RSGIS L23: Thermal Remote Sensing - Part II |Applications and Environmental Considerations Explained

Forms of Precipitation Explained | Types, Formation & Measurement | EnviroPioneers

How Precipitation Forms | Bergeron and Collision–Coalescence Processes Explained

Fog, Dew and Frost | Types of Fog Explained | Atmospheric Condensation | Environmental Science

Cloud Formation Explained | Types of Clouds | Atmospheric Processes

MCQs on Relative Humidity, Lapse Rate & Atmospheric Stability | Environmental Science | UGC NET

Atmospheric Stability Explained | Atmosphere | Air Pollution | Environmental Science | UGC NET

Temperature Inversion Explained | Types & Causes | Atmosphere and Air Pollution |

Processes That Lift Air | Convective, Orographic, Frontal & Convergence Explained

Lapse Rate Explained | Environmental vs Adiabatic Lapse Rate | Environmental Science |

Humidity in the Atmosphere | Concepts & Measurement | Environmental Science

Temperature in Meteorology | Controls, Cycles & Measurement | Environmental Science

Meteorology Basics for Environmental Science

Structure & Composition of Atmosphere | Layers of Atmosphere Explained

RSGIS L22: Thermal Infrared Remote Sensing | Basic Concepts Explained

RSGIS L22: DGPS, SBAS, RTK, PPS: How GPS Becomes More Accurate

RSGIS L21: Factors affecting GPS Accuracy?

UGC NET Environmental Science MCQs on Noise Pollution | Previous Year Questions with Explanation

Noise Pollution Control | Source-Path-Receiver Approach | CPCB Standards & Control Measures

Noise Pollution L-15: Colors of Noise | UGC NET | Environmental Science

Noise Pollution L-14: Combined Noise Level | Noise Addition in dB | UGC NET | Environmental Science

Noise Pollution L-13: Noise Descriptors & Noise Indices | Calculation of Leq, L10, L90 for UGC NET

Noise Pollution L-12: Sound/Noise Measuring Instruments | Sound Level Meter | Dosimeter |

Noise Pollution L-11: Octave Bands and 1/3 Octave Bands in Noise Monitoring

Noise Pollution L-10: Loudness of Sound (Sone & Phon) | A, C, and Z Frequency Weighting

Noise Pollution L-9: Effects of Noise Pollution on Humans and Wildlife

Noise Pollution L-8: Sources of Noise Pollution | Environmental Science | UGC NET

Noise Pollution L-7: Outdoor Sound Propagation | Environmental Science | UGC NET

Noise Pollution L-6: Indoor Sound Propagation | UGC NET

Noise Pollution L-5: Acoustic Field | Environmental Science | UGC NET

Noise Pollution L-4: Behaviour of Sound Waves |Echo & Reverberation| Environmental Science | UGC NET

Noise Pollution L-3: Sound Level & It's Calculation | Environmental Science | UGC NET

Noise Pollution L-2: Speed of Sound in Different Media | Environmental Science | UGC NET

Noise Pollution L-1: Basics of Sound Waves | Environmental Science | UGC NET

Light Pollution L3: Mitigation of Light Pollution | Environmental Science | UGC NET

Light Pollution L2: Effects of Light Pollution on Humans and the Wildlife | Environmental Science

Light Pollution L1: Introduction | Environmental Science | UGC NET

RSGIS L20: Working Principle of GPS [Signal Components, DS-CDMA and Trilateration] | Remote Sensing

RSGIS L19: Introduction to GPS [Global Positioning System] | Environmental Science | Remote Sensing

RSGIS L18: Universal Transverse Mercator (UTM) Projection

RSGIS L17: Geographic Coordinate System (Ellipsoid, Geoid and Datum) & Projected Coordinate System

RSGIS L16: Important Map Projections [Map Projection and Coordinate System]

RSGIS L15: Basics of Map Projection: Classification, Aspects & Viewpoints

RSGIS L14: Plane and Geographic Coordinates: Map Projection and Coordinate System

EEL6: Fossil fuels- Coal [Non Renewable Energy Resources] | Environmental Science | UGC NET

EEL5: Energy Resources- Introduction and Classification | Environmental Science | UGC NET

RSGIS L13: Map Projection and Coordinate System: Maps and Map Scale

RSGIS L12: Elements of Visual Image Interpretation - Aerial/Satellite Images

RSGIS L11: Visual Interpretation of Satellite Imagery - True and False Colour Composite Image

RSGIS L10: Remote Sensing of Surface Water- Biophysical Characteristics using Spectral Response

RSGIS L9: Understanding the Spectral Reflectance Characteristics of Vegetation in Remote Sensing

RSGIS L8: Types of Satellite Orbits in Remote Sensing - LEO, MEO, HEO

RSGIS L7: Types of Platforms in Remote Sensing

RSGIS L6: Resolutions in Remote Sensing

RSGIS L5: Types of Sensors in Remote Sensing

RSGIS L4: Interaction of EMR with Earth's Surface

RSGIS L3: Interaction of Electromagnetic Radiation with Atmosphere

RSGIS L2: Basics of Remote Sensing

RSGIS L1: Introduction to Remote Sensing

EEL4: Terrestrial Radiation and Energy Budget of Earth | Environmental Science | UGC NET