Ancient DNA Processing and Quality Control 15-20 SI
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CC Du Chemin Des Dames (Siren : 240200592)
Groupement Mise à jour le 01/07/2021 CC du Chemin des Dames (Siren : 240200592) FICHE SIGNALETIQUE BANATIC Données générales Nature juridique Communauté de communes (CC) Commune siège Craonne Arrondissement Laon Département Aisne Interdépartemental non Date de création Date de création 29/12/1995 Date d'effet 29/12/1995 Organe délibérant Mode de répartition des sièges Répartition de droit commun Nom du président M. Jean-Paul COFFINET Coordonnées du siège Complément d'adresse du siège 1 rue de l'Eglise Numéro et libellé dans la voie Distribution spéciale Code postal - Ville 02160 Craonne Téléphone 03 23 22 47 84 Fax 03 23 22 47 84 Courriel [email protected] Site internet www.cc-chemindesdames.fr Profil financier Mode de financement Fiscalité additionnelle sans fiscalité professionnelle de zone et sans fiscalité professionnelle sur les éoliennes Bonification de la DGF non Dotation de solidarité communautaire (DSC) non Taxe d'enlèvement des ordures ménagères (TEOM) non Autre taxe non Redevance d'enlèvement des ordures ménagères (REOM) non Autre redevance non 1/4 Groupement Mise à jour le 01/07/2021 Population Population totale regroupée 5 588 Densité moyenne 31,14 Périmètre Nombre total de communes membres : 30 Dept Commune (N° SIREN) Population 02 Aizelles (210200077) 124 02 Aubigny-en-Laonnois (210200333) 107 02 Beaurieux (210200572) 861 02 Berrieux (210200713) 190 02 Bouconville-Vauclair (210200994) 195 02 Bourg-et-Comin (210201034) 828 02 Braye-en-Laonnois (210201117) 201 02 Chermizy-Ailles (210201653) 108 02 Chevregny (210201703) -
ZRR - Zone De Revitalisation Rurale : Exonération De Cotisations Sociales
ZRR - Zone de Revitalisation Rurale : exonération de cotisations sociales URSSAF Présentation du dispositif Les entreprises en ZRR (Zone de Revitalisation Rurale) peuvent être exonérée des charges patronales lors de l'embauche d'un salarié, sous certaines conditions. Ces conditions sont notamment liées à son effectif, au type de contrat et à son activité. Conditions d'attribution A qui s’adresse le dispositif ? Entreprises éligibles Toute entreprise peut bénéficier d'une exonération de cotisations sociales si elle respecte les conditions suivantes : elle exerce une activité industrielle, commerciale, artisanale, agricole ou libérale, elle a au moins 1 établissement situé en zone de revitalisation rurale (ZRR), elle a 50 salariés maximum. Critères d’éligibilité L'entreprise doit être à jour de ses obligations vis-à-vis de l'Urssaf. L'employeur ne doit pas avoir effectué de licenciement économique durant les 12 mois précédant l'embauche. Pour quel projet ? Dépenses concernées L'exonération de charges patronales porte sur le salarié, à temps plein ou à temps partiel : en CDI, ou en CDD de 12 mois minimum. L'exonération porte sur les assurances sociales : maladie-maternité, invalidité, décès, assurance vieillesse, allocations familiales. URSSAF ZRR - Zone de Revitalisation Rurale : exonération de cotisations sociales Page 1 sur 5 Quelles sont les particularités ? Entreprises inéligibles L'exonération ne concerne pas les particuliers employeurs. Dépenses inéligibles L'exonération de charges ne concerne pas les contrats suivants : CDD qui remplace un salarié absent (ou dont le contrat de travail est suspendu), renouvellement d'un CDD, apprentissage ou contrat de professionnalisation, gérant ou PDG d'une société, employé de maison. -
Liste Communes Par Troncon
LISTE DES COMMUNES CONCERNEES PAR LA VIGILANCE CRUES BASSIN DE L’OISE TRONCON COMMUNES ACHERY MESBRECOURT RICHECOURT AGNICOURT ET SECHELLES MEZIERES-SUR-OISE ALAINCOURT MONCEAU SUR OISE ANGUILCOURT LE SART MONTCORNET ASSIS SUR SERRE MONTIGNY SOUS MARLE AUTREPPES MONTIGNY SUR CRECY BERNOT MONT D’ORIGNY BERTHENICOURT MONDREPUIS BOSMONT SUR SERRE MORTIERS BRISSAY-CHOIGNY MOY-DE-L’AISNE BRISSY-HAMEGICOURT NEUVE-MAISON CHALANDRY NEUVILETTE CHAOURSE NOUVION ET CATILLON CHARMES NOUVION LE COMTE CHATILLON-SUR-OISE NOYALES CHIGNY OHIS CILLY ORIGNY EN THIERACHE COURBES ORIGNY-SAINTE-BENOITE CRECY SUR SERRE POUILLY SUR SERRE DERCY PROISY OISE-AMONT DEUILLET PROIX EFFRY QUIERZY ENGLANCOURT REMIES ERLON RIBEMONT ERLOY ROMERY ETREAUPONT SAINT-ALGIS FLAVIGNY LE GRAND ET BEAURAIN SAINT-PIERREMONT GERGNY SERY-LES-MEZIERES GUISE SISSY HAUTEVILLE SORBAIS HIRSON TAVAUX-PONTSERICOURT LA BOUTEILLE THENELLES LA NEUVILLE-BOSMONT TRAVECY LESQUIELLES SAINT GERMAIN VADENCOURT LUZOIR VENDEUIL MACQUIGNY VOYENNE MALZY WIEGE-FATY MARCY SOUS MARLE WIMY MARLE MARLY-GOMONT MAYOT BASSIN DE L’OISE TRONCON COMMUNES ABBECOURT CHAUNY OGNES AMIGNY-ROUY CONDREN SERVAIS ANDELAIN DANIZY SINCENY OISE MOYENNE AUTREVILLE LA FERE TERGNIER BEAUTOR MANICAMP VIRY NOUREUIL BICHANCOURT MAREST-DAMPCOURT - 25 - BASSIN DE L’AISNE TRONCON COMMUNES ACY MISSY SUR AISNE AMBLENY MONTIGNY-LENGRAIN BEAURIEUX MOUSSY-VERNEUIL BERNY-RIVIERE OEUILLY BERRY-AU-BAC OSLY-COURTIL BOURG-ET-COMIN PARGNAN BUCY LE LONG PASLY CELLES SUR AISNE PERNANT CHASSEMY POMMIERS CHAUDARDES PONT-ARCY CHAVONNE PONTAVERT AISNE -
Supplementary Information for Ancient Genomes from Present-Day France
Supplementary Information for Ancient genomes from present-day France unveil 7,000 years of its demographic history. Samantha Brunel, E. Andrew Bennett, Laurent Cardin, Damien Garraud, Hélène Barrand Emam, Alexandre Beylier, Bruno Boulestin, Fanny Chenal, Elsa Cieselski, Fabien Convertini, Bernard Dedet, Sophie Desenne, Jerôme Dubouloz, Henri Duday, Véronique Fabre, Eric Gailledrat, Muriel Gandelin, Yves Gleize, Sébastien Goepfert, Jean Guilaine, Lamys Hachem, Michael Ilett, François Lambach, Florent Maziere, Bertrand Perrin, Susanne Plouin, Estelle Pinard, Ivan Praud, Isabelle Richard, Vincent Riquier, Réjane Roure, Benoit Sendra, Corinne Thevenet, Sandrine Thiol, Elisabeth Vauquelin, Luc Vergnaud, Thierry Grange, Eva-Maria Geigl, Melanie Pruvost Email: [email protected], [email protected], [email protected], Contents SI.1 Archaeological context ................................................................................................................. 4 SI.2 Ancient DNA laboratory work ................................................................................................... 20 SI.2.1 Cutting and grinding ............................................................................................................ 20 SI.2.2 DNA extraction .................................................................................................................... 21 SI.2.3 DNA purification ................................................................................................................. 22 SI.2.4 -
Les Continuités Ecologiques Régionales En Hauts-De-France
CHAMBRY Les Continuités Ecologiques MARCHAIS LAPPION Régionales en Hauts-de-France ATHIES-SOUS-LAON SAMOUSSY LA SELVE A1 A2 A3 B1 B2 B3 B4 B5 NIZY-LE-COMTE C1 C2 C3 C4 C5 C6 LAON COUCY-LES-EPPES SISSONNE D1 D2 D3 D4 D5 D6 D7 EPPES MONTAIGU E1 E2 E3 E4 E5 E6 E7 F1 F2 F3 F4 F5 F6 F7 G1 G2 G3 G4 G5 G6 PARFONDRU VESLUD H1 H2 H3 H4 H5 H6 LOR I1 I2 I3 I4 MAUREGNY-EN-HAYE FESTIEUX CONTINUITES ECOLOGIQUES SAINT-ERME-OUTRE-ET-RAMECOURT LA MALMAISON COURTRIZY-ET-FUSSIGNY CHERET MONTCHALONS Réservoirs de biodiversité Réservoirs de Biodiversité de la trame bleue (cours d'eau de la liste 2 + réservoirs biologiques des Sdage) ORGEVAL SAINT-THOMAS Réservoirs de Biodiversité de la trame verte AMIFONTAINE ARRANCY AUBIGNY-EN-LAONNOIS Corridors principaux GOUDELANCOURT-LES-BERRIEUX BIEVRESPLOYART-ET-VAURSEINE Corridors boisés MARTIGNY-COURPIERRE Attention: les corridors écologiques, AIZELLES Corridors humides au contraire des réservoirs, ne sont BERRIEUX PROUVAIS pas localisés précisément par le SAINTE-CROIX schéma. Ils doivent être compris PROVISEUX-ET-PLESNOY Corridors littoraux comme des "fonctionnalités écologiques", c'est-à-dire des Corridors ouverts caractéristiques à réunir entre deux réservoirs pour répondre aux besoins des espèces (faune NEUVILLE-SUR-AILETTE Corridors multitrames et flore) et faciliter leurs échanges BOUCONVILLE-VAUCLAIR génétiques et leur dispersion. CORBENY Corridors fluviaux CHERMIZY-AILLES EVERGNICOURT Zones à enjeux CERNY-EN-LAONNOIS JUVINCOURT-ET-DAMARY Zones à enjeu d'identification de corridors bocagers CRAONNE G GUIGNICOURT -
Travaux De Désembâclement De La Rivière Aisne Programme 2 Tranche 3
UNION DES SYNDICATS D’AMENAGEMENT ET DE GESTION DES MILIEUX AQUATIQUES Service technique _______ Syndicat intercommunal pour la gestion du bassin versant de l’Aisne axonaise non navigable et de ses affluents Travaux de désembâclement de la rivière Aisne Programme 2 Tranche 3 _____ Compte-rendu de la réunion de piquetage du 25 septembre 2018 Lieu : Parking place de la mairie de Guignicourt à 9h30 Maître d’ouvrage : Maître d’œuvre : Entreprise : Syndicat intercommunal pour la gestion du bassin versant de l’Aisne Union des Syndicats d’Aménagement et NINO MASCITTI SA axonaise non navigable et de ses de Gestion des Milieux Aquatiques affluents Nom, Prénom: Organisme : Présent Absent Excusé GILET Rémy Président du SIGMAA x DEZUROT Raymond Membre du bureau du SIGMAA x BOMBART Marcel Membre du bureau du SIGMAA x HUCHET William Union des Syndicats de rivières x SCHLOSSER Joël DRIEE Ile de France (service police de l’eau) x DUCAT Philippe Vice-Président de la CCCP x FAVEREAU Gilles Délégué de Condé-sur-Suippe x LEGRAND Colette Délégué de Menneville x ROBERT Alain Délégué de Pignicourt x DEGHAYE Patricia Délégué de Bourg-et-Comin x CARAMELLE Bertrand Maire de Pargnan X RASERO Philippe Délégué de Pontavert X BARBIER Mickael MASCITTI NINO X BOUSSARD François Agence de l’eau Seine-Normandie x • Cette réunion de piquetage concerne les travaux de désembâclement sur la rivière Aisne (tranche 3). Ces travaux ont été confiés, après appel d’offres, à l’entreprise NINO MASCITTI SA – (siège : 6, rue des Bucherons – B.P. 78 – 02 602 VILLERS COTTERETS). 1 SITUATION ACTUELLE : Suite au diagnostic des embâcles réalisé durant le mois de mai 2018, 52 embâcles présentant un risque ont été inventoriés et doivent être traités par l’entreprise. -
Organização E Variabilidade Gravetense No S
Universidade do Algarve Faculdade das Ciências Humanas e Sociais Organização e variabilidade das indústrias líticas durante o Gravetense no Sudoeste Peninsular Dissertação Doutoramento em Arqueologia João Manuel Figueiras Marreiros Faro, Dezembro de 2013 Imagem da capa: Ponta de dorso duplo biapontada (Vale Boi) Ilustração de Júlia Madeira Escala 1:2 (Marreiros et al. 2012) II UNIVERSIDADE DO ALGARVE FACULDADE DE CIÊNCIAS HUMANAS E SOCIAIS Organização e variabilidade das indústrias líticas durante o Gravetense no Sudoeste Peninsular (Dissertação para a obtenção do grau de doutor no ramo de Arqueologia) João Manuel Figueiras Marreiros Orientadores: Prof. Doutor Nuno Gonçalo Viana Pereira Ferreira Bicho FCHS, Universidade do Algarve Doutor Juan Francisco Gibaja Bao Consejo Superior de Investigaciones Científicas, CSIC-IMF. Cataluña, España III O presente trabalho, redigido em português, não segue o novo (des)acordo ortográfico IV Agradecimentos Esta dissertação representa seis anos de investigação que, iniciada durante o Mestrado, fica marcada pela colaboração profissional e pessoal de um número alargado de pessoas e instituições, sem as quais grande parte do trabalho não teria sido possível e cujo agradecimento é eterno. Em primeiro lugar gostaria de agradecer aos meus orientadores que me têm encaminhado ao longo destes últimos anos, Nuno Bicho e Juan Gibaja. Ainda que qualquer erro neste trabalho seja de minha única e exclusiva responsabilidade. O meu agradecimento para o Nuno é infindável e imperecível! O seu apoio como investigador, orientador, professor e amigo ao longo destes anos, desde os tempos de licenciatura, tem sido inexcedível. O Nuno reúne em si, na sua maneira de estar, pensar e ser, todas as qualidades de um excelente professor e orientador. -
Early Gravettian Occupations at Dolní Věstonice – Pavlov. Comments on the Gravettian Origin
EARLY GRAVETTIAN OCCUPATIONS AT DOLNÍ VĚSTONICE – PAVLOV. COMMENTS ON THE GRAVETTIAN ORIGIN Jiří Svoboda 1,2, Martin Novák 2, Sandra Sázelová 1, 2 1 - Department of Anthropology, Faculty of Science at Masaryk University, Kotlářská 2, Brno CZ- 611 37, Czech Republic [email protected]; [email protected] 2 - Institute of Archaeology, Academy of Sciences of the Czech Republic in Brno, Královopolská 147, Brno CZ- 612 00, Czech Republic [email protected] Traditionally, the process to Gravettian origins in Europe has in the Mediterranean, the Paglicci cave is also dated around been considered only one of the many continuous changes 28 ky uncal BP (Delpech and Texier 2007; Noiret 2011). In within the complex development of the Upper Paleolithic. Danubian Europe, early Gravettian follows the Aurignacian Here we place the Gravettian in the context of early modern in cave stratigraphies of the Suabian Jura around 29-27 ky un- human migrations into Europe and interpret it as the final cal BP and at Willendorf (Conard and Moreau 2006; Jöris et stage of the Middle-to-Upper Paleolithic transition process. al. 2010; Haesaerts et al. 2010). In western Europe, the majority of dated Gravettian sequenc- Moravia offers a complex record of the Evolved Gravettian es start around 28 ky uncal BP, but an earlier industry with (Pavlovian) between 27-25 ky uncal BP (Svoboda et al. 2000) micro-gravettes was probably present at Sire (31-30 ky uncal but the evidence for an earlier Gravettian has been weak until BP), and the Noaillian facies is documented at Gargas (29-28 recently. -
Trapezoids and Double Truncations in the Epigravettian Assemblages of Northeastern Italy
Eurasian Prehistory, I(/): 83- 106. TRAPEZOIDS AND DOUBLE TRUNCATIONS IN THE EPIGRAVETTIAN ASSEMBLAGES OF NORTHEASTERN ITALY Silvia Ferrari and Marco Peresani University ofFerrara, Dipartimento delle Risorse Nalura/i e Culturali, Corso Ercole I d'Este 32, 1-44100 Ferrara. Italy; [email protected] (Marco Peresani) Abstract Trapezoids represent a significant category of tools among the innovative geometric implements in the lithic assem blages of European late glacial complexes, particularly those late Epigravettian industries from the Mediterranean region to the southern Ukrainian plain. The recent recovery of several artifacts from two excavlllions in the Venetian Pre-Alps (northern Italy) prompted a large-scale examination of the chronological, and geographical distribution of trapezoids as well as the first study of their techno-morphological features. Results show an evident 'ariability in those morphological and dimensional parameters investigated and seem to suggest that the prepar-.ttion of different shapes of blanks to obtain microliths might have occurred in the ambit of economical behaviors. Specifically, these economic choices involve an in vestment in the manufacture ofmicroliths and this is evident in the intensi"e retouch of the tools. position of the so-called hi-truncated bladelets. INTRODUCTION These were included in a group of geometric mi Trapezoids are well known from the Meso croliths known as Divers (Daniel and Yignard, lithic and Early Neolithic technocomplexcs. 1953), and distinct from the trapezes in their ra These geometric implements, produced by double tios of length to breadth (lamelles a deux lronca transverse truncation from laminar blanks, were tures, G.E.E.M .. 1969; jleche tranchante, Bar identified at the end of nineteenth century, when riere, 1956; Escalon de Fonton, 1953; Trapeze G. -
Non-Figurative Cave Art in Northern Spain
THE CAVES OF CANTABRIA: NON-FIGURATIVE CAVE ART IN NORTHERN SPAIN by Dustin Riley A thesis submitted To the School of Graduate Studies in partial fulfllment of the requirments for the degree of Master of Arts, Department of Archaeology Memorial University of Newfoundland January, 2017 St. John’s Newfoundland and Labrador Abstract This project focuses on non-figurative cave art in Cantabrian (Spain) from the Upper Palaeolithic (ca. 40,000-10,000). With more than 30 decorated caves in the region, it is one of the world’s richest areas in Palaeolithic artwork. My project explores the social and cultural dimensions associated with non-figurative cave images. Non-figurative artwork accounts for any image that does not represent real world objects. My primary objectives are: (1) To produce the first detailed account of non-figurative cave art in Cantabria; (2) To examine the relationships between figurative and non-figurative images; and (3) To analyse the many cultural and symbolic meanings associated to non- figurative images. To do so, I construct a database documenting the various features of non-figurative imagery in Cantabria. The third objective will be accomplished by examining the cultural and social values of non-figurative art through the lens of cognitive archaeology. ii Acknowledgements I would like to thank and express my gratitude to the members of the Department of Archaeology at Memorial University of Newfoundland and Labrador for giving me the opportunity to conduct research and achieve an advanced degree. In particular I would like to express my upmost appreciation to Dr. Oscar Moro Abadía, whose guidance, critiques, and continued support and confidence in me aided my development as a student and as a person. -
Paleo Abstracts
Abstracts for the Paleoanthropology Society Meeting The University of Pennsylvania Museum, Philadelphia, Pennsylvania, U.S.A. 4-5 April 2000 Taphonomy and zooarchaeology of the Die Kelders Cave 1 Middle Stone Age large mammal remains Yoshiko Abe1, Curtis W. Marean2, Peter Nilssen3 and Elizabeth Stone2 1 Interdepartmental Doctoral Program in Anthropological Sciences, SUNY at Stony Brook, Stony Brook, NY 11794-4364 2 Department of Anthropology, SUNY at Stony Brook, Stony Brook, NY 11794-4364 3 Department of Archaeology, University of Cape Town, South Africa, Middle Stone Age (MSA) and Middle Paleolithic (MP) faunal assemblages have gained widespread attention due to their relevance to the debate over the modernity of hominid behavior during the MSA/MP. A recent critique of the scavenging argument for MSA/MP behavior drew on a summary presentation of the skeletal abundance and surface modification data from Die Kelders Cave 1 (DK1) Layer 10 (Marean, 1998). DK1 was excavated on two occasions: first in the 1970s and again in the 1990s. Both excavations were of high quality and produced large faunal assemblages with excellent contextual control. We have now completed the analysis of a substantially larger sample of fauna from Layers 10 through 13, and we present the results of that analysis here. Taphonomic analyses of the samples indicates that a substantial portion of the Size 1 bovids (grysbok) were not accumulated by people but rather by a large raptor, while virtually all Size 2 through 4 bovids were accumulated by people. Thus, while Size 1 mammals may dominate the species representation at DK1 and other MSA sites, the human component of he assemblage actually suggests that people focused on the large bovids. -
Multistep Food Plant Processing at Grotta Paglicci (Southern Italy) Around 32,600 Cal B.P
Multistep food plant processing at Grotta Paglicci (Southern Italy) around 32,600 cal B.P. Marta Mariotti Lippia,1, Bruno Foggia, Biancamaria Arangurenb, Annamaria Ronchitellic, and Anna Revedind aDipartimento di Biologia, University of Florence, 50121 Florence, Italy; bSoprintendenza Archeologia della Toscana, 50121 Florence, Italy; cUnità di Ricerca di Preistoria e Antropologia, Dipartimento di Scienze Fisiche, della Terra e dell’Ambiente, University of Siena, 53100 Siena, Italy; and dIstituto Italiano di Preistoria e Protostoria, 50122 Florence, Italy Edited by Ofer Bar-Yosef, Harvard University, Cambridge, MA, and approved August 6, 2015 (received for review March 15, 2015) Residue analyses on a grinding tool recovered at Grotta Paglicci Italy, characterized by a Mediterranean climate (Supporting sublayer 23A [32,614 ± 429 calibrated (cal) B.P.], Southern Italy, Information and Fig. S1). have demonstrated that early modern humans collected and pro- Excavations at Paglicci have been carried out for over 40 y, cessed various plants. The recording of starch grains attributable first by the Museo Civico di Storia Naturale di Verona and, since to Avena (oat) caryopses expands our information about the food 1971, by the University of Siena, in collaboration with the plants used for producing flour in Europe during the Paleolithic Soprintendenza Archeologia della Puglia. The stratigraphic se- and about the origins of a food tradition persisting up to the pre- quence of the cave (12 m) (Fig. S2) yielded a large quantity of sent in the Mediterranean basin. The quantitative distribution of Paleolithic artifacts, examples of portable art, burials, and hu- the starch grains on the surface of the grinding stone furnished man and animal remains.