Texto completo en Odilo

Texto completo en Odilo

“…Viaje al blanco es el relato en forma de diario personal de los nueve días de una expedición que recorrió los últimos 111 km hasta el Polo Norte Geográfico, lo que se conoce como el Último Grado hasta el Polo Norte. …”

“…Fondé en 1962 en zone rurale à 150 km de Dakar, en pays Sereer, l'observatoire de Niakhar est le plus ancien observatoire de population en Afrique encore en activité. …”

“…Parmi les dix mille îles et îlots de Méditerranée, moins de trois cents seraient habités et seulement deux cents mesureraient plus de 5 km2. Ces îles sont des entités géologiques et géographiques complexes où coexistent des formations de roches très anciennes et d'autres créées très récemment (îles volcaniques). …”

Tabla de Contenidos: “…Densité de population par km2 et croissance démographique entre 1981 et 2011 -- Graphique 2.11. …”

“…Global MAR has grown exponentially to 10 cu.km/year and will increase ten-fold within a few decades. …”

Texto completo en Odilo

Tabla de Contenidos: “…Note the area of sites discussed in this volume have been refined in GIS: Castle Law, Abernethy (0.06 ha) -- Moredun 1 (0.15 ha) -- Moncreiffe Hill (0.2 ha) -- Moredun -- Figure 1.12: Comparative plans of selected forts within 10 km of Moredun fort (including Castle Law, Abernethy, Moncreiffe and Moredun). -- Figure 1.13: Comparative plans of selected forts shown in Figure 1.6 beyond 10 km of Moredun fort. -- Figure 1.14: Topographic position of the forts shown in Figure 1.6. -- Figure 1.15: The relative heights above sea-level (OD) of the forts in Figure 1.6 with Moncreiffe (36) and Moredun (44) in black and Castle Law, Abernethy (45) in red. -- 2. …”

Tabla de Contenidos: “…-- Assessing Molodensky’s Heights: A Rebuttal -- On the Accuracy of Geoid Heights Derived from Discrete GNSS/Levelling Data Using Kriging Interpolation -- Gravimetric Geoid Modeling by Stokes and Second Helmert’s Condensation Method in Yogyakarta, Indonesia -- A Geodetic Determination of the Gravitational Potential Difference Toward a 100-km-scale Clock Frequency Comparison in a Plate Subduction Zone -- Validation of the Hellenic Gravity Network in the Frame of the ModernGravNet Project -- Global Gravity Field Modeling -- Combined Gravity Solution from SLR and GRACE/GRACE-FO -- Contribution of LARES SLR Data to Co-estimated Earth Geopotential Coefficients -- Determination and Combination of Monthly Gravity Field Time Series from Kinematic Orbits of GRACE, GRACE-FO and Swarm -- Topographic Gravity Field Modelling for Improving High-Resolution Global Gravity Field Models -- The Benefit of Accelerometers Based on Cold Atom Interferometry for Future Satellite Gravity Missions -- Kalman-Filter Based Hybridization of Classic and Cold Atom Interferometry Accelerometers for Future Satellite Gravity Missions -- Gravimetry by Nanoscale Parametric Amplifiers Driven by Radiation-Induced Dispersion Force Modulation -- Earth Rotation -- On the Improvement of Combined EOP Series by Adding 24-hour VLBI Sessions to VLBI Intensives and GNSS Data -- Investigating the Relationship Between Length of Day and El-Niño Using Wavelet Coherence Method -- Estimation of Earth Rotation Parameter UT1 from Lunar Laser Ranging Observations -- Surface Deformation Monitoring -- Determination of a GNSS-Based Velocity Field of the African Continent -- Vertical Land Motion at Tide Gauges Observed by GNSS: A New GFZ-TIGA Solution -- CyCLOPS: A National Integrated GNSS/InSAR Strategic Research Infrastructure for Monitoring Geohazards and Forming the Next Generation Datum of the Republic of Cyprus -- GNSS Positioning -- Dilution of Precision (DOP) Factors for Evaluating Observations to Galileo Satellites with VLBI -- On the Limits of State-of-the-Art GNSS Receivers in Frequency Transfer -- On the Effect of Antenna Calibration Errors on Geodetic Estimates: Investigation on Zero and Double Difference Approaches -- Estimation and Calibration of Codephase Center Correction Using the Empirical Mode Decomposition -- On the Potential of Image Similarity Metrics for Comparing Phase Center Corrections -- Multipath Characterization Using Ray-Tracing in Urban Trenches -- Bounding the Residual Tropospheric Error by Interval Analysis -- Precise Orbit Determination of CubeSats Using Proposed Observations Weighting Model -- Geodetic Atmospheric and Remote Sensing -- Optimal TEC Forecast Models Based on Machine Learning and Time Series Analysis Techniques – A Preliminary Study on the Ring of Fire -- Sensitivity of Shipborne GNSS Troposphere Retrieval to Processing Parameters -- Application of the Total Variation Method in Near Real-Time GNSS Tropospheric Tomography -- Comparison of the Effective Isotropic Radiated Power Parameter in CYGNSS v2.1 and v3.0 Level 1 Data and Its Impact on Soil Moisture Estimation -- Cross-Polarization Correction for Soil Moisture Retrieval Using GNSS SNR Data…”

Tabla de Contenidos: “…. -- 75: Ki-Kis. -- 76: Kit-Kl. -- 77: Km-Koc. -- 78: Kod-Kon. -- 79: Koo-Koy. -- 80: Koz-Kret. -- 81: Kreu-Krz. -- 82: Ks-Kun. -- 83: Kuo-Lam. -- 84: Lan-Lat. -- 85: Lau-Leg. -- 86: Leh-Lem. -- 87: Len-Leu. -- 88: Lev-Lim. -- 89: Lin-Loc. -- 90: Lod-Luc. -- 91: Lud-Mac. -- 92: Mad-Mari. -- 93: Mark-May. -- 94: Maz-Meo. -- 95: Mep-Mey. -- 96: Mez-Mis. -- 97: Mit-Moc. -- 98: Mod-Mons. -- 99: Mont-Mui. -- 101: Mum-Nap. -- 102: Naq-Neu. -- 103: Nev-Nor. -- 104: Nos-On. -- 105: Oo-Oz. -- 106: P-Pat. -- 107: Pau-Pet. -- 108: Peti-Ph. -- 109: Pi-Pn. -- 110: Po-Pou. -- 111: Pov-Pr. -- 112: Ps-Raf. -- 113: Rag-Ray. -- 114: Raz-Reh. -- 115: Rei-Reini. -- 116: Reink-Reus. -- 117: Reut-Rie. -- 118: Rif-Rok. -- 119: Rol-Ros. -- 120: Rot-Rum. -- 121: Run-Sali. -- 122: Salk-Sam. -- 123: San-Schaf. -- 124: Schag-Schel. -- 125: Schem-Schil. -- 126: Schim-Schl. -- 127: Schm-Schmid. -- 128: Schmie-Schom. -- 129: Schon-Schril. -- 130: Schrim-Schult. -- 131: Schulu-Schv. -- 132: Schw-Sed. -- 133: See-Seo. -- 134: Sep-Sik. -- 135: Sil-Soc. -- 136: Sod-Spau. -- 137: Spav-Sr. -- 138: Ss-Stau. -- 139: Stav-Ster. -- 140: Stes-Stos. -- 141: Stot-Stuc. -- 142: Stud-Sv. -- 143: Sw-Tar. -- 144: Tas-That. -- 145: Thau-Tid. -- 146: Tie-Tref. -- 147: Treg-Tz. -- 148: U-Um. -- 149: Un-Uz. -- 150: V-Vero. -- 151: Verp-Voir. -- 152: Vois-Vor. -- 153: Vos-Wape. -- 154: Wapf-Weim. -- 155: Wein-Wer. -- 156: Wes-Wilk. -- 157: Will-Wok. -- 158: Wol-Wz. -- 159: X-Zei. -- 160: Zek-Zz. -- Nachträge…”

Texto completo en Odilo

Texto completo en Odilo

Texto completo en Odilo

Texto completo en Odilo

Texto completo en Odilo

Texto completo en Odilo

Texto completo en Odilo

Texto completo en Odilo

Texto completo en Odilo