MODELO HIDRODINAMICO DEL RIO DE LA PLATA Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects.

Slides:

Advertisements

Similar presentations

TWO STEP EQUATIONS 1. SOLVE FOR X 2. DO THE ADDITION STEP FIRST

Advertisements

JULY JULIO AUGUST AGOSTO SEPTEMBER SEPTIEMBRE OCTOBER OCTUBRE NOVEMBER NOVIEMBRE DECEMBER DICIEMBRE LOS ANGELES UNIFIED SCHOOL DISTRICT DISTRITO ESCOLAR.

LEVEL I DISTANCE UNIT 5 11/02/2014NIVEL I DISTANCIA UNIT 51.

Scott's Winter Forecast ! How do I make a forecast?

Chapter 7 Algebra II Review JEOPARDY Jeopardy Review.

Advanced Piloting Cruise Plot.

Menéndez, Re & Kind Flood risk maps & salinity front FACULTAD DE INGENIERÍA UNIVERSIDAD DE BUENOS AIRES REGIONAL AIACC WORKSHOP Buenos Aires, Argentina.

World LP Gas Forum 2009 Brazil Launch 17th December 2008 São Paulo.

6th International Conference on Estuarine and Coastal Modeling SESSION 2B.2 The Importance of Sediment Transport Modeling for Assessing the Fate of Toxic.

Copyright © 2003 Pearson Education, Inc. Slide 1 Computer Systems Organization & Architecture Chapters 8-12 John D. Carpinelli.

McGraw-Hill©The McGraw-Hill Companies, Inc., 2003 Chapter 11 Ethernet Evolution: Fast and Gigabit Ethernet.

Chapter 1 The Study of Body Function Image PowerPoint

1 Copyright © 2013 Elsevier Inc. All rights reserved. Appendix 01.

Webinar Wednesday 19 December 13:30, Paris L/T End of the Year Reflections on the Montreal Protocol at 25 Years Comments by Michael Graber I. Main.

REGIONAL / LOCAL WAVE MODELING María Paula Etala Naval Hydrographical Service Naval Meteorological Service Argentina.

1 Operational Meteorology for Natural Disaster Prevention and Mitigation Alexander Gusev Acting President of the WMO Commission for Basic Systems.

The Wave Model ECMWF, Reading, UK.

Slide 1 The Wave Model ECMWF, Reading, UK. Slide 2The Wave Model (ECWAM) Resources: Lecture notes available at:

Slide 1The Wave Model - Last part Validation of wind & wave analysis using satellite & buoy. Altimeters onboard ERS-1/2, ENVISAT and Jason Quality is monitored.

Presenter Name(s) Issue date National Student.

FACTORING ax2 + bx + c Think “unfoil” Work down, Show all steps.

Your Success is Our Goal Understanding the steel solidification in tundish nozzles X International PHOENICS Users Conference Melbourne, May 2004.

2010 fotografiert von Jürgen Roßberg © Fr 1 Sa 2 So 3 Mo 4 Di 5 Mi 6 Do 7 Fr 8 Sa 9 So 10 Mo 11 Di 12 Mi 13 Do 14 Fr 15 Sa 16 So 17 Mo 18 Di 19.

Unité 3 Leçon oui! Yes! 2. mais oui! Sure! 3. Bien sûr! Of course! 4. Non! No 5. Mais non! Of course not! 6. Peut-être Maybe 7. Pierre est….. Pierre.

Weather Quick Quiz. Beaufort: Force 8 Mean wind speed (knots): 37 Limit of wind speed (knots): Description: Gale Sea State: Very Rough - High.

Ocean Vocabulary The energy is being passed through the water as a wave. 2.Wave: the movement of energy through a body of water.

Interpretation of indicators in industry Bruno Lapillonne, Vice President, Enerdata Reunión Técnica de Trabajo del Proyecto BIEE 24 – 26 de febrero, 2014,

Solonopole. Brazil a d i g i t a l e x p e r i e n c e dr. marcelo tramontano arq. nilton trevisan nomads.usp center.

Plane wave reflection and transmission

Working with D-Flow Flexible Mesh in the San Francisco Estuary

Wallingford - May 2002 Flood propagation - UCL experiments 1 Flood propagation Dam-break flow experiments in idealised representation of complex topography.

Interpretation of transport indicators Bruno Lapillonne, Vice President, Enerdata Reunión Técnica de Trabajo del Proyecto BIEE 24 – 26 de febrero, 2014,

Center for Activity Theory and Developmental Work Research Using Activity Theory to Help Teachers Redesign their Practice Yrjö Engeström University.

1 Undirected Breadth First Search F A BCG DE H 2 F A BCG DE H Queue: A get Undiscovered Fringe Finished Active 0 distance from A visit(A)

15. Oktober Oktober Oktober 2012.

THE WORK AT ANTIOCH. I. WORKED ACCORDING TO ABILITY, Acts 13:1-3 A. "Ministered," v. 3; Eph. 4:11-13; 1 Pet. 4:11; 1 Cor. 12: 14-22; Matt. 25:15, 21,

1 RA III - Regional Training Seminar on CLIMAT&CLIMAT TEMP Reporting Buenos Aires, Argentina, 25 – 27 October 2006 Status of observing programmes in RA.

BIOLOGY AUGUST 2013 OPENING ASSIGNMENTS. AUGUST 7, 2013  Question goes here!

Factor P 16 8(8-5ab) 4(d² + 4) 3rs(2r – s) 15cd(1 + 2cd) 8(4a² + 3b²)

© 2012 National Heart Foundation of Australia. Slide 2.

Aa1 Initial Site Meeting. 1 ‘The Shed’

Lets play bingo!!. Calculate: MEAN Calculate: MEDIAN

Understanding Generalist Practice, 5e, Kirst-Ashman/Hull

Los Meses, Los Días de la Semana, y La Fecha. enero.

COMPUTER B Y : L K. WINDOWS INFORMATION B Y : L K.

Mo-i-Rana - September 2002 Dam-break floods and sediment movement 1 IMPACT - WP4 Dam-break induced floods and sediment movement IMPACT - WP4 Dam-break.

Januar MDMDFSSMDMDFSSS

©Brooks/Cole, 2001 Chapter 12 Derived Types-- Enumerated, Structure and Union.

PSSA Preparation.

Urban Runoff Management: So Far, So Good. So What? Geoff Brosseau The RMP 2007 Annual Meeting Perspectives on the Impact of the Clean Water Act on San.

Acousteen, Herman Steeneken 1 Past, Present and Future of STI Herman J. M. Steeneken (

Let It Go Philippians 3:12 – Let Go Of Sin Acts 8:1, 3; 9:4, 9 Acts 22:16.

Temporal Variability  Tidal  Subtidal Wind and Atmospheric Pressure  Fortnightly M 2 and S 2  Monthly M 2 and N 2  Seasonal (River Discharge)

Impacts of cyclones over the Argentinean coast Claudia M. Campetella Departamento de Ciencias de la Atmósfera y los Océanos Universidad de Buenos Aires.

Pre-operational Modeling of the Rio de la Plata – Rio Uruguay System Institute of Fluid Mechanics and Environmental Engineering School of Engineering,

Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects AIACC – LA26 Argentina.

Southern South American climate trends Inés Camilloni – Moira Doyle University of Buenos Aires Second AIACC Regional Workshop for Latin America and the.

Dra. Claudia E. Natenzon, Lic. Silvia González, Lic. Elvira Gentile, Lic. Diego Ríos y Srta. Cecilia Boudín PIRNA – FFyL – UBA AIACC LA 26: Component SOCIAL.

Risk and uncertainties in a climate change impacts study. Links between scientists and stakeholders by Dr. Claudia E. Natenzon Buenos Aires University/

Practica: Modelación de sistemas de control en Simulink Instrumentación y Control Alejandro Jesús González Noviembre 2016.

Jorge O. Codignotto Buenos Aires University, Argentina

Validation of GCM, and the need of High resolution atmospheric and hydrological model Vicente Barros and Mariano Re San José de Costa Rica 28 May 2003.

Presentation transcript:

MODELO HIDRODINAMICO DEL RIO DE LA PLATA Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects. AIACC. LA 26. Mayo 2003, San José de Costa Rica. (Hydrodinamical Model of the Rio de la Plata)

Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects. AIACC. LA 26. RPP-2D HIDROBID II. Menéndez Modelo Implementado. (Implemented Model) RPP-3D POM. Blumberg & Mellor 1987, Mellor Modelo en Desarrollo. (Developing Model) Modelación del Sistema (System Modelization)

Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects. AIACC. LA 26. Antecedentes (Antecedents) Dominio del Modelo (Model Domain) Calibración (Calibration) Campos Calculados (Calculated Fields) Modelación del Sistema (System Modelization) RPP-2D

Modelación del Sistema (System Modelization) Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects. AIACC. LA 26. Buenos Aires 8 al 12 de febrero de 1997 RP m x 1000m HIDROBID II Jaime & Menéndez, 1999

Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects. AIACC. LA 26. Modelación del Sistema (System Modelization) Dominio del Modelo (Model Domain) 1018km x 953km 2500m x 2500m

Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects. AIACC. LA 26. Marea Astronomica Predicha. (Purely Astronomical Tide. Predicted.) Marea Astronomica Observada. (Purely Astronomical Tide. Recorded.) Marea Normal. Velocidades. (Normal Tide. Velocities.) Onda de Tormenta. (Storm Tide) Modelación del Sistema (System Modelization) Calibración (Calibration)

Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects. AIACC. LA al 28 de febrero de 1997 COLONIA BUENOS AIRES Modelación del Sistema (System Modelization) Marea Astronómica Predicha (Purely Astronomical Tide. Predicted.)

Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects. AIACC. LA /ENE/ /ENE/85 Estación Buenos Aires 05/ENE/ /ENE/85 Modelación del Sistema (System Modelization) Marea Astronómica Observada (Purely Astronomical Tide. Recorded.)

Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects. AIACC. LA 26. Velocidad Oeste-EsteVelocidad Sur-Norte Observaciones HIDROVIA SA. Estación de Agosto 1996 – 1 de Septiembre 1996 Modelación del Sistema (System Modelization) Comparación de velocidades. Marea Normal. (Velocity Comparison. Normal Tide.)

Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects. AIACC. LA Noviembre 1989 La Boca, Buenos Aires Modelación del Sistema (System Modelization) Torre Oyarvide (sin marea astronómica) (without astronomical tide) Ondas de Tormenta (Storm Tide)

Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects. AIACC. LA Mayo 2000 Modelación del Sistema (System Modelization) Buenos Aires Ondas de Tormenta (Storm Tide)

Modelación del Sistema (System Modelization) Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects. AIACC. LA 26. Niveles de Agua (Water Level Contour Lines) Campo de Velocidad (Velocity Field)

Modelación del Sistema (System Modelization) Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects. AIACC. LA 26.

Modelación del Sistema (System Modelization) RPP-3D Tests Onda uniforme. (Uniform wave) Campo de Velocidades (2D) (Velocity Field 2D) Onda con decaimiento exponencial. (Decreasing exponencially wave)

Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects. AIACC. LA 26. Predicciones Preliminares (Preliminary Predictions) Aumento del Nivel Medio (Mean Level Increasing) RPP-2D

Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects. AIACC. LA 26. Predicciones Preliminares (Preliminary Predictions) Aumento de Caudal (Discharge Increasing) Caudal Medio: (Mean Discharge) m3/s RPP-2D

Impact of Global Change on the Coastal Areas of the Rio de la Plata: Sea Level Rise and Meteorological Effects. AIACC. LA 26. gracias!