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87 results for “Normandie”
FIG. 10 in Middle Jurassic lobsters (Crustacea, Decapoda) from Normandy, France
FIG. 10. — Glyphea regleyana (Desmarest, 1822) from the Upper Callovian of Sainte-Scolasse-sur-Sarthe: A-C, MNHN.F.A59331, syntype of Palinurus longebrachiatus, carapace, right and left lateral views, line drawing (C); D-F, MNHN.F.B11043, syntype of P. longebrachiatus (figured by Eudes-Deslongchamps 1842: pl. 4, figs 6, 7), carapace, cephalic and thoracic appendages, right, left and dorsal view; G, MNHN.F.A59332, syntype of P. longebrachiatus, isolated carapace, right lateral view; H, MNHN.F.A59334, syntype of P. longebrachiatus, isolated carapace, left lateral view. Abbreviations: a, branchiocardiac groove; ac, antennal carina; a1, antennula; a2, antenna; b, antennal groove; b1, hepatic groove; c, postcervical groove; cd, cardiac groove; ct, carapace; d, gastro-orbital groove; e1e, cervical groove; gc, gastro-orbital carina; i, inferior groove; ic, intercervical groove; lcd, laterocardiac groove; me, merus; oc, orbital carina; P1, pereiopod 1; po, ocular peduncle; sc, scaphocerite. Photographs: L. Cazes. Line drawing: S. Charbonnier. Scale bars: 1 cm.
FIG. 9 in Middle Jurassic lobsters (Crustacea, Decapoda) from Normandy, France
FIG. 9. — Reconstruction of Glyphea dressieri Meyer in Bronn, 1837: A, female specimen with short P1 propodus and dactylus associated with rounded s2-s5 tergopleura; B, male specimen with elongate P1 propodus and dactylus associated with sharply pointed (mucronate) s2-s5 tergopleura.Reconstructions: C. Letenneur.
FIG. 2 in Middle Jurassic lobsters (Crustacea, Decapoda) from Normandy, France
FIG. 2. — Detailed geological map of the Sainte-Scolasse-sur-Sarthe area with the different historical outcrops yielding decapod crustaceans (modified after Moguedet et al. 1998).
FIG. 6 in Middle Jurassic lobsters (Crustacea, Decapoda) from Normandy, France
FIG. 6. — Glyphea dressieri Meyer in Bronn, 1837 from the Upper Callovian of Sainte-Scolasse-sur-Sarthe (Bachelier coll.): A, B, MHNLM 2008.12.612.5, female specimen, detail of P1 showing short propodus and dactylus and line drawing; C, D, MHNLM 2008.12.613.2, male specimen, detail of P1 showing elongate propodus and dactylus and line drawing; E, MHNLM 2008.12.613.2, male specimen, showing elongate P1 propodus and dactylus and pleonal somites with pointed tergopleura; F, MNHN.GG.Gg2005-8347c, female specimen, showing short P1 propodus and dactylus and pleonal somites with rounded tergopleura; note the brachyuran crab carapace (white arrow). Abbreviations: ca, carpus; da, dactylus; me, merus; P1-P5, pereiopods 1 to 5; pr, propodus; sp, spine. Photographs: A, C, E, Falconnet; F, L. Cazes. Line drawings: C. Chény. Scale bars: 1 cm.
FIG. 5 in Middle Jurassic lobsters (Crustacea, Decapoda) from Normandy, France
FIG. 5. — Glyphea dressieri Meyer in Bronn,1837 from the Upper Callovian of Sainte-Scolasse-sur-Sarthe:A-C, MNHN.F.A59896, syntype of Palinurus squamifer, isolated pleon, dorsal, left and right lateral views; D, MNHN.F.GG.Gg2004.19049 (Bachelier coll.), detail of tail fan, dorsal view; E, MHNLM 2008.12.612.16 (Bachelier coll.), detail of telson, dorsal view; F, line drawing of telson; G, UCBL-EM 80055, subcomplete specimen (exuvia) showing disarticulation between carapace, pleon and pereiopods, left lateral view; H, MHNLM 2008.12.613.22 (Bachelier coll.), detail of female pleon, right lateral view; I, MHNLM 2008.12. 613.2 (Bachelier coll.), detail of male pleon, left lateral view. Abbreviations: di, diaeresis; en, uropodal endopod; ex, uropodal exopod; P1-P5, pereiopods 1 to 5; pl, pleopod; pp, pointed tergopleuron; rp, rounded tergopleuron; s2-s6, pleonal somites 2 to 6; t, telson. Photographs: A-C, L. Cazes; D, E, H, I, J, Falconnet; G, C. Lemzaouda. Line drawing: C. Chény. Scale bars: 1 cm.
Eglise d'Huberville XIIe (Normandie, France)
Eglise d'Huberville (Manche). L'église est dédicacée à Saint-Pierre-ès-Liens faisant référence à l'emprisonnement de l'apôtre Pierre à Jérusalem en 44 apr. J.-C.. par Hérodote Agrippa. C'est ce thème qui est rappelé dans la peinture du maître-autel. L'édifice conserve sur le mur nord de la nef des maçonneries en « arêtes de poisson » formées de petits moellons de grès mêlés de calcaire et de schiste. Cette structure ancienne, remonte probablement au début du XIe siècle. Elle fut modifiée dès le XIIe siècle par l'exhaussement des murs et le percement de nouvelles fenêtres à linteaux monolithe. Le clocher date du XVe siècle et la chapelle a été ajoutée au XVIIe siècle. Source: Objaverse 1.0 / Sketchfab
Long-term time series of mussel and scallop abundances in the Bay of Seine (Normandy, France).
<p>In Normandy (France), and particularly in the Bay of Seine, the great scallop Pecten maximus and the blue mussel Mytilus edulis are the main bivalve molluscs species harvested by the local fishing fleet. In this area, the scallop stock is one of the most important in Europe and appears to be growing since a few years. Its exploitation actually sustains an important economic activity (with a landed volume of 15.000 tons per year). However, population growth is not monotonous and yearly recruitment of young scallops seems to be very variable. For mussels, a fleet of nearly 40 boats exploited the natural banks in the subtidal area, with a landed volume ranging between 1.000 and 5.000 tons, exceptionally reaching 30.000 tons per year depending of the yearly fluctuations of the juvenile mussels’ settlement. Since 2014, however, the yearly prospective campaigns have pointed a dramatic decline of the recruitment throughout the area.</p> <p>Long-term data series on bivalve settlement usually show strongly fluctuating patterns, due to the environmental sensitivity of mollusk-recruitment process. While scallop and mussel stocks historically presented strong fluctuations of abundance, yearly monitoring programs were required to estimate annual abundance, and to adjust the fishing effort in line with the available resources. In accordance with stakeholders and fishermen, Ifremer (the French Research Institute for Exploitation of the Sea) and the Regional Fisheries Committee conducted these campaigns since 1992 for scallops and 1982 for mussels. Here, we present the dataset synthetizing the results of these campaigns in order to extend the reuse potential of these data. Particularly, database may help to quantify the effects of environmental variations on recruitment of two marine bivalve species and forecast simulations of recruitment under climate change scenario</p> <p>For scallops, a various number of one nautical mile squares were sampled each year in the southern part of the Bay of Seine (approximately south of 49°35 north latitude). This number was determined following the results of the campaigns conducted in the previous years, to ensure the representativeness of the abundance estimators. In each sampling unit, the fisher boat hauled 2 survey dredges with a 2 meters wide aperture. Harvested individuals were then classified by age-class, and numbered. Later, we calculated back an abundance index per age-class and per surface unit covered by the dredges.</p> <p>For mussels, 5 small banks located in the south-western part of the Bay of Seine were prospected each year. Grandcamp bank is approximately located between 1°07’ W and 0°56’ W, and 49°26’ N. and 49°23’ N. Ravenoville bank boundaries are 1°16’ W-1°07’ W, and 49°32’ N-49°25’N. Réville bank boundaries are 1°15’ W and 1°10’ W, and 49°37’ N and 49°34’ N. Moulard bank boundaries are 1°15’ W and 1°10’ W, and 49°41’ N and 49°38’ N. Barfleur bank boundaries are 1°21’ W and 1°10’ W, and 49°48’ N and 49°40’ N. During the annual campaigns, chartered fishermen vessels prospected the different banks by dredging, following a sampling design adapted to the mussel distribution and divided by a various number of one mile squares. Each year and for each bank, they realized one haul in the sampling squares located in the periphery of the bank to determine the mussel coverage. Once the boundaries of the bank delimited, the sampling effort was uniformly distributed within the area. In any one haul, the mussels were weighted and a subsample of the harvested individuals were numbered, measured and weighted individually. Later, we estimated the mean individual mass per size-class, and deduced the number of mussel per size-class and per sampling unit. In this case, the abundance index consists in an index of dredging-yield, expressed in kilograms per minute of hauling one dredge. This index was calculated for the commercial-sized mussels (> 40 mm) only, because of the reduced catchability of smaller mussels.</p> <p>The dataset contains 4 columns and 186 rows. The columns are ‘year’, ‘species’, ‘area’, ‘index’. </p>
FIGURE 52 in A new semi-subterranean diving beetle of the Hydroporus normandi - complex from south-eastern France, with notes on other taxa of the complex (Coleoptera: Dytiscidae)
FIGURE 52. Distribution of the species and subspecies of the Hydroporus normandi-complex (data from Fery 1999, Fery & Fresneda 2007, and this work). The empty symbol for H. galloprovincialis sp. n. corresponds to the single old record from Saintes-Maries de la Mer. The empty symbol for H. n. normandi corresponds to the old record from Régimbart (1903) (specimen lost). Empty symbol for H. productus: uncertain identity of the specimen from Tunisia (see Fery 1999).
FIGURES 53–57 in A new semi-subterranean diving beetle of the Hydroporus normandi - complex from south-eastern France, with notes on other taxa of the complex (Coleoptera: Dytiscidae)
FIGURES 53–57. Whole posterior wings (53–54) and details (55–57) corresponding to the boxed region in (53, 54) of: (53, 55) Hydroporus memnonius (specimen from Saint-Eulien, France, CMM), (54, 56) H. galloprovincialis sp. n. (paratype), (57) H. n. normandi (specimen from Los Pozuelos de Calatrava, Spain). Abbreviations: AA3+4, AA3, AA4: branches of the anal anterior; AP1+2, AP3+4: branches of the anal posterior; C: costa; Cu: cubitus; CuA: cubitus anterior; CuA1+2, CuA3+4: branches of the cubitus anterior; CuP: cubitus posterior; MP1+2, MP3+4, MP3, MP4: branches of the media posterior; r1, r4: cross-vein braces between RA3+4 and RP; ra1: cross-vein brace between RA1+2 and RA3+4; RA: radius anterior; RA1+2, RA3, RA4: branches of the radius anterior; RP: radius posterior; RP1, RP2, RP3+4: branches of the radius posterior; rp-mp1, rp-mp2: cross-vein braces between RP and MP1+2; ScP: subcosta posterior. Nomenclature after Kukalová-Peck & Lawrence (2004). Scale bars: (53–54) 500 µm, (55–57) 50 µm.
FIGURE 51 in A new semi-subterranean diving beetle of the Hydroporus normandi - complex from south-eastern France, with notes on other taxa of the complex (Coleoptera: Dytiscidae)
FIGURE 51. Maximum Likelihood tree of partial cox1 sequences. Species names are followed by GenBank accession numbers. Numbers associated with the branches are bootstrap values calculated with Maximum Likelihood (first value) and with Maximum Parsimony (second value). Dashes indicate bootstrap values lower than 50%. Scale bar: number of inferred substitutions per site. Tree length – Ln L = 10.835604.
FIGURES 47–50 in A new semi-subterranean diving beetle of the Hydroporus normandi - complex from south-eastern France, with notes on other taxa of the complex (Coleoptera: Dytiscidae)
FIGURES 47–50. Habitat of Hydroporus galloprovincialis sp. n. (47) General view of the edge of the marsh in May 2009 when the first specimens were found; white arrow: location of the spring. (48) Close-up view of the small spring among the grass where the specimens were concentrated. (49–50) The second spot where the species was found, in May 2011. (50) Detail of the spring, full of decaying leaves and branches and with abundant orange deposit.
FIGURES 22–39 in A new semi-subterranean diving beetle of the Hydroporus normandi - complex from south-eastern France, with notes on other taxa of the complex (Coleoptera: Dytiscidae)
FIGURES 22–39. Median lobe of aedeagus in lateral and ventral view of: (22, 23) Hydroporus galloprovincialis sp. n. (holotype), (24, 25) H. galloprovincialis sp. n. (paratype), (26, 27) H. n. normandi (specimen from Los Pozuelos de Calatrava, Spain), (28, 29) H. n. alhambrae (paratype), (30, 31) H. n. ifranensis (paratype), (32, 33) H. n. ifnii (holotype), (34, 35) H. lluci (paratype), (36, 37) H. productus (lectotype), (38, 39) H. productus (specimen from the area of Biskra, Algeria, de Vaulogers expedition, Oberthur coll., MNHN). Scale bars: 50 µm.
FIGURES 14–21 in A new semi-subterranean diving beetle of the Hydroporus normandi - complex from south-eastern France, with notes on other taxa of the complex (Coleoptera: Dytiscidae)
FIGURES 14–21. Microsculpture in the central disk region of the elytron of: (14) Hydroporus galloprovincialis sp. n. (holotype, male), (15) H. n. normandi (female specimen from Los Pozuelos de Calatrava, Spain), (16) H. n. alhambrae (paratype, male), (17) H. n. ifranensis (paratype, female), (18) H. n. ifnii (holotype, male), (19) H. lluci (paratype, female), (20) H. productus (lectotype, male), (21) H. productus (male specimen from the area of Biskra, Algeria, de Vaulogers expedition, Oberthur coll., MNHN). Scale bar: 50 µm.
FIGURES 11–13 in A new semi-subterranean diving beetle of the Hydroporus normandi - complex from south-eastern France, with notes on other taxa of the complex (Coleoptera: Dytiscidae)
FIGURES 11–13. Dorsal body outline in profile view of: (11) Hydroporus galloprovincialis sp. n., (12) H. n. normandi, (13) Hydroporus productus (male specimens).
FIGURES 5–10 in A new semi-subterranean diving beetle of the Hydroporus normandi - complex from south-eastern France, with notes on other taxa of the complex (Coleoptera: Dytiscidae)
FIGURES 5–10. Habitus of: (5) Hydroporus n. normandi (male specimen from Los Pozuelos de Calatrava, Spain), (6) H. n. alhambrae (paratype, male), (7) H. n. ifranensis (paratype, female), (8) H. n. ifnii (holotype, male), (9) H. lluci (paratype, male), (10) H. productus (male specimen from the area of Biskra, Algeria, de Vaulogers expedition, Oberthur coll., MNHN).
FIGURES 3–4 in A new semi-subterranean diving beetle of the Hydroporus normandi - complex from south-eastern France, with notes on other taxa of the complex (Coleoptera: Dytiscidae)
FIGURES 3–4. Habitus of Hydroporus galloprovincialis sp. n.: (3) paratype (female); (4) specimen collected in 1926 by L. Puel at Saintes-Maries de la Mer (female; Guignot coll., MHNH).
FIGURES 1–2 in A new semi-subterranean diving beetle of the Hydroporus normandi - complex from south-eastern France, with notes on other taxa of the complex (Coleoptera: Dytiscidae)
FIGURES 1–2. Habitus of Hydroporus galloprovincialis sp. n.: (1) holotype photographed when alive; (2) holotype in collection.
Identification of Risk Factors Associated With Neoplastic Complications After Renal Transplantation in Nord-Pas de Calais , Normandy and Picardy Regions
ClinicalTrials.gov study NCT02121730. IPD Sharing: NO. Countries: 1. Publications: 0.
Quantitative Study of Prevalence and Vulnerability Factors of Active Cyber Sexuality Among Teenagers in West Normandy
ClinicalTrials.gov study NCT03662321. IPD Sharing: Not stated. Countries: 1. Publications: 5.
FIGURE 40 in A new semi-subterranean diving beetle of the Hydroporus normandi - complex from south-eastern France, with notes on other taxa of the complex (Coleoptera: Dytiscidae)
FIGURE 40. Left paramere of Hydroporus galloprovincialis sp. n. (holotype). Scale bar: 50 µm.
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