11 research outputs found
The Strait of Gibraltar as a major biogeographic barrier in Mediterranean conifers: a comparative phylogeographic survey
- Author
- Publication venue
- 'Wiley'
- Publication date
- 01/01/2010
- Field of study
International audienceThe Strait of Gibraltar (SG) is reputed for being both a bridge and a geographic barrier to biological exchanges between Europe and Africa. Major genetic breaks associated with this strait have been identified in various taxa, but it is unknown whether these disjunctions have been produced simultaneously or by independent biogeographic processes. Here, the genetic structure of five conifers distributed on both sides of the SG was investigated using mitochondrial (nad1 b/c, nad5-1, nad5-4 and nad7-1) and chloroplast (Pt1254, Pt15169, Pt30204, Pt36480, Pt71936 and Pt87268) DNA markers. The distribution of genetic variation was partially congruent between types of markers within the same species. Across taxa, there was a significant overlapping between the SG and the genetic breaks detected, especially for the four Tertiary species surveyed (Abies pinsapo complex, Pinus nigra, Pinus pinaster and Taxus baccata). For most of these taxa, the divergence of populations across the SG could date back to long before the Pleistocene glaciations. However, their strongly different cpDNA G(ST) and R(ST) values point out that they have had dissimilar population histories, which might include contrasting amounts of pollen-driven gene flow since their initial establishment in the region. The fifth species, Pinus halepensis, was genetically depauperated and homogenous on both sides of the SG. A further analysis of nuclear DNA sequences with coalescent-based isolation with migration models suggests a Pleistocene divergence of P. halepensis populations across the SG, which is in sharp contrast with the pre-Pleistocene divergence dates obtained for P. pinaster. Altogether, these results indicate that the genetic breaks observed across this putative biogeographical barrier have been produced by independent evolutionary processes related to the biological history of each individual species instead of a common vicariant phenomenon
Population genetic structure, plant material certification and climate adaptation in maritime pine breeding zones
- Author
- Publication venue
- Publication date
- 16/10/2012
- Field of study
Population genetic structure, plant material certification and climate adaptation in maritime pine breeding zones
- Author
- Publication venue
- Publication date
- 16/10/2012
- Field of study
Patterns of nucleotide diversity and association mapping
- Author
- Publication venue
- Boston (united states)
- Publication date
- 01/01/2011
- Field of study
International audienc
Molecular Proxies for Climate Maladaptation in a Long-Lived Tree (Pinus pinaster Aiton, Pinaceae).
- Author
- Publication venue
- 'Genetics Society of America'
- Publication date
- 29/12/2014
- Field of study
Understanding adaptive genetic responses to climate change is a main challenge for preserving biological diversity. Successful predictive models for climate-driven range shifts of species depend on the integration of information on adaptation, including that derived from genomic studies. Long-lived forest trees can experience substantial environmental change across generations, which results in a much more prominent adaptation lag than in annual species. Here, we show that candidate-gene SNPs (single nucleotide polymorphisms) can be used as predictors of maladaptation to climate in maritime pine (Pinus pinaster Aiton), an outcrossing long-lived keystone tree. A set of 18 SNPs potentially associated with climate, 5 of them involving amino acid-changing variants, were retained after performing logistic regression, latent factor mixed models, and Bayesian analyses of SNP-climate correlations. These relationships identified temperature as an important adaptive driver in maritime pine and highlighted that selective forces are operating differentially in geographically discrete gene pools. The frequency of the locally advantageous alleles at these selected loci was strongly correlated with survival in a common garden under extreme (hot and dry) climate conditions, which suggests that candidate-gene SNPs can be used to forecast the likely destiny of natural forest ecosystems under climate change scenarios. Differential levels of forest decline are anticipated for distinct maritime pine gene pools. Geographically defined molecular proxies for climate adaptation will thus critically enhance the predictive power of range-shift models and help establish mitigation measures for long-lived keystone forest trees in the face of impending climate change
Cretaceous extensional and compressional tectonics in the Northwestern Andes, prior to the collision with the Caribbean oceanic plateau
- Author
- A. Cardona
- A. Pardo-Trujillo
- A. Patiño
- Alvarez
- Arévalo
- Aspden
- Baby
- Barrero
- Basu
- Bayona
- Bayona
- Bayona
- Borrero
- Bouvier
- Burke
- Bustamante
- Bustamante
- Bustamante
- Bustamante
- Cawood
- Cediel
- Cediel
- Chang
- Cochrane
- Cochrane
- Correa
- D. MejĂa
- Dickinson
- Dickinson
- Dilek
- Erlich
- Escalona
- Folk
- Garzanti
- Gaschnig
- Gehrels
- Gomez
- Gomez
- Gomez
- Gomez-Cruz
- GonzĂĄlez
- GonzĂĄlez
- GonzĂĄlez
- GĂłmez
- Hastie
- Hincapié-Gómez
- Howard
- Ibañez-Mejia
- J.P. Castañeda
- J.S. Jaramillo
- Jaillard
- Jaimes
- Jaramillo
- Kennan
- Kerr
- Kerr
- Lamus Ochoa
- Leal-Mejia
- Ludwig
- Martens
- Martini
- Martini
- Maya
- Middlemost
- Mora
- Nakamura
- Nivia
- Pardo-Trujillo
- Pardo-Trujillo
- Pearce
- Pearce
- Pearce
- Pindell
- Pindell
- Pindell
- Pindell
- Quandt
- Quiroz
- Ramos
- Restrepo
- Restrepo
- Restrepo
- Restrepo-Moreno
- Rodriguez
- RodrĂguez
- Royden
- Rubatto
- Ruiz-Jimenez
- S. LeĂłn
- S. Zapata
- Salfity
- Sarmiento-Rojas
- Shervais
- Spikings
- Taylor
- Toussaint
- Tunik
- Uyeda
- V. Valencia
- Valencia
- Vallejo
- Van Der Lelij
- Vasquez
- Vavra
- Vervoort
- VillagĂłmez
- VillagĂłmez
- Villamil
- Vinasco
- Vinasco
- Vinasco Vallejo
- Viramonte
- Weber
- Zapata
- Zuluaga
- Publication venue
- 'Elsevier BV'
- Publication date
- Field of study
Desempenho, autorregulação e competĂȘncias de empreendedores de indĂșstrias criativas brasileiras
- Author
- Ahmad N. H.
- Ajzen I.
- Bandura A.
- Bandura A.
- Baron R. M.
- Baumeister R.F.
- Bendassolli P. F.
- Bendassolli P. F.
- Bendassolli P. F.
- Bendassolli P. F.
- Beugelsdijk S.
- BrandstÀtter H.
- Bryant P.
- Byrne B. M.
- Carbone P.P.
- Carland J. W.
- Caves R. E.
- Chandler G. N.
- Cooley L.
- Correa V. S.
- De Bruin A.
- Fishbein M.
- Forgas J.P.
- Franklin R.J.
- Frese M.
- Geldhof G.J.
- Hlady-Rispal M.
- Hoque Z.
- Horn J. L.
- Jairo Eduardo Borges-Andrade
- Jaramillo-Villanueva J. L.
- Johnson A.R.
- Kanfer F. H.
- Kline R. B.
- Lorenzo-Seva U.
- Man T. W. Y.
- Man T. W. Y.
- Man T. W. Y.
- Mezo P.
- Mortan R.A.
- Pedro F Bendassolli
- Pihie Z.A.L.
- Schumpeter H.
- Sesen H.
- Simsek Z.
- Sonia Maria Gondim
- Sonnentag S.
- Throsby D.
- Vale G. M. V.
- Wikström P.
- Yasmin Makhamid Makhamed
- Publication venue
- 'FapUNIFESP (SciELO)'
- Publication date
- 01/01/2016
- Field of study
From genotype to phenotype: unraveling the complexities of cold adaptation in forest trees
- Author
- Adams W.T.
- Aitken S.N.
- Aitken S.N.
- Aitken S.N.
- Aitken S.N.
- Anekonda T.S.
- Ardlie K.G.
- Barton N.H.
- Benowicz A.
- Bradshaw H.D. Jr.
- Byrne M.
- Campbell R.K.
- Campbell R.K.
- Campbell R.K.
- Campbell R.K.
- Campbell R.K.
- Cannell M.G.R.
- Cannell M.G.R.
- Cannell M.G.R.
- Cannell M.G.R.
- Cardon L.R.
- Chen T.H.H.
- Christophe C.
- Chuine I.
- Deans J.D.
- Dvornyk V.
- Ekberg I.
- El-Kassaby Y.A.
- Eriksson G.
- Eriksson M.E.
- Falkenhagen E.R.
- Farmer R.E. Jr.
- Farmer R.E. Jr.
- Faust M.
- Fielder P.
- Fins L.
- Frewen B.E.
- Fuchigami L.H.
- Gaut B.S.
- Göring H.H.H.
- Hamann A.
- Hamrick J.L.
- Hannerz M.
- Hannerz M.
- Hannerz M.
- Hannerz M.
- Howe G.T.
- Howe G.T.
- Howe G.T.
- Howe G.T.
- Howe G.T.
- Hurme P.
- Hurme P.
- Hyne V.
- Hyun J.O.
- Jaramillo-Correa J.P.
- Jermstad K.D.
- Jermstad K.D.
- Jermstad K.D.
- Johnson G.R.
- Joly R.J.
- Judson R.
- Karhu A.
- Kaya Z.
- Kriebel H.B.
- Kuser J.E.
- Kwok P.-Y.
- Lang G.A.
- Langlet O.
- Lerceteau E.
- Li C.
- Li C.
- Li P.
- Li P.
- Li P.
- Li P.
- Long A.D.
- McKay J.K.
- Mebrahtu T.
- MerilÀ J.
- Michaels S.D.
- Morgenstern E.K.
- Morgenstern E.K.
- Nienstaedt H.
- Nilsson J.-E.
- Nordborg M.
- Nordström T.
- O'Malley D.M.
- O'Neill G.A.
- O'Neill G.A.
- O'Reilly C.
- Oleksiak M.F.
- Olsen J.E.
- Olsen J.E.
- Olsen J.E.
- Prout T.
- Pulkkinen P.
- Rehfeldt G.E.
- Rehfeldt G.E.
- Rehfeldt G.E.
- Rehfeldt G.E.
- Rehfeldt G.E.
- Rehfeldt G.E.
- Rehfeldt G.E.
- Rehfeldt G.E.
- Rehfeldt G.E.
- Rehfeldt G.E.
- Rehfeldt G.E.
- Richard S.
- Riemenschneider D.E.
- Riemenschneider D.E.
- Rinne P.L.H.
- Roche L.
- Schermann N.
- Silim S.N.
- SkrĂžppa T.
- SkrĂžppa T.
- Spitze K.
- Tenaillon M.I.
- Thomas B.R.
- Thomashow M.F.
- Timmis R.
- Tsarouhas V.
- van den Driessche R.
- Wayne M.L.
- Weber J.C.
- Westfall R.D.
- White T.L.
- Wilkinson R.C.
- Wisniewski M.
- Wu R.
- Wullschleger S.D.
- Yeh F.C.
- Yeh F.C.
- Zeng Z.-B.
- Publication venue
- 'Canadian Science Publishing'
- Publication date
- Field of study
Alignment of the CMS tracker with LHC and cosmic ray data
- Publication venue
- Publication date
- 01/01/2014
- Field of study
The central component of the CMS detector is the largest silicon tracker ever built. The precise alignment of this complex device is a formidable challenge, and only achievable with a significant extension of the technologies routinely used for tracking detectors in the past. This article describes the full-scale alignment procedure as it is used during LHC operations. Among the specific features of the method are the simultaneous determination of up to 200 000 alignment parameters with tracks, the measurement of individual sensor curvature parameters, the control of systematic misalignment effects, and the implementation of the whole procedure in a multi-processor environment for high execution speed. Overall, the achieved statistical accuracy on the module alignment is found to be significantly better than 10Όm.© CERN 2014 for the benefit of the CMS collaboration.
Dulaglutide and cardiovascular outcomes in type 2 diabetes (REWIND): a double-blind, randomised placebo-controlled trial
- Author
- Abella M.
- Abib E.
- Abitbol A.
- Abreu C.
- Accini J.
- Acebedo J.
- Acevedo M.
- Adão Poço C.
- Agudelo Baena L.M.
- Aguilar C.
- Aguilera E.
- AguilĂ P.
- Aguirre M.L.
- Ahn C.
- Ahn C.M.
- Aizman A.
- Ajala B.
- Akhmetov R.
- Al-Qaissi A.
- Alarcon S.
- Alawi H.
- Albo J.
- Albota A.
- Alcocer M.
- Alebuena A.
- Alexandru C.
- Alguwaihes A.
- Ali A.
- Allenova I.
- Almagro S.
- Alonso N.
- Alvarez C.
- Alves Ă.F.
- Amoroso E.
- Anadon P.
- Anastasiadis E.
- Andelova J.
- Anderson R.
- Andersone I.
- Andreatta Bernardi Barea J.
- Andreeva V.
- Andreu E.
- Angel J.
- Antus K.
- Arakaki R.
- Arciszewska M.
- Arcos E.
- Ardilouze J.L.
- Aref O.
- Ariani M.K.
- Aris-Jilwan N.
- Aristimuño G.
- Arkin D.
- Arnaout A.
- Aroca Martinez M.
- Aronson R.
- Arutchelvam V.
- Arzadun M.
- Aslam N.
- Atisso C.M.
- Atkin S.
- Atuesta L.
- Au S.
- Avalos-Ramirez J.A.
- Avdeeva I.
- Avezum A.
- Avezum Oliveira L.
- Avram R.
- Axelsson M.
- Axthelm E.
- Aye M.M.
- Babicka K.
- Babin S.
- Badat A.
- Badshah I.
- Bailargeon J.P.
- Bailey A.
- Bain S.
- Bajaj H.
- Baker J.
- Bala C.
- Balaguera J.
- Balcere I.
- Ballestas D.
- Balo T.
- Balsay M.
- Banarer S.
- Banda-Elizondo R.
- Barbieri M.
- Barbonta D.
- Barbu R.
- Barchini G.
- Barcudi R.
- Barons R.
- Barrera S.I.
- Barrington-Ward E.
- Barrios Reyes R.
- Barroso M.S.
- Barsiene L.
- Bartolacci I.
- Basile J.
- Baturina O.
- Bayona A.
- Beauchesne C.
- Beca S.
- Bejnariu C.
- Belanger A.
- Bell A.
- Bell P.
- Bellabarba D.
- Belozariene G.
- Bende I.
- Benesova R.
- Berard L.
- Berenbaum B.
- Bergeron V.
- Bergström L.
- Berlingieri J.
- Bermudez A.
- Bernal D.Z.
- Bernier F.
- Bester F.
- Bezzegh K.
- Bhan A.
- Bhatnagar D.
- Bieler T.
- Bilous R.
- Binsell-Gerdin E.
- Birkus Z.
- Biserova I.
- Bishara P.
- Black N.
- Blank D.
- Blanquicett M.
- Blignaut S.
- Blom D.
- Blumer I.
- Bochenek A.
- Bokovin N.
- Bolobanich G.
- Boman K.
- Bondar I.
- Booysen S.
- Bordonava A.
- Borisov R.
- Borkowski P.
- Borowy P.
- Botond F.
- Botushanov N.
- Boyd W.
- Braicu D.
- Branch K.
- Brault S.
- Brautigam D.
- Bravo V.
- Brennan U.
- Breton D.
- Brett B.
- Brice B.
- Bricio-Ramirez R.
- Brietzke S.
- Brinas M.
- Brito Y.
- Brown S.
- Brownless T.
- Buday B.
- Bueno W.
- Buhrig C.
- Bujanova J.
- Burbano Delgado A.
- Burgess L.
- Burova N.
- Bustamante Labarta M.
- Bustos B.
- Buzova B.
- ByungWon P.
- Caccavo A.
- Cadena A.
- Caicedo S.
- Cajas P.
- Calutiu N.
- Camino A.
- Cantero M.
- Capkovska I.
- Cardenas Mejia K.
- Cardona Munoz E.G.
- Carignano M.
- Carpentier A.
- Carroll R.
- Carson S.
- Cartasegna L.
- Carter C.
- Casagni K.
- Castro D.L.D.C.D.
- Castro J.C.
- Casula S.
- Catrinoiu D.
- Cavazos F.
- Cawood R.
- Cech V.
- Celemin C.
- Cerghizan A.
- Cha J.
- Chakko S.
- Chandra P.
- Chang C.T.
- Chang H.J.
- Chang H.M.
- Chang K.
- Chapa J.
- Charatz S.
- Chen J.F.
- Chen T.P.
- Chiasson J.L.
- Childress D.
- Chodova I.
- Choe M.
- Choi E.Y.
- Choi H.S.
- Choura M.
- Chow E.
- Chow L.
- Chrzanowski T.
- Chufeneva G.
- Chumachek E.
- Chung J.W.
- Chung M.M.
- Chung N.
- Chustecka M.
- Cienfuegos E.
- Ciorba A.
- Cipullo M.
- Clarke S.
- Cobos L.
- Codinachs R.
- Coetzee K.
- Cohen L.
- Cohen N.
- Colhoun H.M.
- Collier A.
- Collins B.
- Colman P.
- Colon Vega G.
- Colquhoun D.
- Combe A.
- Commendatore V.
- Comulada-Rivera A.
- Conget I.
- Conosciuto V.
- Conradie H.
- Consuegra R.
- Contreras J.
- Contreras Pimienta C.
- Conway J.R.
- Corin A.
- Corley B.
- Correa da Cruz I.
- Corredor K.J.
- Cortes-Maisonet G.
- Costa M.
- Costamagna O.
- Courtney C.
- Courtney H.
- Couture G.
- Couture N.
- Coves M.J.
- Craciun A.
- Crespo C.
- Cronje T.
- Crothers J.
- Cruz I.
- Csomai M.
- Cuello J.
- Cuneo C.
- Cunha S.
- Cure C.
- Cushman W.C.
- Cusimano S.
- Cutfield R.
- Czerwinski E.
- D'Ignazio G.
- Da Silva M.A.V.
- Dagenais G.
- Dagenais G.R.
- Dalaman N.
- Danin Vargas A.
- Datta D.
- Daugintyte-Petrusiene L.
- Davis M.
- Davis T.
- De Carvalho Camara Bona R.
- De Jong D.
- De La Hoz Rueda L.D.
- De la Peña A.
- De la Peña Topete G.
- De los Rios Ibarra M.O.
- De Paula B.
- De Souza J.
- Deak L.
- Dean S.
- Degtyareva E.
- Delgado E.
- Dellanna F.
- Demidova M.
- Demin A.
- Derwahl K.M.
- Descalzi B.
- Desouza C.
- Dezso E.
- Diaz R.
- Diaz S.
- Diego M.
- Diessel S.
- Dimitrov G.
- Dimova K.
- Dinnan M.
- Dituro C.
- Dixon P.
- Dogiami B.
- Dominguez A.
- Donado A.
- Dorn-Weitzel K.
- Doros R.
- Dotevall A.
- Dragoychev T.
- Drobysheva V.
- Drungiliene N.
- Drury P.
- Duffy-Hidalgo B.
- Dufka A.
- Duma L.
- Dumas R.
- Dumitrache A.
- Dunn B.
- Dunn J.
- Dwojak M.
- Dyal L.
- Dyson K.
- Eavis P.
- Egorova I.
- Elias D.
- Eliaschewitz F.
- Elliott J.
- Ellis G.
- Elman M.
- Emanuel S.
- Encinales Sanabria W.
- Engelbrecht I.
- Ernst M.
- Escobar J.
- Escorcia G.
- Esenyan L.
- Fajardo C.
- Faludi P.
- Faluvegi M.
- Farah M.
- Faulmann G.
- Fay D.
- Fazekas I.
- Fazolli G.
- Febbraro S.
- Feher A.
- Fejer C.
- Felicetta J.
- Ferariu I.
- Ferician Moza A.
- Fernandez A.
- Fernandez F.
- Ferrari A.
- Ferreira Filho C.A.
- Ferrer J.C.
- Fetscher B.
- Finkelstein S.
- Finlayson J.
- Finta E.
- Fitz-Patrick D.
- Flammia P.
- Flores-Moreno C.
- Florez H.
- Florkowski C.
- Font N.
- Ford M.
- Forero L.
- Forker A.
- Forst T.
- Fortes J.
- Foulkes S.
- Fourie D.
- Fourlanos S.
- Fowler W.
- Franco D.R.
- Franek E.
- França C.
- Frechette A.
- Fredrickson S.
- Freedman Z.
- Frenette L.
- Frengley W.
- Freyer-Lahres G.
- Fu C.P.
- Fuentealba J.
- Fuentes L.
- Fulcher G.
- Fulcz A.
- Fung D.
- Funke K.
- Gaal Z.
- Gagnon N.
- Gainey Narron B.
- Gainey-Ferree K.
- Gallardo K.B.
- Galter M.
- Gamova A.
- Gandhi R.
- Ganz X.
- Garcia C.
- Garcia Duran R.
- Garcia Hernandez P.
- Garcia Lozada H.
- Garcia M.
- Garcia Ortiz L.
- Gardner M.
- Garon J.
- Garrido M.
- Garsviene N.
- Gastelum C.
- Gauthier J.S.
- Gavicola R.
- Geadah C.
- Geldnere K.
- Gelig E.
- Genestreti P.R.
- Gerbaudo C.
- Gerstein H.C.
- Ghergan A.
- Ghise G.
- Gibson G.
- Giddings S.
- Gil M.A.
- Gilbert J.
- Gillespie E.
- Gilli G.
- Gillings S.
- Gilyarevsky S.
- Gimness M.P.
- Giorgeto F.
- Giotto A.P.
- Giraldo A.
- Girard R.
- Gleixner C.
- Godoy BolzĂĄn P.
- Godoy G.
- Goldenberg R.
- Goldstein G.
- Golshmid M.
- Gomes M.
- Gomez F.
- Gomez Gonzalez L.
- Gomez L.A.
- Gomez N.
- Gomez Vilamajo O.
- Goncharov A.
- Gonzalbez J.
- Gonzalez L.G.
- Gonçalves R.M.
- Gorbunova A.
- Gordeev I.
- Gorelysheva V.
- Gorgol J.
- Gorman T.
- Goryunova T.
- Goswami K.
- Govender T.
- Graipe A.
- Granada J.
- Graur M.
- Graves A.
- Grebenshchikova I.
- Gribovschi M.
- Griera J.L.
- Grigane I.
- Grigiene A.
- Grigorova V.
- Grizas V.
- Grodzicka A.
- Grossman L.D.
- Grossman M.E.
- Grumberg E.
- Guerlloy F.
- Guerra Moya R.L.
- Guerra-Lopez A.
- Gupta N.
- Guridi C.
- Gurzo M.
- Gushterova V.
- Gutierrez C.
- Gutierrez Garrido N.
- Hacking S.
- Hala T.
- Hall C.
- Hall S.
- Halle J.P.
- Hamling J.
- Hamlyn J.
- Hancu N.
- Hanefeld C.
- Hanefeld M.
- Hansa S.
- Hanson L.
- Harman S.
- Harper R.
- Harris T.
- Hasbani E.
- Hassan K.
- Hati K.
- Havlova H.
- Haywood C.
- Heber D.
- Heinrichs S.
- Helleberg S.
- Heller S.
- Helm C.
- Hemus A.C.
- Henao N.
- Hendricks F.
- Henkel E.
- Henrique Marcelino A.C.
- Henry R.
- Heradien M.
- Herczeg G.
- Hermida S.
- Hernandes M.
- Hernandez Baylon R.
- Hernandez E.
- Herrera Colorado C.
- Herrera Uejbe O.M.
- Herrera-Marmolejo M.
- Hetzel G.R.
- Higuera Cobos J.D.
- Hiner J.
- Hirsch I.
- Hivert M.F.
- Hlavkova D.
- Hocking S.
- Hoffmann C.
- Hollander P.
- Holmgren C.
- Holt S.
- Hominal M.
- Hong B.K.
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- Publication venue
- Elsevier Limited
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