Learn · An Introduction to Climate Dynamics, Variability and Monitoring
Lecture 7 of 69Week 2
ATMOSPHERIC PRESSURE AND MASS
Prof. Sayak Banerjee · IIT Hyderabad
Credits and licence
- From
- An Introduction to Climate Dynamics, Variability and Monitoring, IIT Hyderabad (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge. Coordinated by IIT Madras.
- Who can watch
- Tweens profiles and older. How courses are placed
All the lectures
- INTRODUCTION TO CLIMATE DYNAMICS,VARIABILITY AND MONITORING- PART 1
- INTRODUCTION TO CLIMATE DYNAMICS,VARIABILITY AND MONITORING - PART 2
- CLIMATIC VARIABLES OF THE ATMOSPHERE
- ATMOSPHERIC LAYERS; TROPOSPHERE; TEMPERATURE LAPSE RATE
- ATMOSPHERIC STRUCTURE AND COMPOSITION
- ATMOSPHERIC GAS CONCENTRATION AND INTRODUCTION TO ATMOSPHERIC PRESSURE
- ATMOSPHERIC PRESSURE AND MASS
- HOW TO MEASURE VERTICAL VARIATION OF PRESSURE
- FUNDAMENTALS OF ATMOSPHERIC HUMIDITY AND WEATHER VARIABLES
- ADVANCED ATMOSPHERIC HUMIDITY CONCEPTS: CONTOURS AND KEY RELATIONSHIPS
- VIRTUAL TEMPERATURE AND ATMOSPHERIC STABILITY CONCEPTS
- UNDERSTANDING ATMOSPHERIC STABILITY: ADIABATIC RELATIONS AND LAPSE RATE
- POTENTIAL TEMPERATURE, ADIABATIC LAPSE RATE OF MOIST AIR, THREE POSSIBLE STABILITY RELATIONSHIPS
- DERIVATION OF POTENTIAL TEMPERATURE, DERIVING THE EXPRESSION FOR SATURATED ADIABATIC LAPSE RATE
- TEMPERATURE VARIATION WITH CHANGES IN VERTICAL PRESSURE
- TEMPERATURE GRADIENT OF DRY AND SATURATED AIR PARCEL, EARTH SUN RELATIONSHIP
- FUNDAMENTALS OF EARTH'S CLIMATE SYSTEM: LATITUDE, LONGITUDE, AND TEMPERATURE DYNAMICS
- UNDERSTANDING EARTH'S SEASONS: AXIAL TILT, SOLSTICE, AND EQUINOX DYNAMICS
- MEAN EMISSION TEMPERATURE OF EARTH AND THE GREENHOUSE EFFECT- PART 1
- MEAN EMISSION TEMPERATURE OF EARTH AND THE GREENHOUSE EFFECT- PART 2
- MEAN EMISSION TEMPERATURE OF EARTH AND THE GREENHOUSE EFFECT- PART 3
- NET RADIATIVE FLUX IMBALANCE: ANNUAL AVERAGED AND SEASONAL
- DERIVATION OF BEAM SPREADING EFFECT, DERIVATION OF THE GREENHOUSE EFFECT FOR PLANETS WITH EXTREMELY THICK ABSORBING ATMOSPHERE
- DERIVATION OF ANALYSING THE ATMOSPHERE OF VENUS, RADIATION FLUXES
- PRINCIPLES OF ELECTROMAGNETIC RADIATION: SPECTRAL INTENSITY, IRRADIANCE, AND MATERIAL INTERACTIONS
- BLACKBODY RADIATION RELATIONS
- ATMOSPHERIC ABSORPTION AND RADIATIVE TRANSFER
- RADIATIVE TRANSFER IN THE ATMOSPHERE: KEY CONCEPTS
- INFRARED RADIATIVE TRANSFER IN THE EARTH'S ATMOSPHERE
- RADIATIVE FLUX AND OPTICAL DEPTH
- INTRODUCTION TO ATMOSPHERIC HEATING AND HEAT BALANCE
- ADVANCED ATMOSPHERIC HEATING AND HEAT BALANCE
- TEMPERATURE DISTRIBUTION FOR A CONTINUOUSLY STRATIFIED ATMOSPHERE IN RADIATIVE EQUILIBRIUM - Part 1
- TEMPERATURE DISTRIBUTION FOR A CONTINUOUSLY STRATIFIED ATMOSPHERE IN RADIATIVE EQUILIBRIUM - Part 2
- TEMPERATURE DISTRIBUTION AND GREENHOUSE EFFECT IN A CONTINUOUSLY STRATIFIED ATMOSPHERE
- ATMOSPHERIC CIRCULATION SYSTEMS-BASIC CONCEPTS
- ATMOSPHERIC CIRCULATION SYSTEMS - CORIOLIS FORCES
- ATMOSPHERIC CIRCULATION SYSTEMS - PRESSURE FORCES
- ATMOSPHERIC CIRCULATION SYSTEMS - FRICTIONAL FORCES AND SURFACE LEVEL WINDS
- ATMOSPHERIC CIRCULATION SYSTEMS - HIGH LEVEL WINDS
- SEASONAL SHIFTS - ADVANCED CONCEPTS
- THE OCEAN AND THE CLIMATE
- OCEAN SALINITY AND MIXING LAYER
- IMPORTANCE OF MIXING LAYER AND WIND-DRIVEN SURFACE CURRENT
- OCEAN CIRCULATION AND DEEP OCEANIC THERMOHALINE CIRCULATION
- COUPLED OCEAN - ATMOSPHERE VARIABILITY
- GLOBAL TEMPERATURE MODEL, RADIATIVE FORCING AND ZERO DIMENSIONAL ENERGY BALANCE MODEL
- ZERO DIMENSIONAL ENERGY BALANCE MODEL - CONT
- ENERGY BALANCE MODEL AND TEMPERATURE RESPONCE TO RADIATIVE FORCING
- TEMPERATURE RESPONCE TO RADIATIVE FORCING - CONT
- PLANCK FEEDBACK OR BLACKBODY RADIATIVE FEEDBACK, SIMPLE RADIATIVE BALANCE MODEL FOR CONTINUOUSLY STRATIFIED CLIMATE
- INDIRECT FEEDBACK: WATER VAPOUR FEEDBACK AND SPECTRAL OUTGOING LONGWAVE RADIATION
- ABSORPTION OF OUTGOING LONGWAVE RADIATION BY ATMOSPHERIC CO2
- INTRODUCTION TO PRINCIPLES OF MEASUREMENT AND INSTRUMENTATION - PART 1
- INTRODUCTION TO PRINCIPLES OF MEASUREMENT AND INSTRUMENTATION - PART 2
- INTRODUCTION TO PRINCIPLES OF MEASUREMENT AND INSTRUMENTATION - PART 3
- AUTOMATIC WEATHER STATIONS, TEMPERATURE MEASUREMENTS AND HUMIDITY MEASUREMENTS
- HUMIDITY MEASUREMENTS AND PRESSURE MEASUREMENTS
- WIND MEASUREMENTS TECHNIQUES
- RADIATION AND TEMPERATURE MEASUREMENTS - PART 1
- RADIATION AND TEMPERATURE MEASUREMENTS - PART 2
- RADIATION AND PRECIPITATION MEASUREMENTS
- UPPER AIR MEASUREMENTS
- REMOTE SENSING: CLIMATOLOGICAL APPLICATIONS
- TYPES OF SATELLITE ORBIT AND ITS REMOTE SENSING APPLICATIONS, VNIR IMAGING THROUGH ELECTRO-OPTICAL SYSTEMS AND IMAGING METHODOLOGY
- SPATIAL AND SPECTRAL RESOLUTION OF SATELLITE IMAGERY AND APPLICATION OF VNIR IMAGING IN CLIMATOLOGY
- APPLICATION OF VNIR IMAGING IN CLIMATOLOGY AND THERMAL INFRARED IMAGING SYSTEMS
- CLOUD DETECTION, NADIR VIEWING, LIMB SOUNDING, SOLAR OCCULTATION
- GROUND BASED ATMOSPHERIC REMOTE SOUNDING