish authorities have expanded a warning about Salmonella in raw milk cheese after several people fell sick The Spanish Agency for Food Safety and Nutrition (AESAN) reported five cases linked to raw milk sheep’s cheese from Spain There are likely many more sick people than have been confirmed Centers for Disease Control and Prevention reports that for every confirmed patient Officials in Catalonia initially informed AESAN through the Coordinated System for the Rapid Exchange of Information (SCIRI) of the presence of Salmonella Enteritidis in soft cheese made with raw sheep’s milk from the Casa Mateu brand The affected 400-gram cheese was distributed in Valencia and Catalonia Authorities advised people who had the product referred to in the alert not to consume it As part of investigations into the outbreak of salmonellosis in Catalonia another soft cheese made with raw sheep’s milk from the Formatgeria Mas d’Eroles brand has tested positive for Salmonella The 400-gram product implicated has the name Trevol on the label Relevant information has been sent to local authorities through SCIRI to verify the removal of affected products from the market The Coordination Centre for Health Alerts and Emergencies (CCAES) a body of the Spanish Ministry of Health in charge of the national coordination of public health alerts will be used to report the existence of other possible cases Two recent Salmonella outbreaks have also hit Spain Another in Madrid affected 16 people and was linked to a sauce made using eggs at a burger restaurant Listeria investigationIn a separate incident a meat product was recalled as investigations continued into a case of Listeriosis The Ministry of Health and Consumption in Andalucia reported that Listeria monocytogenes had been detected in a meat product distributed in the provinces of Cadiz and Seville by the company Fabrica de Embutidos La Serrana S.L. The affected product has “Zurrapa Blanca” on the label with batch 211123 and an expiration date of Nov The one sick person is a 49-year-old man from El Arahal in Seville who was discharged from hospital on July 26 An inspection and sampling at the production site have revealed a second affected product Listeria was found in Iberian salchichón batch 100724 The company has suspended certain production operations and is holding some of its inventory while investigations are ongoing Officials have also asked the firm to supply testing results before sausage production was stopped (To sign up for a free subscription to Food Safety News, click here.) Festival Flamenco Al Gurugú - Memorial to the Girl of the Combs. Municipal Theatre of Arahal, Seville. June 7, 2024. Photo: Kiko Valle «The enjoyment of bulería as the backbone of a feeling. A display of trapío and flamenco. The joy, the mockery, the fun. The counterpoint to the complaint and the dark lament of a seguiriya. The fun, the party, the joke, the hustle, the age… Vertebrado is a superb, sublime montage» A nod to the uniqueness of the singer Fernando de la Morena, another to the bohemianism of Luis de la Pica, to Jerez, to Lebrija, to Utrera. Manuel de la Nina giving it his all, the bronze throat of El Pechuguita shining in the hubbub, the soniquetazo of the splendorous guitar of Jesús's fat strumming and the dancing of Juan Tomás. These were the preparations for the stew. With its pringá. Festival Flamenco Al Gurugú – Memorial to the Girl of the Combs Municipal Theatre of El Arahal Seville, June 7, 2024 Vertebrate. Juan Thomas de la Molia Dance: Juan Tomas de la Molia Cante: Manuel de la Nina and El Pechuguita Guitar: Jesus Rodriguez On a journey to the emotions of the ritual of flamenco 1979– requires the participation of words and images to draw the sway of a moan the colors of a bulería or the scratch of pain photographer and videographer for more than two decades email and website in this browser for future purposes Privacy Policy Agreement * I agree to the terms and conditions of the Privacy Policy. The Voice of the Flamenco in the World.  Please enter your username or email address to reset your password Volume 14 - 2023 | https://doi.org/10.3389/fmicb.2023.1293707 This article is part of the Research TopicCommunity Series-Extremophiles: Microbial Genomics and Taxogenomics, Volume IIView all 16 articles A correction has been applied to this article in: Corrigendum: A long-awaited taxogenomic investigation of the family Halomonadaceae The family Halomonadaceae is the largest family composed of halophilic bacteria with more than 160 species with validly published names as of July 2023 Several classifications to circumscribe this family are available in major resources such as those provided by the List of Prokaryotic names with Standing in Nomenclature (LPSN) and Bergey’s Manual of Systematics of Archaea and Bacteria (BMSAB) with some degree of disagreement between them the genus Halomonas is not phylogenetically consistent likely because it has been used as a catch-all for newly described species within the family Halomonadaceae that could not be clearly accommodated in other Halomonadaceae genera some taxonomic rearrangements have been conducted on the Halomonadaceae based on ribosomal and alternative single-copy housekeeping gene sequence analysis High-throughput technologies have enabled access to the genome sequences of many type strains belonging to the family Halomonadaceae; however genome-based studies specifically addressing its taxonomic status have not been performed to date we accomplished the genome sequencing of 17 missing type strains of Halomonadaceae species that together with other publicly available genome sequences allowed us to re-evaluate the genetic relationship and taxonomy of the species and genera within this family The approach followed included the estimate of the Overall Genome Relatedness Indexes (OGRIs) such as the average amino acid identity (AAI) phylogenomic reconstructions using amino acid substitution matrices customized for the family Halomonadaceae and the analysis of clade-specific signature genes we conclude that the genus Halovibrio is obviously out of place within the family Halomonadaceae we propose a division of the genus Halomonas into seven separate genera and the transfer of seven species from Halomonas to the genus Modicisalibacter together with the emendation of the latter data from this study demonstrate the existence of various synonym species names in this family the 3 Oceanospirillaceae genera listed above and an unnamed genus (TA22) based on environmental sequence data GTDB also proposes the division of the genus Halomonas into five distinct genera (denoted with alphabetical suffixes) for a total of 22 genera in this family there is some disagreement on the circumscription of this family These observations point to the necessity of dividing the genus Halomonas and reclassifying some of its species to establish the phylogenetic relationships among the members of this family and to propose taxonomic rearrangements accordingly the number of species within the Halomonadaceae has doubled and many of the type strains have a publicly available genome sequence no studies specifically addressing the taxonomic status of the family Halomonadaceae in the genomic era have been conducted and taxonomy of the species and genera within the present family Halomonadaceae we considered various overall genome relatedness indexes (OGRIs) based on average nucleotide identity (ANI) digital DNA–DNA hybridization (dDDH) core-protein average amino acid identity (cAAI) and the core-genome and GTDB phylogenies together with a signature gene analysis To resolve the polyphyly within the genus Halomonas we propose a division of the genus into seven different genera and the reclassification of several Halomonas species into the genus Modicisalibacter the present study demonstrated the need to exclude the genus Halovibrio from the family Halomonadaceae and the existence of nine synonym species across this family All except one of the downloaded genomic data were assembled either at contig The remaining one was only available in the NCBI SRA database When more than one genome sequence was available for the same type strain we selected the one with a better assessment of contig number 16S rRNA gene sequence presence and length and the presence of 20 essential amino acids coded by distinct tRNA-coding genes resulting in a final set of 161 genomes of type strains of the family Halomonadaceae and the minimum percent identity between two amino acid sequences was set to 40% The pangenome database containing orthologous gene clusters was employed to extract the gene family presence/absence matrix (“anvi-compute-functional-enrichment-in-pan” script) as well as the translated single-copy core genes present in at least 90% of the analyzed genomes denoted as “core90” (“anvi-get-sequences-for-gene-clusters” script) Model-based phylogenetic analyses of protein sequences strongly rely on amino acid substitution models, which are generally summarized in a 20-by-20 replacement matrix, designated as Q matrices. Since those matrices are computationally very expensive to estimate due to their high parametrization, they are not usually estimated during a phylogenetic analysis but selected from a pre-estimated set of Q matrices using model selection software (Minh et al., 2021) we calculated an additional genome relatedness index denoted as cAAI similar to AAI but based on the protein sequences of core orthologous gene families the previously defined “core90” protein dataset (unaligned and untrimmed) was selected to calculate cAAI values with the “aai.rb” script The gene family presence/absence matrix inferred from the pangenome was used to detect “signature genes,” which are defined as gene families exclusive to specific phylogenetic clades (phylogroups), that is, gene families present in all species of a clade and absent in all other species (Zheng et al., 2020) aimed at testing different taxonomic arrangements and splitting into the family Halomonadaceae and the remaining species under study were assigned to the phylogroup of the representative species with whom they shared a most recent common ancestor The best-fit model selected by ModelFinder according to the BIC criterion to construct the tree was Q_core90 + C60 + F + R10 all the remaining genera within this family formed monophyletic groups the genera Terasakiispira and primarily Halovibrio were by far the most distantly related to the other genera within Halomonadaceae suggesting that they might not belong to this family (see below) Clade collapsed maximum-likelihood phylogenomic tree based on the concatenation of the translated sequence of 189 single-copy genes shared by at least 90% of the members of the family Halomonadaceae under study (“core90” set) The genus Pistricoccus is missing because no representative genome sequences from type strains of this genus were recovered The number of species comprised within each clade is displayed Ultrafast bootstrap values ≥70% are shown above the branches Given the polyphyletic origin of the genus Halomonas and the heterogeneous characteristics of the species it harbors, we evaluated several proposals to split this genus into several genera with the following constraints: (i) the new proposed genera must be monophyletic; (ii) they must be supported by a 100% bootstrap value when possible; and (iii) they must fall within the relative evolutionary divergence (RED) interval defined for the rank of genus (Parks et al., 2018) The first attempt (proposal I) was to divide the genus Halomonas into eight phylogroups five of them denoted according to GTDB taxonomy as Halomonas (sensu stricto) and three newly proposed phylogroups designated as Halomonas_G as well as to transfer the species Halomonas coralii and Halomonas zincidurans to the genus Modicisalibacter Subsequent proposals were similar to this but included merging some of the previous phylogroups: proposal II = Halomonas (sensu stricto) + Halomonas_G; proposal III = Halomonas (sensu stricto) + Halomonas_G + Halomonas_H; proposal IV = Halomonas (sensu stricto) + Halomonas_G + Halomonas_H + Halomonas_I It should be noted that proposal II involved the formation of a phylogroup (Halomonas + Halomonas_G) supported “only” by a 97% bootstrap which does not meet the desired constraints indicated above but is high enough to consider this option of grouping To select the best-fitting scenario for this genus reclassification among the above proposals we performed further comparative genomic analyses To evaluate the proposed phylogroups under the four scenarios, we plotted the all-vs-all AAI and cAAI results clustered by the phylogroup while distinguishing between intra-genus and inter-genus values (Figure 2). Theoretically, a well-delimited genus or phylogroup should not display any overlap between intra-clade and inter-clade AAI/cAAI values. As shown in Figure 2 all the currently existing genera within the family Halomonadaceae harboring more than a single species except Halomonas (sensu stricto) (i.e. as well as the new phylogroups shared by the four proposals (Halomonas_B and the enlarged Modicisalibacter) showed minimal or no overlap between the inter- and intra-cluster AAI and cAAI values confirming their clear separation and exclusivity as different genera within this family Box plot of the pairwise intra-clade and inter-clade AAI (A) and cAAI (B) values for the potential phylogroups/genera in the family Halomonadaceae we believe that AAI and cAAI data may be useful for the delineation of most of the genera of the family Halomonadaceae but they are not reliable for fine phylogroup demarcation within the genus Halomonas The lowest intra-clade AAI and cAAI values for the current genera and proposals I while the cutoffs for proposal IV were 65.5 and 73.2% These threshold values might be useful for future genus circumscription within the family Halomonadaceae signature genes enable estimates of the evolutionary forces that shaped the cluster they might be of help to opt for one of the proposals over the others phylogroup Halomonas_I was supported by five signature genes Gene family presence/absence patterns inferred from the pangenome of the family Halomonadaceae arranged according to proposal II Each column represents a gene family pattern where presence is indicated with a dot in the corresponding species The absolute number of gene families that conform to each pattern is visualized in the marginal bar plot at the top Separations between phylogroups/genera are indicated with horizontal black lines and the representative species of each phylogroup/genus is highlighted in bold Genes that were present in all genomes of a clade and in none of the genomes outside of that clade denoted as “signature genes,” are displayed in dark blue; other genes are shown in light blue Patterns of presence in a single species or all species are not shown and Terasakiispira papahanaumokuakeensis were not considered members of the Halomonadaceae and were only used as an “outgroup” Although signature gene analyses endorsed proposal II as the most reliable one to split the genus Halomonas this proposal involves the creation of a cluster with “only” a 97% branch bootstrap While this support value cannot be regarded as too low we attempted to establish a long-term and trustworthy classification of the family for which only 100% supported phylogroups are preferred This concern raises questions about the suitability of proposal II making it necessary to provide some additional evidence to accept or reject it genomes from non-type strains and MAGs were also included in this complementary reconstruction to evaluate tree topology preservation GTDB-derived maximum-likelihood phylogenomic tree based on the concatenation of 120 single-copy bacterial proteins (“bac120” set) showing the relationships among members of the family Halomonadaceae and related taxa The type strain of the species Pistricoccus aurantiacus is missing because no genome sequences from this strain could be recovered The number of species in each cluster is displayed inside wedges The most remarkable difference between our “core90” and “bac120” trees is the stronger support in the latter of the branch collapsing phylogroups Halomonas (sensu stricto) and Halomonas_G (corresponding to proposal II) this 100% bootstrap value recovered in the “bac120” tree after merging both phylogroups enables proposal II as the most appropriate to prune the genus Halomonas to the species comprising phylogroups Halomonas (sensu stricto) and Halomonas_G while transferring the remaining species to six new genera and to the already described genus Modicisalibacter GTDB taxonomy (release 08-RS214) has suggested the incorporation of these three genera into the family Halomonadaceae even if they harbor marine (slight) halophiles in contrast to the majority of moderately halophilic bacteria characteristic of the family Halomonadaceae it becomes clear that the genus Halovibrio should be kept apart from the family Halomonadaceae while further investigation including genomic and phenotypic comparisons is required to delineate the taxonomic affiliation of the genera Terasakiispira two or more strains can be considered to belong to the same species if both ANI values are ≥96% and dDDH values are ≥70% our results confirmed the existence of the following sets of heterotypic synonyms (ANI and dDDH values in parenthesis ANI values (%) from pairwise whole-genome comparisons between the type strains of members of the family Halomonadaceae The ANI percentages are expressed as a heatmap in purple color Values supporting the proposed synonym species names are surrounded by a blue triangle The comparative genomic analyses (phylogenomics and signature genes) conducted among the type strains of the species of the family Halomonadaceae allow us to propose several taxonomic rearrangements within this family: The genus Halomonas comprises the following species: H The following species are transferred to the genus Modicisalibacter: “Halomonas coralii,” Halomonas ilicicola as “Modicisalibacter coralii,” Modicisalibacter ilicicola it has been necessary to extend the description of the genus Modicisalibacter The remaining analyzed species of the genus Halomonas are reclassified into new genera belonging to the family Halomonadaceae as follows where the type species of each genus is highlighted in bold according to the rule of priority of publication: • Genus Vreelandella (corresponding to the phylogroup Halomonas_I) • Genus Bisbaumannia (corresponding to the phylogroup Halomonas_F) • Genus Billgrantia (corresponding to the phylogroup Halomonas_H) • Genus Franzmannia (corresponding to the phylogroup Halomonas_B) • Genus Litchfieldella (corresponding to the phylogroup Halomonas_A) • Genus Onishia (corresponding to the phylogroup Halomonas_E) The genus Halovibrio should be excluded from the family Halomonadaceae it should be transferred to the family Oleiphilaceae The species whose genome sequence was not publicly available or could not be sequenced when this study was accomplished together with the new species described after the finalization of this research should be further studied to determine their correct placement according to the taxonomy proposed here or if they may constitute new genera within the family Halomonadaceae we strongly recommend the use of the clade-specific amino acid substitution matrices Q_core90 and Q_bac120 empirically calculated for the family Halomonadaceae for future phylogenomic studies within this family instead of the pre-computed Q matrices generally selected by model selection software American scientist who described the genus Halomonas and studied halophilic microorganisms for over 40 years) 0.3–1.9 × 0.5–6.0 μm in size with optimal growth at 0–15% (w/v) NaCl thriving at −5–60°C showing optimal growth at 20–37°C growing at pH values in the range of 5.0–12.0 C16:1ω6c/C16:1ω7c/iso-C15:0 2-OH The major polar lipids are diphosphatidylglycerol The DNA G + C content ranges between 52.1 and 63.8 mol% The genus Vreelandella belongs to the family Halomonadaceae The type species is Vreelandella aquamarina Vreelandella aquamarina (a.qua.ma.ri’na Basonym: “Achromobacter aquamarinus” ZoBeAll and Upham 1944 Homotypic synonyms: Halomonas aquamarina (ZoBell and Upham 1944) Dobson and Franzmann 1996; Deleya aquamarina (ZoBell and Upham 1944) Akagawa and Yamasato 1989; Alcaligenes aquamarinus (ZoBell and Upham 1944) Hendrie et al 0.6–1.9 × 1.0–4.5 μm in size and motile by means of peritrichous or lateral flagella and 2 mm in diameter after 2 days of incubation on Marine Agar 2,216 at 20°C with optimal growth at 0.5–10% (w/v) NaCl thriving at −1–47°C showing optimal growth at 20–40°C Negative for Simmons’ citrate utilization methyl red and Voges–Proskauer tests and fumarate as sole carbon and energy sources The DNA G + C content is 56.7–57.0 mol% The type strain is 558T = ATCC 14400T = BCRC 12878T = CCUG 16157T = CECT 5000T = CGMCC 1.2324T = CIP 105454T = DSM 30161T = IAM 12550T = KCTC 22193T = LMD 73.17T = LMG 2853T = NCIMB 557T The genome size of the type strain is 3.50 Mbp and its DNA G + C content is 56.7 mol% Type strain genome sequence accession number: GCA_900110265.1 Type strain 16S rRNA gene sequence accession number: AJ306888 Halomonas meridiana and Halomonas axialensis should be regarded as heterotypic synonyms of Vreelandella aquamarina Basonym: Alcaligenes venustus Baumann et al Homotypic synonyms: Halomonas venusta (Baumann et al 1972) Dobson and Franzmann 1996; Deleya venusta (Baumann et al 1.5 × 2.0–3.0 μm in size and motile by means of peritrichous flagella Accumulate β-polyhydroxybutyrate as an intracellular reserve product with optimal growth at 0.5–7% (w/v) NaCl Negative for indole production and methyl red and Voges–Proskauer tests Acid production from D-glucose is variable and L-proline as sole carbon (nitrogen) and energy sources The DNA G + C content is 52.6–53.2 mol% The type strain is 86T = ATCC 27125T = CCUG 16063T = CIP 103201T = DSM 4743T = JCM 20634T = LMG 3445T = NBRC 102221T The genome size of the type strain is 4.27 Mbp and its DNA G + C content is 52.6 mol% Isolated from seawater (off the coast of Oahu Type strain genome sequence accession number: GCA_007989605.1 Type strain 16S rRNA gene sequence accession number: AJ306894 Halomonas hydrothermalis should be regarded as a heterotypic synonym of Vreelandella venusta Vreelandella subglaciescola (sub.gla.ci.es’co.la Basonym: Halomonas subglaciescola Franzmann et al The description is as given in the proposal of the basonym (Franzmann et al., 1987) The genome size of the type strain is 3.11 Mbp The DNA G + C content is 60.8 mol% Isolated from saline water from Organic Lake The type strain is ACAM 12T = ATCC 43668T = CIP 104042T = DSM 4683T = IAM 14167T = JCM 21045T = LMG 8824T = NBRC 14766T = UQM 2926T Type strain genome sequence accession number: GCA_900142895.1 Type strain 16S rRNA gene sequence accession number: AJ306892 0.5–1.0 × 1.0–3.0 μm in size Produces exopolysaccharides and accumulates glycine-betaine but not β-polyhydroxybutyrate with optimal growth at 2–10% (w/v) NaCl thriving at −1–37°C Acid production from D-galactose and D-glucose is positive and acetate as sole carbon and energy sources The major polar lipids are phosphatidylglycerol The DNA G + C content is 54.8–55.0 mol% The type strain is Eplume1T = ATCC BAA-805T = CCM 7107T = CECT 5815T = DSM 15720T The genome size of the type strain is 4.93 Mbp and its DNA G + C content is 55.0 mol% Isolated from a deep-sea hydrothermal plume (NE Pacific Ocean Type strain genome sequence accession numbers: GCA_030409295.1 and GCA_019903445.1 Type strain 16S rRNA gene sequence accession number: AF212202 Halomonas alkaliantarctica should be regarded as a heterotypic synonym of Vreelandella neptunia Vreelandella sulfidaeris (sul.fid.ae’ris The description is as given in the proposal of the basonym (Kaye et al., 2004) The genome size of the type strain is 4.48 Mbp The DNA G + C content is 53.7 mol% Isolated from a deep-sea sulfide rock (NE Pacific Ocean The type strain is Esulfide1T = ATCC BAA-803T = CCM 7108T = CECT 5817T = DSM 15722T Type strain genome sequence accession number: GCA_007182875.1 Type strain 16S rRNA gene sequence accession number: AF212204 Vreelandella boliviensis (bo.li.vi.en’sis relating to the country where the bacteria were isolated) Basonym: Halomonas boliviensis Quillaguamán et al The description is as given in the proposal of the basonym (Quillaguamán et al., 2004) The genome size of the type strain is 4.21 Mbp The DNA G + C content is 54.7 mol% Isolated from the soil around a Bolivian hypersaline lake The type strain is LC1T = ATCC BAA-759T = DSM 15516T Type strain genome sequence accession numbers: GCA_000236035.1 and GCA_002265845.1 Type strain 16S rRNA gene sequence accession number: AY245449 Vreelandella utahensis (u.ta.hen’sis Basonym: Halomonas utahensis Sorokin and Tindall The description is as given in the proposal of the basonym (Sorokin and Tindall, 2006) The genome size of the type strain is 3.73 Mbp The DNA G + C content is 55.8 mol% Isolated from surface water from the North Arm of Great Salt Lake (United States) The type strain is isolate IIIT = ATCC 49240T = CECT 5286T = CIP 105504T = DSM 3051T = IAM 14440T = JCM 21223T = NBRC 102410T Type strain genome sequence accession number: GCA_007991175.1 Type strain 16S rRNA gene sequence accession number: AJ306893 Vreelandella gomseomensis (gom.se.om.en’sis from where the first strains were isolated) The description is as given in the proposal of the basonym (Kim et al., 2007) The DNA G + C content is 59.8 mol% Isolated from saline water of the Gomseom solar saltern in Anmyeondo (Korea) The type strain is M12T = CIP 109897T = DSM 18042T = KCTC 12662T Type strain genome sequence accession number: GCA_031451645.1 Type strain 16S rRNA gene sequence accession number: AM229314 Vreelandella janggokensis (jang.gok.en’sis The genome size of the type strain is 3.87 Mbp The DNA G + C content is 57.3 mol% Isolated from saline water of the Janggok solar saltern in Anmyeondo (Korea) The type strain is M24T = CIP 109896T = DSM 18043T = KCTC 12663T Type strain genome sequence accession number: GCA_031451615.1 Type strain 16S rRNA gene sequence accession number: AM229315 referring to the isolation of the organism from a salt lake on the Qinghai-Tibet Plateau) The description is as given in the proposal of the basonym (Xu et al., 2007) The genome size of the type strain is 4.14 Mbp The DNA G + C content is 55.9 mol% Isolated from the water of a salt lake located in Altun Mountain on the Qinghai-Tibet Plateau (China) The type strain is AJ282T = CGMCC 1.6494T = DSM 23549T = JCM 14607T = LMG 23978T Type strain genome sequence accession number: GCA_900103865.1 Type strain 16S rRNA gene sequence accession number: EF144147 Vreelandella subterranea (sub.ter.ra’ne.a referring to the isolation of the organism from the subterranean brines) The DNA G + C content is 58.0 mol% Isolated from water of a subterranean saline well at Si-Chuan Basin (China) The type strain is ZG16T = CIP 109673T = CGMCC 1.6495T = DSM 23550T = JCM 14608T = LMG 23977T Type strain genome sequence accession number: GCA_900111305.1 Type strain 16S rRNA gene sequence accession number: EF144148 Vreelandella alkaliphila (al.ka.li’phi.la Basonym: Halomonas alkaliphila Romano et al 0.3–0.7 × 0.5–2.6 μm in size Produces exopolysaccharides and accumulates β-polyhydroxybutyrate with optimal growth at 4–10% (w/v) NaCl showing optimal growth at 30–37°C Positive for nitrate reduction to nitrite and tyrosine decomposition The major fatty acids are C18:1ω6c/C18:1ω7c The major polar lipids are phosphatidylethanolamine The DNA G + C content is 52.5–52.6 mol% The type strain is 18bAGT = ATCC BAA-953T = DSM 16354T The genome size of the type strain is 4.10 Mbp Isolated from a salt pool in Campania (Italy) Type strain genome sequence accession number: GCA_016107625.1 Type strain 16S rRNA gene sequence accession number: AJ640133 Vreelandella zhanjiangensis (zhan.ji.ang.en’sis a city in China near where the sample was collected) Basonym: Halomonas zhanjiangensis Chen et al. The description is as given in the proposal of the basonym (Chen et al., 2009) The genome size of the type strain is 4.06 Mbp The DNA G + C content is 54.5 mol% tidal flat of Naozhou Island near Zhanjiang (China) The type strain is JSM 078169T = CCTCC AB 208031T = DSM 21076T = KCTC 22279T Type strain genome sequence accession number: GCA_000377665.1 Type strain 16S rRNA gene sequence accession number: FJ429198 Vreelandella stevensii (ste.ven’si.i a physician/epidemiologist who isolated and characterized the first strains) The description is as given in the proposal of the basonym (Kim K. K. et al., 2010) The genome size of the type strain is 3.69 Mbp The DNA G + C content is 60.3 mol% Isolated from the blood of a renal care patient at California Santa Clara Valley Medical Center (United States) The type strain is S18214T = DSM 21198T = KCTC 22148T Type strain genome sequence accession number: GCA_000275725.1 Type strain 16S rRNA gene sequence accession number: AM941388 Vreelandella hamiltonii (ha.mil.to’ni.i a microbiologist who isolated and characterized the first strains) Cells are 0.7–1.0 × 1.5–4.0 μm in size and motile with lateral or lateral/polar flagella Optimal growth occurs at sea-salt concentrations of 0–7.5% and L-valine as sole sources of carbon (nitrogen) and energy is variable The DNA G + C content is 60.1 mol% The type strain is W1025T = DSM 21196T = KCTC 22154T The genome size of the type strain is 3.93 Mbp and its DNA G + C content is 60.1 mol% Isolated from the blood of a dialysis machine drain at California Type strain genome sequence accession number: GCA_014651775.1 Type strain 16S rRNA gene sequence accession number: AM941396 Halomonas johnsoniae should be regarded as a heterotypic synonym of Vreelandella hamiltonii Vreelandella andesensis (an.de.sen’sis Basonym: Halomonas andesensis Guzmán et al The description is as given in the proposal of the basonym (Guzmán et al., 2010) The genome size of the type strain is 3.91 Mbp The DNA G + C content is 52.1 mol% Isolated from water from saline lake Laguna Colorada (22° 12’ S 67° 49’ W) The type strain is LC6T = CCUG 54844T = DSM 19434T = LMG 24243T Type strain genome sequence accession number: GCA_003989795.1 Type strain 16S rRNA gene sequence accession number: EF622233 Vreelandella titanicae (ti.tan’ic.ae The description is as given in the proposal of the basonym (Sánchez-Porro et al., 2010) The genome size of the type strain is 5.34 Mbp The DNA G + C content is 54.6 mol% Isolated from the rusticles of the RMS Titanic wreck The type strain is BH1T = ATCC BAA-1257T = CECT 7585T = DSM 22872T = JCM 16411T = LMG 25388T Type strain genome sequence accession number: GCA_000336575.1 Type strain 16S rRNA gene sequence accession number: FN433898 Vreelandella vilamensis (vi.la.men’sis The description is as given in the proposal of the basonym (Menes et al., 2011) The genome size of the type strain is 3.47 Mbp The DNA G + C content is 55.2 mol% Isolated from the sediment of hypersaline lake Laguna Vilama (22° 35’ S 66° 55’ W 4,600 m above sea level) at Andean Puna desert The type strain is SV325T = DSM 21020T = LMG 24332T Type strain genome sequence accession number: GCA_031451755.1 Type strain 16S rRNA gene sequence accession number: EU557315 The description is as given in the proposal of the basonym (Kim M.-S. et al., 2010) The genome size of the type strain is 2.85 Mbp The DNA G + C content is 62.9 mol% The type strain is HwaT = JCM 15645T = KCTC 22487T Type strain genome sequence accession number: GCA_000334215.1 Type strain 16S rRNA gene sequence accession number: EU909458 Vreelandella nanhaiensis (nan.hai.en’sis a sea in South China where the sample was collected) The description is as given in the proposal of the basonym (Long et al., 2013) The genome size of the type strain is 4.03 Mbp The DNA G + C content is 54.4 mol% Isolated from a sample of marine sediment at a depth of 310 m (74°52′35” S 163°53′03″ E) The type strain is YIM M 13059T = CCTCC AB 2012911T = DSM 25561T = JCM 18142T Type strain genome sequence accession number: GCA_003990185.1 Type strain 16S rRNA gene sequence accession number: JX870002 Vreelandella olivaria (o.li.va’ri.a related to olive-processing effluents from where the type strain was isolated) The description is as given in the proposal of the basonym (Amouric et al., 2014) The genome size of the type strain is 5.00 Mbp The DNA G + C content is 55.3 mol% Isolated from salted olive-processing effluents from an evaporation pond (Morocco) The type strain is TYRC17T = CCUG 53850 BT = DSM 19074T Type strain genome sequence accession number: GCA_004295565.1 Type strain 16S rRNA gene sequence accession number: DQ645593 Vreelandella songnenensis (song.nen.en’sis Basonym: Halomonas songnenensis Jiang et al The description is as given in the proposal of the basonym (Jiang et al., 2014) The DNA G + C content is 59.1 mol% Isolated from saline and alkaline soil in an oilfield (46° 36′ 05.36” N 124° 55′ 00.36″ E) The type strain is NEAU-ST10-39T = CGMCC 1.12152T = DSM 25870T Type strain genome sequence accession number: GCA_003002925.1 Type strain 16S rRNA gene sequence accession number: JQ762289 Vreelandella salicampi (sa.li.cam’pi The description is as given in the proposal of the basonym (Lee et al., 2015) The genome size of the type strain is 3.86 Mbp The DNA G + C content is 56.2 mol% Isolated from a saltern soil at Gomso (Korea) The type strain is BH103T = KACC 17609T = NBRC 109914T = NCAIM B 02528T Type strain genome sequence accession number: GCA_013415105.1 Type strain 16S rRNA gene sequence accession number: KF963827 Vreelandella lutescens (lu.tes’cens related to the muddy color of the mature colony) The description is as given in the proposal of the basonym (Wang et al., 2016) The genome size of the type strain is 3.70 Mbp The DNA G + C content is 56.0 mol% Isolated from a sediment sample from Qinghai Lake (China) The type strain is Q1UT = CGMCC 1.15122T = KCTC 42517T Type strain genome sequence accession number: GCA_014640815.1 Type strain 16S rRNA gene sequence accession number: KP259554 Vreelandella nigrificans (nig.rif’i.cans Basonym: Halomonas nigrificans Oguntoyinbo et al The description is as given in the proposal of the basonym (Oguntoyinbo et al., 2018) The DNA G + C content is 52.8 mol% The type strain is MBT G8648T = DSM 105749T = LMG 29097T Type strain genome sequence accession number: GCA_002374315.1 Type strain 16S rRNA gene sequence accession number: MG030686 Vreelandella malpeensis (mal.pe.en’sis Basonym: Halomonas malpeensis Kämpfer et al The description is as given in the proposal of the basonym (Kämpfer et al., 2018) The genome size of the type strain is 3.61 Mbp The DNA G + C content is 63.8 mol% Isolated from the rhizosphere of sand dune coastal plant The type strain is YU-PRIM-29T = CCM 8737T = LMG 28855T Type strain Genome sequence accession number: GCA_020622355.1 Type strain 16S rRNA gene sequence accession number: JQ730736 Vreelandella piezotolerans (pie.zo.to’le.rans Basonym: Halomonas piezotolerans Yan et al The description is as given in the proposal of the basonym (Yan et al., 2020) The genome size of the type strain is 3.95 Mbp The DNA G + C content is 57.9 mol% Isolated from a deep-sea sediment sample of the New Britain Trench The type strain is NBT06E8T = KCTC 72680T = MCCC 1K04228T Type strain genome sequence accession numbers: GCA_012427705.1 and GCA_009660035.1 Type strain 16S rRNA gene sequence accession number: MN435603 Vreelandella rituensis (ri.tu.en’sis The description is as given in the proposal of the basonym (Gao et al., 2020) The genome size of the type strain is 4.47 Mbp The DNA G + C content is 57.2 mol% Isolated from a salt marsh sediment of a saline lake (33°31′ 51.06″N 80°14′13.64″E) The type strain is TQ8ST = CICC 24572T = KCTC 62530T Type strain genome sequence accession number: GCA_003336665.1 Type strain 16S rRNA gene sequence accession number: MH071181 Vreelandella zhuhanensis (zhu.han.en’sis pertaining to Zhuhan marsh on the Tibetan Plateau The genome size of the type strain is 3.25 Mbp The DNA G + C content is 57.1 mol% (33°32′50.89″N 80°09′38.51″E) The type strain is ZH2ST = CICC 24505T = KCTC 62531T Type strain genome sequence accession number: GCA_009793355.1 Type strain 16S rRNA gene sequence accession number: MH071182 where the Urmia Lake is located and the type strain was isolated) The description is as given in the proposal of the basonym (Wenting et al., 2021) The genome size of the type strain is 3.42 Mbp The DNA G + C content is 55.4 mol% The type strain is TBZ9T = KACC 21783T = LMG 25775T Type strain genome sequence accession number: GCA_013112225.1 Type strain 16S rRNA gene sequence accession number: MN900573 The description is as given in the proposal of the basonym (Wang et al., 2022) The genome size of the type strain is 3.60 Mbp The DNA G + C content is 54.0 mol% Isolated from the deep-sea sediment of the Mariana Trench (11.12°N The type strain is MT13T = KCTC 82923T = MCCC 1K06389T Type strain genome sequence accession number: GCA_019504685.1 Type strain 16S rRNA gene sequence accession number: MZ411491 The description is as given in the proposal of the basonym (Xu et al., 2021) The genome size of the type strain is 3.80 Mbp The DNA G + C content is 55.0 mol% Isolated from Populus euphratica in Ebinur Lake Wetland Nature Reserve (China) The type strain is MCT = MCCC 1K03942T = JCM 33545T Type strain genome sequence accession number: GCA_003989825.1 Type strain 16S rRNA gene sequence accession number: MK045667 The description is as given in the original proposal of “Halomonas glaciei” (Reddy et al., 2003) The genome size of the type strain is 4.96 Mbp The type strain is DD 39T = CGMCC 1.7263T = JCM 11692T = MTCC 4321T Type strain genome sequence accession number: GCA_013415125.1 Type strain 16S rRNA gene sequence accession number: AJ431369 Vreelandella zhaodongensis (zhao.dong.en’sis The description is as given in the original proposal of “Halomonas zhaodongensis” (Jiang et al., 2013) The genome size of the type strain is 3.72 Mbp The DNA G + C content is 53.0 mol% Isolated from saline-alkaline soils in Zhaodong (China) The type strain is NEAU-ST10-25T = CGMCC 1.12286T = DSM 25869T Type strain genome sequence accession number: GCA_013415115.1 Type strain 16S rRNA gene sequence accession number: JQ762286 Vreelandella lionensis (li.on.en’sis of or belonging to Golfe du Lion [Gulf of Lions] in reference to the origin of the type strain) The description is as given in the original proposal of “Halomonas lionensis” (Gaboyer et al., 2014) The genome size of the type strain is 3.65 Mbp Isolated from the Mediterranean Sea sediment The type strain is RHS90T = CIP 110370T = DSM 25632T = UBOCC 3186T Type strain genome sequence accession number: GCA_002087295.1 Type strain 16S rRNA gene sequence accession number: HE661586 Vreelandella massiliensis (mas.si.li.en’sis The description is as given in the original proposal of “Halomonas massiliensis” (Seck et al., 2016) The genome size of the type strain is 3.44 Mbp The DNA G + C content is 58.4 mol% The type strain is Marseille-P2426T = CSUR P2426T = DSM 103116T Type strain genome sequence accession number: GCA_900155385.1 Type strain 16S rRNA gene sequence accession number: LT223576 The description is as given in the original proposal of “Halomonas maris” (Qiu et al., 2021a) The genome size of the type strain is 4.52 Mbp Isolated from the deep-sea sediment in the Southwest Indian Ocean (China) The type strain is QX-1T = KCTC 82198T = MCCC 1A17875T = NBRC 114670T Type strain genome sequence accession number: GCA_013371085.1 Type strain 16S rRNA gene sequence accession number: MT372903 Vreelandella sedimenti (se.di.men’ti referring to the sediment of the Southwest Indian Ocean The description is as given in the original proposal of “Halomonas sedimenti” (Qiu et al., 2021b) The genome size of the type strain is 5.06 Mbp The DNA G + C content is 54.3 mol% The type strain is QX-2T = KCTC 82199T = MCCC 1A17876T Type strain genome sequence accession number: GCA_013416325.1 Type strain 16S rRNA gene sequence accession number: MT372904 referring to both microbiologist Linda Baumann and Paul Baumann Cells are Gram-staining-negative straight rods 0.8–1.1 × 1.5–3.0 μm in size Colonies are convex with entire edges and cream-colored The DNA G + C content is 67.2 mol% The genus Bisbaumannia belongs to the family Halomonadaceae Homotypic synomyms: Halomonas pacifica (Baumann et al 1972) Dobson and Franzmann 1996; Deleya pacifica (Baumann et al The description is as given in the original proposal of the basonym (Baumann et al., 1972) The genome size of the type strain is 3.85 Mbp Isolated from the seawater off the coast of Oahu (Hawaii The type strain is 62T = ATCC 27122T = CIP 103200T = DSM 4742T = JCM 20633T = LMG 3446T = NBRC 102220T = NCIMB 1977T Type strain genome sequence accession number: GCA_007989625.1 Type strain 16S rRNA gene sequence accession number: AB681734 named after the microbiologist William [Bill] D Grant for his great contribution to the study of halophilic microorganisms) 0.3–1.1 × 0.8–6.0 μm in size Catalase and oxidase are positive for most of the strains with optimal growth at 1–15% (w/v) NaCl showing optimal growth at 25–42°C The major respiratory quinones are Q9 and Q8 The DNA G + C content ranges between 62.1 and 67.5 mol% The genus Billgrantia belongs to the family Halomonadaceae The type species is Billgrantia desiderata Billgrantia desiderata (de.si.de.ra’ta Basonym: Halomonas desiderata Berendes et al The description is as given in the original proposal of the basonym (Berendes et al., 1996) The DNA G + C content is 64.7–64.9 mol% The type strain is FB2T = CIP 105505T = DSM 9502T = LMG 19548T The genome size of the type strain is 4.89 Mbp and its DNA G + C content is 64.7 mol% Isolated from a municipal sewage treatment plant in Göttingen (Germany) Type strain genome sequence accession number: GCA_011742915.1 Type strain 16S rRNA gene sequence accession number: X92417 Billgrantia campisalis (cam.pi.sa’lis Basonym: Halomonas campisalis Mormile et al The description is as given in the original proposal of the basonym (Mormile et al., 1999) The DNA G + C content is 66.3 mol% Isolated from a soil sample collected from a salt flat south of Alkali Lake The type strain is 4AT = ATCC 700597T = CIP 106639T = DSM 15413T Type strain genome sequence accession numbers: GCA_031451595.1 and GCA_022341425.1 Type strain 16S rRNA gene sequence accession number: AF054286 Billgrantia gudaonensis (gu.dao.nen’sis The description is as given in the original proposal of the basonym (Wang et al., 2007) The genome size of the type strain is 4.17 Mbp The DNA G + C content is 64.9 mol% Isolated from saline soil contaminated by crude oil The type strain is SL014B-69T = CGMCC 1.6133T = DSM 23417T = LMG 23610T Type strain genome sequence accession number: GCA_900100195.1 Type strain 16S rRNA gene sequence accession number: DQ421808 Billgrantia kenyensis (ke.ny.en’sis Basonym: Halomonas kenyensis Boltyanskaya et al The description is as given in the original proposal of the basonym (Boltyanskaya et al., 2007) The genome size of the type strain is 4.42 Mbp Isolated from sediments from soda lakes (Kenya) The type strain is AIR-2T = DSM 17331T = VKM B-2354T Type strain genome sequence accession number: GCA_013697085.1 Type strain 16S rRNA gene sequence accession number: AY962237 Billgrantia saliphila (sa.li’phi.la The description is as given in the original proposal of the basonym (Gan et al., 2018) The genome size of the type strain is 4.34 Mbp The DNA G + C content is 64.1 mol% The type strain is LCB169T = CGMCC 1.15818T = KCTC 52618T Type strain genome sequence accession number: GCA_002930105.1 Type strain 16S rRNA gene sequence accession number: KX008964 Billgrantia endophytica (en.do.phy’ti.ca adjectival suffix used with the sense of belonging to; N.L pertaining to the endophytic nature of the strain and its isolation from internal plant tissues) The description is as given in the original proposal of the basonym (Chen et al., 2018) The genome size of the type strain is 4.98 Mbp The DNA G + C content is 62.1 mol% Isolated from liquid in the stems of Populus euphratica in Xinjiang (China) The type strain is MC28T = KCTC 52999T = MCCC 1K03343T Type strain genome sequence accession number: GCA_002879615.1 Type strain 16S rRNA gene sequence accession number: MF850257 Billgrantia montanilacus (mon.ta.ni.la’cus The description is as given in the original proposal of the basonym (Lu et al., 2020) The genome size of the type strain is 4.79 Mbp Isolated from hypersaline Lake Pengyanco on the Tibetan Plateau (China) The type strain is PYC7WT = CICC 24506T = KCTC 62529T Type strain genome sequence accession number: GCA_003336675.1 Type strain 16S rRNA gene sequence accession number: MH071180 Billgrantia lactosivorans (lac.to.si.vo’rans Basonym: Halomonas lactosivorans Ming et al The description is as given in the original proposal of the basonym (Ming et al., 2020) The genome size of the type strain is 4.36 Mbp The DNA G + C content is 66.7 mol% Isolated from salt-lake sediment in Shanxi Province (China) The type strain is CFH 90008T = DSM 103220T = KCTC 52281T Type strain genome sequence accession number: GCA_003254665.1 Type strain 16S rRNA gene sequence accession number: KY039330 The description is as given in the original proposal of the basonym (Li et al., 2020) The genome size of the type strain is 4.35 Mbp The DNA G + C content is 63.6 mol% The type strain is L5T = CGMCC 1.17335T = KCTC 72573T Type strain genome sequence accession number: GCA_008297955.1 Type strain 16S rRNA gene sequence accession number: MN099429 Billgrantia azerbaijanica (a.zer.bai.ja’ni.ca where Urmia Lake is located and from which the type strain was isolated) Basonym: Halomonas azerbaijanica Kazemi et al The description is as given in the original proposal of the basonym (Kazemi et al., 2021) The genome size of the type strain is 4.58 Mbp The DNA G + C content is 67.5 mol% Isolated from water from Urmia Lake (Iran) The type strain is TBZ202T = CECT 9693T = KCTC 62817T Type strain genome sequence accession number: GCA_004551485.1 Type strain 16S rRNA gene sequence accession number: MK138622 The description is as given in the original proposal of the basonym (Wang et al., 2021) The genome size of the type strain is 4.49 Mbp Isolated from the deep-sea sediment of the Pacific Ocean The type strain is D167-6-1T = KCTC 72441T = MCCC 1A13316T Type strain genome sequence accession number: GCA_014931605.1 Type strain 16S rRNA gene sequence accession number: MW172430 Billgrantia bachuensis (ba.chu.en’sis The description is as given in the original proposal of the basonym (Xiao et al., 2021) The genome size of the type strain is 4.70 Mbp The type strain is DX6T = CCTCC AB 2020094T = KCTC 82196T Type strain genome sequence accession number: GCA_011742165.1 Type strain 16S rRNA gene sequence accession number: MT180568 The description is as given in the original proposal of the basonym (So et al., 2022) 0.6–0.9 × 1.6–2.4 μm in size strictly aerobic or facultatively anaerobic and motile by means of one polar flagellum or peritrichous flagella Catalase and oxidase activities are variable with optimal growth at 1–8% (w/v) NaCl showing optimal growth at 25–40°C growing at pH values in the range of 6.0–10.0 and tryptophan deaminase activities are variable The DNA G + C content is 64.2–64.3 mol% The type strain is Y3S6T = KACC 21536T = NBRC 114315T = TBRC 15164T The genome size of the type strain is 4.39 Mbp and its DNA G + C content is 64.3 mol% Type strain genome sequence accession number: GCA_019430905.1 Type strain 16S rRNA gene sequence accession number: MN625868 Billgrantia chromatireducens (chro.ma.ti.re.du’cens The description is as given in the original proposal of “Halomonas chromatireducens” (Shapovalova et al., 2009) The genome size of the type strain is 3.97 Mbp The DNA G + C content is 62.8 mol% The type strain is AGD 8-3T = NCCB 100225T = VKM B-2497T Type strain genome sequence accession number: GCA_001545155.1 Type strain 16S rRNA gene sequence accession number: EU447163 Billgrantia aerodenitrificans (a.e.ro.de.ni.tri’fi.cans The description is as given in the original proposal of “Halomonas aerodenitrificans” (Wang and Shao, 2021) The genome size of the type strain is 5.08 Mbp The DNA G + C content is 64.0 mol% The type strain is CYD-9T = KCTC 72088T = MCCC 1A11058T Type strain genome sequence accession number: GCA_021404405.1 Type strain 16S rRNA gene sequence accession number: MW205680 Billgrantia ethanolica (e.tha.no’li.ca in reference to the ability of the species to utilize ethanol as a substrate for growth) The description is as given in the original proposal of “Halomonas ethanolica” (Wang and Shao, 2021) The genome size of the type strain is 4.57 Mbp The DNA G + C content is 64.5 mol% Isolated from the sediment from shrimp culture pond The type strain is CYT3-1-1T = KCTC 72090T = MCCC 1A11081T Type strain genome sequence accession number: GCA_021404305.1 Type strain 16S rRNA gene sequence accession number: MW205683 Billgrantia sulfidoxydans (sul.fid.o’xy.dans The description is as given in the original proposal of “Halomonas sulfidoxydans” (Wang and Shao, 2021) The DNA G + C content is 66.0 mol% Isolated from surface sediments in the coastal sea at Taiwan Strait (China) The type strain is CYN-1-2T = KCTC 72089T = MCCC 1A11059T Type strain genome sequence accession number: GCA_017868775.1 Type strain 16S rRNA gene sequence accession number: MW205681 Billgrantia tianxiuensis (tian.xiu.en’sis pertaining to the Tianxiu Hydrothermal Field The description is as given in the original proposal of “Halomonas tianxiuensis” (Wang and Shao, 2021) The genome size of the type strain is 5.02 Mbp The DNA G + C content is 63.9 mol% Isolated from sulfide from Tianxiu hydrothermal vents The type strain is BC-M4-5T = KCTC 72092T = MCCC 1A14433T Type strain genome sequence accession number: GCA_009834345.1 Type strain 16S rRNA gene sequence accession number: MW205685 Billgrantia zhangzhouensis (zhang.zhou.en’sis The description is as given in the original proposal of “Halomonas zhangzhouensis” (Wang and Shao, 2021) The genome size of the type strain is 4.41 Mbp The DNA G + C content is 63.3 mol% Isolated from the sediments from a shrimp culture pond in Zhangzhou (China) The type strain is CXT3-11T = KCTC 72087T = MCCC 1A11036T Type strain genome sequence accession number: GCA_021404465.1 Type strain 16S rRNA gene sequence accession number: MW205678 Australian microbiologist and polar researcher) Cells are Gram-staining-negative rod-shaped or pleomorphic 0.3–0.7 × 1.4–2.8 μm in size showing optimal growth at 25–37°C growing at pH values in the range of 5.5–11.0 The DNA G + C content ranges between 63.8 and 64.5 mol% The genus Franzmannia belongs to the family Halomonadaceae The type species is Franzmannia pantelleriensis Franzmannia pantelleriensis (pan.tel.le.ri.en’sis pertaining to Pantelleria Island [the place of isolation] in the south of Sicily Basonym: Halomonas pantelleriensis corrig Romano et al The description is as given in the proposal of the basonym (Romano et al., 1996) The genome size of the type strain is 4.40 Mbp Isolated from the hard sand of Venere Lake The type strain is AAPT = ATCC 700273T = CIP 105506T = DSM 9661T = LMG 19550T Type strain genome sequence accession number: GCA_900102875.1 Type strain 16S rRNA gene sequence accession number: X93493 Franzmannia qiaohouensis (qiao.hou.en’sis Basonym: Halomonas qiaohouensis Wang et al The description is as given in the proposal of the basonym (Wang et al., 2014) The genome size of the type strain is 4.65 Mbp Isolated from the salt mine soil in southwest China The type strain is YIM QH88T = ACCC 60021T = CCTCC AB 2012965T = DSM 26770T Type strain genome sequence accession number: GCA_031451695.1 Type strain 16S rRNA gene sequence accession number: KC237714 Franzmannia salipaludis (sa.li.pa.lu’dis The description is as given in the original proposal of “Halomonas salipaludis” (Xing et al., 2021) The genome size of the type strain is 5.48 Mbp Isolated from the saline-alkali wetland soil (China) The type strain is WRN001T = ACCC 19974T = KCTC 52853T Type strain genome sequence accession number: GCA_002286975.1 Type strain 16S rRNA gene sequence accession number: MF782428 in recognition of her many contributions to the study of halophilic microorganisms) 0.4–1.0 × 1.2–4.4 μm in size with optimal growth at 5–13% (w/v) NaCl showing optimal growth at 32–37°C growing at pH values in the range of 5.0–10.0 The DNA G + C content ranges between 58.5 and 62.2 mol% The genus Litchfieldella belongs to the family Halomonadaceae The type species is Litchfieldella anticariensis Litchfieldella anticariensis (an.ti.ca.ri.en’sis Basonym: Halomonas anticariensis Martínez-Cánovas et al The description is as given in the proposal of the basonym (Martínez-Cánovas et al., 2004) The genome size of the type strain is 5.07 Mbp The DNA G + C content is 58.5 mol% Isolated from a soil sample from Fuente de Piedra a saline-wetland wildfowl reserve in Málaga (Spain) The type strain is FP35T = CECT 5854T = CIP 108499T = DSM 16096T = LMG 22089T Type strain genome sequence accession numbers: GCA_000409775.1 and GCA_000428505.1 Type strain 16S rRNA gene sequence accession number: AY489405 Litchfieldella xinjiangensis (xin.ji.ang.en’sis Basonym: Halomonas xinjiangensis Guan et al The description is as given previously (Guan et al., 2010; Navarro-Torre et al., 2020) The genome size of the type strain is 3.79 Mbp The DNA G + C content is 60.7 mol% Isolated from a soil sample from Lop Nur salt lake (4° 23′ N 9° 18′ E 778 m altitude) in Xinjiang Province The type strain is TRM 0175T = CCTCC AB 208329T = KCTC 22608T Type strain genome sequence accession number: GCA_000759345.1 Type strain 16S rRNA gene sequence accession number: EU822512 Litchfieldella rifensis (ri.fen’sis pertaining to the Rif Mountains in northern Morocco The description is as given in the proposal of the basonym (Amjres et al., 2011) The genome size of the type strain is 4.83 Mbp The DNA G + C content is 62.2 mol% Isolated from a solar saltern in the Rif Mountains (Morocco) The type strain is HK31T = CECT 7698T = LMG 25695T Type strain genome sequence accession number: GCM10020179 Type strain 16S rRNA gene sequence accession number: HM026177 Litchfieldella qijiaojingensis (qi.jiao’jing.en’sis where the sample from which the type strain was isolated and was collected) Basonym: Halomonas qijiaojingensis Chen et al The description is as given in the proposal of the basonym (Chen et al., 2011) The genome size of the type strain is 4.77 Mbp Isolated from the shore sediment from a salt lake Qijiaojing Lake (43°23′01” N 91°36′11″ E) The type strain is YIM 93003T = CCTCC AB 208133T = DSM 22403T = KCTC 22228T Type strain genome sequence accession number: GCA_014651875.1 Type strain 16S rRNA gene sequence accession number: HQ832735 in recognition of his many contributions to the study of halophilic microorganisms) 0.6–1.0 × 1.8–3.2 μm in size with optimal growth at 10–15% (w/v) NaCl showing optimal growth at 22–35°C growing at pH values in the range of 4.0–10.0 the major polar lipids are phosphatidylglycerol The DNA G + C content ranges between 61.1 and 62.3 mol% The genus Onishia belongs to the family Halomonadaceae The description is as given in the proposal of the basonym (Lee et al., 2005) The genome size of the type strain is 3.76 Mbp The DNA G + C content is 62.3 mol% Isolated from the soil from a solar saltern (Korea) The type strain is BH539T = CIP 109003T = DSM 16463T = KCTC 12284T Type strain genome sequence accession number: GCA_900100755.1 Type strain 16S rRNA gene sequence accession number: AY671975 Basonym: Halomonas niordiana Diéguez et al The description is as given in the proposal of the basonym (Diéguez et al., 2020) The genome size of the type strain is 3.68 Mbp The DNA G + C content is 61.1 mol% The type strain is ATF 5.4T = CECT 9779T = LMG 31227T Type strain genome sequence accession number: GCA_004798965.1 Type strain 16S rRNA gene sequence accession number: SDSD01000014 Modicisalibacter (Mo.di.ci.sa.li.bac’ter Cells are Gram-staining-negative rods or short rods 0.1–1.0 × 0.2–4.0 μm in size with optimal growth at 2.5–10% (w/v) NaCl The DNA G + C content ranges between 59.1 and 67.4 mol% The genus Modicisalibacter belongs to the family Halomonadaceae The type species is Modicisalibacter tunisiensis Modicisalibacter muralis (mu.ra’lis The description is as given in the proposal of the basonym (Heyrman et al., 2002) The DNA G + C content is 61.9 mol% Isolated from microbial biofilms colonizing the walls and murals of the Saint-Catherine chapel The type strain is R-5058T = CIP 108825T = DSM 14789T = LMG 20969T Type strain genome sequence accession number: GCA_900102945.1 Type strain 16S rRNA gene sequence accession number: AJ320530 The description is as given in the proposal of the basonym (Wang et al., 2008) The genome size of the type strain is 4.53 Mbp The type strain is YIM 91125T = CCTCC AB 206093T = DSM 23508T = KCTC 12847T Type strain genome sequence accession number: GCA_000378505.1 Type strain 16S rRNA gene sequence accession number: EF674852 Modicisalibacter ilicicola (i.li.ci’co.la the city close to the solar salterns where the type strain was isolated; L The description is as given in the proposal of the basonym (Arenas et al., 2009) The genome size of the type strain is 3.96 Mbp The DNA G + C content is 63.2 mol% Isolated from saline water from a solar saltern Santa Pola (38° 11′ 35” N 0° 35′ 45” W) The type strain is SP8T = CCM 7522T = CECT 7331T = DSM 19980T Type strain genome sequence accession number: GCA_900128925.1 Type strain 16S rRNA gene sequence accession number: EU218533 Modicisalibacter xianhensis (xianh.en’sis The description is as given in the proposal of the basonym (Zhao et al., 2012) The DNA G + C content is 61.3 mol% Isolated from saline soil contaminated with crude oil from Xianhe The type strain is A-1T = CGMCC 1.6848T = JCM 14849T Type strain genome sequence accession number: GCA_900113605.1 Type strain 16S rRNA gene sequence accession number: EF421176 Modicisalibacter zincidurans (zin.ci.du’rans The description is as given previously (Xu et al., 2013; Navarro-Torre et al., 2020) The genome size of the type strain is 3.55 Mbp The DNA G + C content is 64.4 mol% Isolated from deep-sea sediment from the South Atlantic Ocean The type strain is B6T = CGMCC 1.12450T = JCM 18472T Type strain genome sequence accession number: GCA_000731955.1 Type strain 16S rRNA gene sequence accession number: JQ781698 Modicisalibacter radicis (ra’di.cis Basonym: Halomonas radicis Navarro-Torre et al The description is as given in the proposal of the basonym (Navarro-Torre et al., 2020) Isolated from Arthrocnemum macrostachyum growing in the Odiel marshes (Spain) The type strain is EAR18T = CECT 9077T = LMG 29859T Type strain genome sequence accession number: GCA_900961225.1 Type strain 16S rRNA gene sequence accession number: KU320882 Modicisalibacter coralii (co.ra’li.i The description is as given in the original proposal of “Halomonas coralii” (Vidal et al., 2019) The genome size of the type strain is 4.44 Mbp Isolated from Mussismilia braziliensis (Brazil) The type strain is 362.1T = CBAS 715T Type strain genome sequence accession number: GCA_004117855.1 Type strain 16S rRNA gene sequence accession number: QWBW01000001 The datasets presented in this study can be found in online repositories. The names of the repository/repositories and accession number(s) can be found in Supplementary material The author(s) declare financial support was received for the research This study was supported by grants PID2020-118136GB-I00 funded by MCIN/AEI/10.13039/501100011033 and from the Junta de Andalucía (P20_01066 and BIO-213) RRH was a recipient of a short-stay grant (PRX21/00598) from the Spanish Ministry of Universities MC and PH were funded by an Australian Research Council Discovery Project (grant number DP220100900) Oren (The Hebrew University of Jerusalem) for his help on the nomenclature of the new taxa and Brian Kemish (The University of Queensland Australia) for his generous help and advice on the computing resources used for the presented data analyses The authors declare that the research was conducted in the absence of any commercial or financial relationships that could be construed as a potential conflict of interest The author(s) declared that they were an editorial board member of Frontiers This had no impact on the peer review process and the final decision All claims expressed in this article are solely those of the authors and do not necessarily represent those of their affiliated organizations Any product that may be evaluated in this article or claim that may be made by its manufacturer is not guaranteed or endorsed by the publisher The Supplementary material for this article can be found online at: https://www.frontiersin.org/articles/10.3389/fmicb.2023.1293707/full#supplementary-material 1. ^https://lpsn.dsmz.de/text/largest-genera 2. ^https://www.ncbi.nlm.nih.gov/assembly 3. ^https://www.ncbi.nlm.nih.gov/sra 4. ^https://genome.jgi.doe.gov/portal 5. ^https://genomes.atcc.org 6. ^https://github.com/novigit/davinciCode/blob/master/perl 7. ^https://github.com/dparks1134/PhyloRank 8. ^https://github.com/SWittouck/tidygenomes 9. ^https://github.com/SWittouck/lacto_genera 10. ^https://lpsn.dsmz.de/family/hahellaceae 11. ^https://www.namesforlife.com/10.1601/tx.2487 halophilic bacterium isolated from a solar saltern a moderately halophilic bacterium isolated from olive-processing effluents bcgTree: automatized phylogenetic tree building from bacterial core genomes CrossRef Full Text | Google Scholar Phylogeny of the family Halomonadaceae based on 23S and 16S rDNA sequence analyses a moderately halophilic bacterium isolated from a saltern Digital DNA-DNA hybridization for microbial species delineation by means of genome-to-genome sequence comparison moderately halophilic bacterium isolated from an oilfield-water injection sample and emended description of the family Halomonadaceae Franzmann et al 1989 emend Dobson and Franzmann 1996 emend halotolerant and denitrifying bacterium isolated from a municipal sewage works Boltyanskaya new haloalkaliphilic denitrifiers capable of N2O reduction Microbiology (English translation of Mikrobiologiia) 76 AMAS: a fast tool for alignment manipulation and computing of summary statistics PubMed Abstract | CrossRef Full Text | Google Scholar Bushnell, B. 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Published: 16 November 2023 Copyright © 2023 de la Haba, Arahal, Sánchez-Porro, Chuvochina, Wittouck, Hugenholtz and Ventosa. 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See our Terms of Service and Privacy Policy This work, Morón AB celebrates 75 years, by SSgt Damon Kasberg, identified by DVIDS, must comply with the restrictions shown on https://www.dvidshub.net/about/copyright She is part of a famous family of flamenco artists; her grandfather was Fernando Fernández Monge “Terremoto de Jerez” and her father is singer Fernando Fernández Pantoja “Terremoto.” María Terremoto has participated in many flamenco zambombas (Flamenco Christmas carols performed during Christmas in Jeerz) with her family in which she unexpectedly became the central character of each performance Maria was responsible for a crucial moment in her father’s life when she performed on stage in the flamenco nightclub (tablao) that bears his name That day will be evoked forever by all who were there Fernando passed the artistic torch to his daughter Maria in what would be his final farewell to the stage Maria began to make infrequent performances in Jerez she began to perform more often and traveled outside of Jerez making her mark in the jondo (flamenco deep roots) scene María gave a flamenco performance at the Palacio de Villavicencio that left everyone astonished That moment generated unparalleled press acclaim for such a young artist This performance was the beginning of a tour of flamenco clubs and major festivals La Caracolá Lebrijana and the Flamenco Fridays of Jerez Maria performed a concert at Seville’s Flamenco biennial that many have called historic she was the youngest artist to ever be awarded the high-status ‘Giraldillo Revelación 2016’ prize which catapulted her to the vanguard of the flamenco scene In 2018 she received the prestigious ‘Venencia Flamenca’ an award given by the Flamenco community ‘El pozo de las penas’ María made the rounds on the most prestigious stages throughout Spain María Terremoto released her first album: “La huella de mi sentío” (IR Music The album was officially debuted at La Bienal de Flamenco de Sevilla Maria liet meteen al bij de eerste keer dat ik haar zag een verpletterende indruk op me achter Ik zag haar op internet optreden voor het ´Gala Miquel Poveda y Amigos´ (Barcelona 2017) samen met Poveda en de weergaloze danser Antonio La Pipa de laatste is in zijn stijl onweerlegbaar de meest expressieve danser van dit moment (en dat ondanks zijn lengte…) ondanks toen nog wel nog wat foutjes en onzuiverheden in haar zang waar ik vervolgens als een Mickey Mouse platgeslagen naar beneden gleed Er zijn namelijk maar weinig echt en van top tot teen geloofwaardige muzikanten in de wereld en je moet als ´tweebener´ echt het geluk hebben dat je gedurende je ´ontvankelijke jaren´ samen met zo´n onweerlegbaar toptalent als musicus mag bestaan Rory Gallagher was zo iemand (jaren 70 vorige eeuw) in de popmuziek waarbij de laatste vooral bij Cante Grande tot haar recht komt zijn dat voor de Flamenco in het huidige tijdperk Daar valt natuurlijk altijd wel wat op af te dingen maar dan moet je wel met héél goede argumenten komen Please enter an answer in digits:3 + 18 = Sign up for the Spanish News Today Editors Roundup Weekly Bulletin and get an email with all the week’s news straight to your inbox (List price   3  months 12 Bulletins)  Hello, and thank you for choosing CamposolToday.com to publicise your organisation’s info or event. Camposol Today is a website set up by Murcia Today specifically for residents of the urbanisation in Southwest Murcia, providing news and information on what’s happening in the local area, which is the largest English-speaking expat area in the Region of Murcia. When submitting text to be included on Camposol Today, please abide by the following guidelines so we can upload your article as swiftly as possible: Send an email to editor@camposoltoday.com or contact@murciatoday.com Attach the information in a Word Document or Google Doc Who is the organisation running the event? Is it necessary to book beforehand, or can people just show up on the day? Also attach a photo to illustrate your article, no more than 100kb caused flash flooding in the provinces of Malaga A train was derailed near Seville with at least 21 people injured Local media said the derailment was caused by the heavy rain including Jerez in Cadiz, Badolatosa in Seville Agencia Estatal de Meteorología (AEMET) said that Grazalema in Cádiz recorded the highest levels of rainfall for the day Osuna in Seville recorded 81.0 mm and several locations in Grenada recorded more that 60 mm of rain during the same period Most of the rain fell in the space of a few hours during the morning and afternoon AEMET issued orange level warnings for heavy rain from 28 November A train on the Málaga-Seville line was derailed between the stations of El Sorbito and Arahal in Seville. Media reports suggest the train derailment was a result of heavy rain Emergency services in the region said that over 20 people were injured in the derailment At least 2 of the injuries were serious and victims were taken to hospital via helicopter Elsewhere in the province, areas of the town of Badolatosa were flooded after the Genil river broke its banks, according to local media the worst hit areas was the small town of Campillos where a small river overflowed flooding areas of the town and damaging houses the local council said that rainfall had led to the spread of a creek that passes through the locality resulting in problems in some points in the lower area of Campillos The Council’s operational services were working fully to alleviate the damage was concerned that the creek had not been cleared recently and a blockage had caused the flooding.  He said: “The main trigger of this situation has been the dirt that had the creek channel on the outskirts of the municipality This has led to an overflow in the village and has generated all these incidents On 17 October we asked for the (Andalusia) environment (department) to clean the section of the creek that lies outside of Campillos Today we have not yet received an answer and that inaction by the government of Andalusia is now having these remarkable consequences for Campillos and its citizens.” firefighters were called out to 30 flooded locations after the heavy rain At least eighteen calls for help were for homes Jerez de la Frontera Flooded houses were also reported in Olvera said it has responded to around 20 flood emergencies in Grenada #Actualización #DescarrilamientoTrenArahal Un herido grave y 20 leves en el descarrilamiento de un tren de pasajeros de la línea Málaga – Sevilla en #Arahal pic.twitter.com/1QYVahDEWV — Emergencias 112 (@E112Andalucia) November 29, 2017 29/11 08:03 #AEMET actualiza #avisos en Andalucía. Activos hoy. Nivel máx naranja +info https://t.co/dF0CCB8ckK pic.twitter.com/ss1K27UuT3 — AEMET_Andalucia (@AEMET_Andalucia) November 29, 2017 El río Genil vuelve a desbordarse en #Badolatosa con las lluvias. “Tenemos el agua metida en las casas” https://t.co/r5ZIGIRv0F — Ser Andalucia Centro (@AndaluciaCentro) November 29, 2017 #Inundaciones, #Tormentas, #Málaga: -Las predicciones, se han cumplido y las fuertes lluvias provoca inundaciones en la Comarca de Antequera, con el desbordamiento de dos ríos en Campillos y Tebas. Las cantidades de precipitaciones, han superado en algunas zonas los 60mm. pic.twitter.com/oRI8s12LFw — Storm Málaga (@Storm_Malaga) November 29, 2017 Richard Davies is the founder of floodlist.com and reports on flooding news Cookies | Privacy | Contacts © Copyright 2025 FloodList The third carriage of the train between Malaga and Seville derailed at 10.21 this morning at Arahal The train had left Malaga at 7.40am and was carrying 79 passengers at the time of the accident Heavy rain is believed to have been the cause of the derailment The track had been closed earlier because of the bad weather and had reopened at 9.25am Passengers planning to travel by train between Malaga and Seville will be transported by coach for the rest of the day and those coming from Almeria will be transferred to coach for the stretch between Granada and Seville Comentar es una ventaja exclusiva para registrados The young Málaga architects Eugenia Álvarez Blanch and Enrique Bravo Lanzac have turned an old retail space in Seville’s central neighborhood of San Luis – at Calle Aniceto Sáenz 1 close to Plaza de Pumarejo – into a home and workshop for a sculptor and the two uses are differentiated by facade: domestic program to the east The first step was to remove structures and features that had been added to the original construction The resulting space was generous – with a substantial clear height – and diaphanous the house-atelier is organized around a cube in the heart of the space This box of exposed brick contains the bathroom and the bedroom set at a medium height and visually connected to the living room The rest is configured by means of furniture and mobile elements so the home-studio is a continuum in tune with Raumplan ideas there arent any match using your search terms Las salidas procesionales de las imágenes de María Auxiliadora del Oratorio Festivo Padre Torres Silva del Colegio San Juan Bosco y de la Parroquia de San Juan de Ávila así como la de la imagen de Nuestra Señora del Sagrado Corazón del Colegio Montealto unidas al Rosario Vespertino presidido por la imagen de María Santísima de la Esperanza dieron contenido cofrade en Jerez al último sábado del mes de mayo la jornada de ayer fue propicia para disfrutar de la presencia de la Santísima Virgen por las calles de nuestra ciudad en este mes de marcado carácter mariano La Hermandad de la Sagrada Lanzada celebró anoche en la Basílica de Nuestra Señora del Carmen Coronada Enrique Víctor de Mora Quirós e Ignacio García Pomar La presentación del acto la desarrolló Juan Infantes Sánchez la iglesia parroquial de Santa Ana acogió anoche la celebración de la Exaltación Eucarística 2024 -a cargo de Antonio Jesús García Sánchez– y la presentación del cartel anunciador del ciclo Eucarístico y de Glorias Tu dirección de correo electrónico no será publicada Los campos obligatorios están marcados con * Δdocument.getElementById( "ak_js_1" ).setAttribute( "value" A moderate magnitude 3.6 earthquake hit 19.7 km (12 mi) away from Utrera, Andalusia,  Spain The quake had a very shallow depth of 25 km (16 mi) and was felt by many near the epicenter The shallow depth of the quake caused it to be felt more strongly near the epicenter than a deeper quake of similar magnitude would.