...Carsten Schirnick; Paul van den Bogaard; Hans-Ulrich Schmincke Abstract More than 500 trachytic to phonolitic cone sheet dikes, hypabyssal syenite stocks, and subordinate radial dikes form a 20-km-diameter intrusive complex in the volcaniclastic fill of the Miocene Tejeda caldera (20 × 35 km...

...V.R. Troll; T.R. Walter; H.-U. Schmincke Abstract Many multicycle caldera volcanoes display a complex extracaldera fault system genetically linked to caldera evolution. On Gran Canaria (Canary Islands), the Miocene Tejeda caldera was filled by ignimbrites and epiclastic sediments and intruded...

... different magma chambers to be identified and located. In our case study, both the geometry of the whole cone sheet system and analyses of the geometry of each main phase of sheet emplacement indicate that the Cuillin Complex swarm, similar to the Tejeda Complex in the Canary Islands, consists of a stack...

... Betics that comprise predominantly sheared, folded and faulted schists, phyllites, quartzites and carbonates. Steep and complex terrain, adverse structure, highly disturbed rock masses, seasonally intense rainfall and coastal erosion create a challenging environment for infrastructure and urban...

...Hugo Cruz-Jiménez; Francisco J. Chávez-García; Takashi Furumura Abstract A recent article ( Tejeda-Jácome and Chávez-García, 2007 ) showed that significant differences in seismic ground-motion attenuation perpendicular to the Pacific coast exist between Guerrero and Colima, in western Mexico...

... of the Tejeda Caldera, Gran Canaria, and more or less continuously zoned from basalt to rhyolite. The sheet covered the whole island and had a volume of >100 km 3 . Plutonic xenoliths in P1 provide one of the least equivocal explanations of the Daly Gap in the literature. Isotopic studies of the mafic rocks...

...Jason R. Williams; John P. Platt Abstract The processes that drastically thinned and rapidly exhumed the Alborán Domain in southern Spain are poorly understood. Geological maps, cross-sections and a synthesis of previous work in the Alpujárride Complex provide a new structural framework...

... of the Canarian Archipelago Geophhysical Journal International 1994 in press Clark, S.C.L. 1988. Evolution of a multicyclic caldera system and magma chamber: the Tejeda Caldera, Gran Canaria, Spain. PhD Thesis, Princeton Univ, NJ. Felix, E. 1989. Rock magnetism and palaeomagnetism and the age...

..., the vast amount of GPR survey thickness data will be segmented into smaller segments. Traditionally, road network segmentation studies have been based primarily on measurements of pavement conditions, including the IRI, the Pavement Condition Index (PCI), ruts, and skid resistance ( Tejeda et al...

...Alexandre M. Tartakovsky; Paul Meakin Abstract Smoothed particle hydrodynamics (SPH) models were used to simulate unsaturated flow in fractures with complex geometries. The SPH is a fully Lagrangian particle-based method that allows the dynamics of interfaces separating fluids to be modeled without...

... and 1995 earthquakes. However, the locations of aftershocks of the Tecomán earthquake indicate that they break the northern part of El Gordo graben and overlap the rupture zone of the 1932 and 1995 earthquakes. The tectonic of the region is complex, in which three different plates converge: Rivera, Cocos...

... coseismic slip and v is the slip rate ( WGNCEP, 1996 ). §Using the relationship M W = M W ( l, v ) of Anderson et al . ( 1996 ). North of Sierra Tejeda, sl — n 23.1 10 60°-90° 0.13 1300 6.9, 0.3 Granada, n 16.8 10 60° 0.38 510 6.6, 0.2 Padul, n 15.2 5 50°-60° 0.35...

... and Bourrat 2018 ). Opponents argue that no conceptual change is necessary to incorporate developmental processes into the existing synthesis (Futuyma 2017 ; Lu and Bourrat 2018 ), as the structure and content of the extended synthesis are still incomplete (Fábregas-Tejeda and Vergara-Silva 2018 ; Buskell...

... due to movement along the system of faults that bound the northern and southern limits of the mountains of Sierra Tejeda and Almijara. Martínez y Aguirre and his colleague Rafael García Álvarez (1828–1894), of the secondary School of Granada and one amongst the first to introduce Darwin’s theory...

... with sensitive clay layers : Geotechnique , v. 66 , p. 454 – 468 , https://doi.org/10.1680/jgeot.15.P.111 . Dini , A. , Innocenti , F. , Rocchi , S. , Tonarini , S. , and Westerman , D.S. , 2002 , The magmatic evolution of the late Miocene laccolith-pluton-dyke granitic complex...

.... L. Calderas and ring complexes Geologie Mijnb 1956 16 355 79 Schmincke H. U. Cone sheet swarm, resurgence of Tejeda caldera, and the early geological history of Gran Canaria Bull. volcan 1967 31 153 62 Schmincke H. U. Volcanological aspects of peralkaline silicic...

... Tejeda complex on Gran Canaria (Canary Islands) . Geology , 27 , 207 – 210 . Sharp , W.D. , Turrin , B.D. , Renne , P.R. & Lanphere , M.A. 1996 . The 40 Ar/ 39 Ar and K/Ar dating of lavas from the Hilo 1-km core hole, Hawaii Scientific Drilling Project . Journal...

... transform of the displacement component m , the star * stands for complex conjugate, the brackets ⟨   ⟩ imply ensemble azimuthal average, μ is the shear modulus and Im [ G m m ( f ) ] is the imaginary part of the Green’s function when the directions of load and displacement...

... in the interlayer region resulting from the interaction between randomly oriented pyridinium and negatively charged SR head groups. The triple interactions among the Mnt surface, CP, and SR were more complex than the double interactions between the Mnt and cationic surfactant, and the CP played a dominant role...

... between the external and internal zones of the Betic Cordillera. This cordillera constitutes the northern branch of the Betic–Rif orogeny—the westernmost chain of the Mediterranean alpine mountain belts. It is a complex region of active deformation related to the oblique Africa–Eurasia convergence process...