Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3581, B2=0.364, B3=0.2407, B4=0.3796, B5=0.6585, B6=0.3252 located at Bay of Bengal - Deep Ocean?

Output:
For the Oceansat-3 sensor reading over Bay of Bengal - Deep Ocean:
- Estimated Sea Surface Temperature (SST): 29.2°C
- Estimated Salinity: 34.21 PSU
- Water Vapor Density: 51.25 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.895%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 17.188, Lon: 70.7294 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.2203, B2(Blue)=0.3519, B3(Green)=0.1285, B4(Red)=0.4611, B5(NIR)=0.6567, B6(SWIR)=0.3077.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 17.188, Lon: 70.7294):
1. Atmospheric Composition:
   - Oxygen (O2): 20.893%
   - Nitrogen (N2): 78.111%
   - Water Vapor Density: 49.48 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.89°C
   - Salinity Level: 37.34 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3382, 0.1544, 0.3769, 0.2679, 0.6257, 0.0825] observed at (19.3569, 69.9255).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (19.3569°N, 69.9255°E)
Multispectral Input Vector: [0.3382, 0.1544, 0.3769, 0.2679, 0.6257, 0.0825]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.885%
- N2 Concentration: 78.085%
- Water Vapor: 49.87 g/m³

Oceanographic Indicators:
- SST: 28.23°C
- Salinity: 35.81 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3385, B2=0.1572, B3=0.0802, B4=0.0409, B5=0.1208, B6=0.2849 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 24.46°C
- Estimated Salinity: 0.54 PSU
- Water Vapor Density: 33.37 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.88%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0754, B2=0.3501, B3=0.0968, B4=0.1508, B5=0.2966, B6=0.3809 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.34°C
- Estimated Salinity: 0.98 PSU
- Water Vapor Density: 17.22 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.938%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.358, 0.0501, 0.1217, 0.5004, 0.58, 0.302] observed at (15.8056, 83.9778).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (15.8056°N, 83.9778°E)
Multispectral Input Vector: [0.358, 0.0501, 0.1217, 0.5004, 0.58, 0.302]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.896%
- N2 Concentration: 78.08%
- Water Vapor: 52.93 g/m³

Oceanographic Indicators:
- SST: 30.6°C
- Salinity: 33.77 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 0.4566, Lon: 89.0193 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.072, B2(Blue)=0.3955, B3(Green)=0.2149, B4(Red)=0.2131, B5(NIR)=0.3494, B6(SWIR)=0.1912.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: 0.4566, Lon: 89.0193):
1. Atmospheric Composition:
   - Oxygen (O2): 20.941%
   - Nitrogen (N2): 78.112%
   - Water Vapor Density: 53.58 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 27.36°C
   - Salinity Level: 35.39 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4015, B2=0.297, B3=0.4956, B4=0.2312, B5=0.6179, B6=0.3916 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 24.96°C
- Estimated Salinity: 0.22 PSU
- Water Vapor Density: 40.54 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.905%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2183, 0.0835, 0.406, 0.244, 0.341, 0.0496] observed at (27.2917, 72.2604).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.2917°N, 72.2604°E)
Multispectral Input Vector: [0.2183, 0.0835, 0.406, 0.244, 0.341, 0.0496]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.897%
- N2 Concentration: 78.094%
- Water Vapor: 19.93 g/m³

Oceanographic Indicators:
- SST: 33.24°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2129, B2=0.378, B3=0.4448, B4=0.1609, B5=0.4159, B6=0.0687 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.11°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 15.01 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.924%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 29.1289, Lon: 83.3542 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.3928, B2(Blue)=0.2916, B3(Green)=0.2765, B4(Red)=0.1853, B5(NIR)=0.6917, B6(SWIR)=0.1259.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 29.1289, Lon: 83.3542):
1. Atmospheric Composition:
   - Oxygen (O2): 20.895%
   - Nitrogen (N2): 78.089%
   - Water Vapor Density: 41.49 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 25.12°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2272, 0.2312, 0.1468, 0.3147, 0.562, 0.2723] observed at (26.2132, 75.4176).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (26.2132°N, 75.4176°E)
Multispectral Input Vector: [0.2272, 0.2312, 0.1468, 0.3147, 0.562, 0.2723]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.91%
- N2 Concentration: 78.097%
- Water Vapor: 37.99 g/m³

Oceanographic Indicators:
- SST: 25.87°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 29.3788, Lon: 76.2608 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.2092, B2(Blue)=0.1383, B3(Green)=0.2353, B4(Red)=0.3111, B5(NIR)=0.1082, B6(SWIR)=0.1838.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 29.3788, Lon: 76.2608):
1. Atmospheric Composition:
   - Oxygen (O2): 20.931%
   - Nitrogen (N2): 78.1%
   - Water Vapor Density: 33.66 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 25.1°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: -2.2357, Lon: 85.7544 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.4152, B2(Blue)=0.0517, B3(Green)=0.3475, B4(Red)=0.1719, B5(NIR)=0.1992, B6(SWIR)=0.1874.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -2.2357, Lon: 85.7544):
1. Atmospheric Composition:
   - Oxygen (O2): 20.886%
   - Nitrogen (N2): 78.093%
   - Water Vapor Density: 54.42 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.18°C
   - Salinity Level: 34.09 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4192, B2=0.3819, B3=0.3482, B4=0.0884, B5=0.3063, B6=0.1059 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 24.44°C
- Estimated Salinity: 0.49 PSU
- Water Vapor Density: 37.26 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.893%.


Instruction: How does Ocean Salinity impact monsoon patterns in the Bay of Bengal according to ISRO Oceansat observation data?

Output: Bay of Bengal exhibits low sea surface salinity (30-33 PSU) during post-monsoon due to river discharge (Ganges-Brahmaputra). Low salinity creates a sharp pycnocline, trapping heat in a shallow surface layer. This elevated Sea Surface Temperature (>28.5°C) enhances convective atmospheric instability, triggering tropical cyclone formation as monitored by ISRO Oceansat scatterometers.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3927, B2=0.1559, B3=0.1523, B4=0.4759, B5=0.6134, B6=0.2846 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.73°C
- Estimated Salinity: 0.2 PSU
- Water Vapor Density: 19.87 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.892%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 24.5409, Lon: 82.538 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.2972, B2(Blue)=0.1925, B3(Green)=0.3766, B4(Red)=0.1, B5(NIR)=0.6997, B6(SWIR)=0.1285.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 24.5409, Lon: 82.538):
1. Atmospheric Composition:
   - Oxygen (O2): 20.893%
   - Nitrogen (N2): 78.092%
   - Water Vapor Density: 41.62 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 23.83°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 24.4852, Lon: 79.505 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.3975, B2(Blue)=0.3191, B3(Green)=0.2105, B4(Red)=0.1243, B5(NIR)=0.1124, B6(SWIR)=0.0873.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 24.4852, Lon: 79.505):
1. Atmospheric Composition:
   - Oxygen (O2): 20.889%
   - Nitrogen (N2): 78.104%
   - Water Vapor Density: 34.3 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 23.65°C
   - Salinity Level: 0.54 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 4.3379, Lon: 72.0593 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.2342, B2(Blue)=0.3014, B3(Green)=0.2758, B4(Red)=0.035, B5(NIR)=0.61, B6(SWIR)=0.3275.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: 4.3379, Lon: 72.0593):
1. Atmospheric Composition:
   - Oxygen (O2): 20.927%
   - Nitrogen (N2): 78.107%
   - Water Vapor Density: 54.53 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 27.28°C
   - Salinity Level: 34.93 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0884, B2=0.3387, B3=0.4491, B4=0.1334, B5=0.3164, B6=0.1618 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 26.96°C
- Estimated Salinity: 35.13 PSU
- Water Vapor Density: 53.0 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.917%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 26.4514, Lon: 81.6694 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.3571, B2(Blue)=0.0494, B3(Green)=0.3421, B4(Red)=0.4045, B5(NIR)=0.0288, B6(SWIR)=0.1509.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 26.4514, Lon: 81.6694):
1. Atmospheric Composition:
   - Oxygen (O2): 20.874%
   - Nitrogen (N2): 78.091%
   - Water Vapor Density: 35.08 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 25.59°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 31.9317, Lon: 79.6863 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.3018, B2(Blue)=0.3406, B3(Green)=0.4156, B4(Red)=0.3363, B5(NIR)=0.1002, B6(SWIR)=0.1628.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 31.9317, Lon: 79.6863):
1. Atmospheric Composition:
   - Oxygen (O2): 20.901%
   - Nitrogen (N2): 78.108%
   - Water Vapor Density: 13.0 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 5.09°C
   - Salinity Level: 0.28 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits cool high-latitude characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3402, B2=0.1482, B3=0.3028, B4=0.3551, B5=0.0838, B6=0.1792 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 29.38°C
- Estimated Salinity: 35.7 PSU
- Water Vapor Density: 42.07 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.908%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.089, B2=0.3815, B3=0.2673, B4=0.44, B5=0.3022, B6=0.0342 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 34.73°C
- Estimated Salinity: 1.07 PSU
- Water Vapor Density: 16.72 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.942%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.369, B2=0.2399, B3=0.2633, B4=0.0715, B5=0.4293, B6=0.1037 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 30.83°C
- Estimated Salinity: 0.01 PSU
- Water Vapor Density: 18.87 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.893%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3746, B2=0.3925, B3=0.0694, B4=0.4243, B5=0.1363, B6=0.2301 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 28.91°C
- Estimated Salinity: 37.41 PSU
- Water Vapor Density: 41.31 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.899%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2809, 0.1779, 0.1725, 0.3477, 0.2904, 0.1915] observed at (25.0795, 71.0484).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (25.0795°N, 71.0484°E)
Multispectral Input Vector: [0.2809, 0.1779, 0.1725, 0.3477, 0.2904, 0.1915]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.894%
- N2 Concentration: 78.093%
- Water Vapor: 16.21 g/m³

Oceanographic Indicators:
- SST: 32.81°C
- Salinity: 0.11 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1466, 0.2126, 0.3395, 0.3473, 0.2322, 0.0427] observed at (24.4673, 76.714).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (24.4673°N, 76.714°E)
Multispectral Input Vector: [0.1466, 0.2126, 0.3395, 0.3473, 0.2322, 0.0427]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.91%
- N2 Concentration: 78.087%
- Water Vapor: 38.06 g/m³

Oceanographic Indicators:
- SST: 24.03°C
- Salinity: 0.21 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3705, B2=0.2491, B3=0.0898, B4=0.2664, B5=0.1605, B6=0.2362 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.87°C
- Estimated Salinity: 0.73 PSU
- Water Vapor Density: 15.63 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.873%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 15.1853, Lon: 84.79 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.2441, B2(Blue)=0.3026, B3(Green)=0.2301, B4(Red)=0.3365, B5(NIR)=0.6982, B6(SWIR)=0.3535.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 15.1853, Lon: 84.79):
1. Atmospheric Composition:
   - Oxygen (O2): 20.915%
   - Nitrogen (N2): 78.1%
   - Water Vapor Density: 54.78 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.34°C
   - Salinity Level: 33.79 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.0595, 0.2314, 0.1485, 0.5103, 0.5139, 0.2122] observed at (1.9385, 81.427).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (1.9385°N, 81.427°E)
Multispectral Input Vector: [0.0595, 0.2314, 0.1485, 0.5103, 0.5139, 0.2122]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.952%
- N2 Concentration: 78.094%
- Water Vapor: 58.68 g/m³

Oceanographic Indicators:
- SST: 29.74°C
- Salinity: 35.52 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2509, 0.2154, 0.1158, 0.3236, 0.1759, 0.0208] observed at (27.943, 70.7529).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.943°N, 70.7529°E)
Multispectral Input Vector: [0.2509, 0.2154, 0.1158, 0.3236, 0.1759, 0.0208]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.918%
- N2 Concentration: 78.099%
- Water Vapor: 15.02 g/m³

Oceanographic Indicators:
- SST: 33.1°C
- Salinity: 0.81 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.0592, 0.1618, 0.2406, 0.2456, 0.3235, 0.1631] observed at (25.2228, 82.5428).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (25.2228°N, 82.5428°E)
Multispectral Input Vector: [0.0592, 0.1618, 0.2406, 0.2456, 0.3235, 0.1631]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.919%
- N2 Concentration: 78.097%
- Water Vapor: 38.42 g/m³

Oceanographic Indicators:
- SST: 24.94°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3935, B2=0.1242, B3=0.2255, B4=0.1369, B5=0.6112, B6=0.2464 located at Bay of Bengal - Deep Ocean?

Output:
For the Oceansat-3 sensor reading over Bay of Bengal - Deep Ocean:
- Estimated Sea Surface Temperature (SST): 29.35°C
- Estimated Salinity: 33.32 PSU
- Water Vapor Density: 55.62 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.888%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1869, 0.2664, 0.4203, 0.1431, 0.4167, 0.3455] observed at (25.6162, 84.0396).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (25.6162°N, 84.0396°E)
Multispectral Input Vector: [0.1869, 0.2664, 0.4203, 0.1431, 0.4167, 0.3455]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.916%
- N2 Concentration: 78.097%
- Water Vapor: 35.44 g/m³

Oceanographic Indicators:
- SST: 24.59°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3923, B2=0.1283, B3=0.1671, B4=0.376, B5=0.379, B6=0.0584 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.54°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 16.03 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.883%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1361, 0.0508, 0.2809, 0.2019, 0.6539, 0.3667] observed at (25.8574, 78.4182).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (25.8574°N, 78.4182°E)
Multispectral Input Vector: [0.1361, 0.0508, 0.2809, 0.2019, 0.6539, 0.3667]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.918%
- N2 Concentration: 78.079%
- Water Vapor: 39.69 g/m³

Oceanographic Indicators:
- SST: 25.12°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 14.4923, Lon: 89.7151 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.1336, B2(Blue)=0.2041, B3(Green)=0.4166, B4(Red)=0.5479, B5(NIR)=0.5399, B6(SWIR)=0.0694.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 14.4923, Lon: 89.7151):
1. Atmospheric Composition:
   - Oxygen (O2): 20.938%
   - Nitrogen (N2): 78.093%
   - Water Vapor Density: 52.66 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.93°C
   - Salinity Level: 33.19 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4086, B2=0.1785, B3=0.2301, B4=0.0985, B5=0.2521, B6=0.1251 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 27.85°C
- Estimated Salinity: 35.16 PSU
- Water Vapor Density: 52.97 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.893%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.2992, Lon: 75.1034 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.2927, B2(Blue)=0.1835, B3(Green)=0.4947, B4(Red)=0.0788, B5(NIR)=0.2747, B6(SWIR)=0.2776.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 27.2992, Lon: 75.1034):
1. Atmospheric Composition:
   - Oxygen (O2): 20.897%
   - Nitrogen (N2): 78.093%
   - Water Vapor Density: 37.4 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 23.63°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 30.8395, Lon: 80.842 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.151, B2(Blue)=0.3701, B3(Green)=0.197, B4(Red)=0.363, B5(NIR)=0.1223, B6(SWIR)=0.359.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 30.8395, Lon: 80.842):
1. Atmospheric Composition:
   - Oxygen (O2): 20.932%
   - Nitrogen (N2): 78.109%
   - Water Vapor Density: 10.91 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 7.03°C
   - Salinity Level: 1.14 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits cool high-latitude characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1622, B2=0.3994, B3=0.4179, B4=0.4721, B5=0.2649, B6=0.2632 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 30.2°C
- Estimated Salinity: 35.28 PSU
- Water Vapor Density: 52.89 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.914%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2746, 0.1468, 0.1806, 0.4627, 0.6454, 0.1768] observed at (32.5276, 76.3945).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (32.5276°N, 76.3945°E)
Multispectral Input Vector: [0.2746, 0.1468, 0.1806, 0.4627, 0.6454, 0.1768]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.915%
- N2 Concentration: 78.095%
- Water Vapor: 20.28 g/m³

Oceanographic Indicators:
- SST: 5.28°C
- Salinity: 0.35 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.0706, Lon: 81.6723 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.1383, B2(Blue)=0.0691, B3(Green)=0.231, B4(Red)=0.1197, B5(NIR)=0.2486, B6(SWIR)=0.0259.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 27.0706, Lon: 81.6723):
1. Atmospheric Composition:
   - Oxygen (O2): 20.941%
   - Nitrogen (N2): 78.082%
   - Water Vapor Density: 37.21 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 24.28°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3428, 0.2948, 0.0812, 0.2739, 0.6625, 0.3107] observed at (24.8719, 81.0487).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (24.8719°N, 81.0487°E)
Multispectral Input Vector: [0.3428, 0.2948, 0.0812, 0.2739, 0.6625, 0.3107]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.913%
- N2 Concentration: 78.106%
- Water Vapor: 38.66 g/m³

Oceanographic Indicators:
- SST: 25.33°C
- Salinity: 0.97 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 25.1302, Lon: 84.3376 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.0832, B2(Blue)=0.2655, B3(Green)=0.4751, B4(Red)=0.2155, B5(NIR)=0.6309, B6(SWIR)=0.3083.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 25.1302, Lon: 84.3376):
1. Atmospheric Composition:
   - Oxygen (O2): 20.932%
   - Nitrogen (N2): 78.099%
   - Water Vapor Density: 39.02 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 23.64°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1442, 0.293, 0.3877, 0.4632, 0.5167, 0.2454] observed at (26.4472, 70.9216).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (26.4472°N, 70.9216°E)
Multispectral Input Vector: [0.1442, 0.293, 0.3877, 0.4632, 0.5167, 0.2454]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.924%
- N2 Concentration: 78.093%
- Water Vapor: 18.22 g/m³

Oceanographic Indicators:
- SST: 34.3°C
- Salinity: 0.14 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4167, B2=0.2016, B3=0.3573, B4=0.4479, B5=0.2401, B6=0.0368 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 27.82°C
- Estimated Salinity: 34.68 PSU
- Water Vapor Density: 53.33 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.896%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 11.8752, Lon: 87.1072 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.4113, B2(Blue)=0.254, B3(Green)=0.4124, B4(Red)=0.3923, B5(NIR)=0.328, B6(SWIR)=0.2243.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 11.8752, Lon: 87.1072):
1. Atmospheric Composition:
   - Oxygen (O2): 20.867%
   - Nitrogen (N2): 78.101%
   - Water Vapor Density: 51.94 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.71°C
   - Salinity Level: 33.2 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1997, 0.2186, 0.4336, 0.2076, 0.6752, 0.3667] observed at (15.9232, 68.5639).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (15.9232°N, 68.5639°E)
Multispectral Input Vector: [0.1997, 0.2186, 0.4336, 0.2076, 0.6752, 0.3667]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.905%
- N2 Concentration: 78.087%
- Water Vapor: 45.28 g/m³

Oceanographic Indicators:
- SST: 29.03°C
- Salinity: 35.67 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2529, 0.0838, 0.428, 0.487, 0.1909, 0.0998] observed at (26.6142, 71.9433).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (26.6142°N, 71.9433°E)
Multispectral Input Vector: [0.2529, 0.0838, 0.428, 0.487, 0.1909, 0.0998]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.91%
- N2 Concentration: 78.089%
- Water Vapor: 14.42 g/m³

Oceanographic Indicators:
- SST: 33.34°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: -1.4998, Lon: 73.9437 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.3895, B2(Blue)=0.0763, B3(Green)=0.3412, B4(Red)=0.314, B5(NIR)=0.6735, B6(SWIR)=0.101.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -1.4998, Lon: 73.9437):
1. Atmospheric Composition:
   - Oxygen (O2): 20.892%
   - Nitrogen (N2): 78.079%
   - Water Vapor Density: 60.57 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 27.25°C
   - Salinity Level: 34.21 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.06, B2=0.0815, B3=0.1424, B4=0.5173, B5=0.5605, B6=0.0274 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 7.28°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 16.79 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.931%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.4015, Lon: 73.5902 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.3231, B2(Blue)=0.3392, B3(Green)=0.4652, B4(Red)=0.3428, B5(NIR)=0.162, B6(SWIR)=0.2449.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 27.4015, Lon: 73.5902):
1. Atmospheric Composition:
   - Oxygen (O2): 20.883%
   - Nitrogen (N2): 78.106%
   - Water Vapor Density: 17.41 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 32.98°C
   - Salinity Level: 0.31 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.301, 0.1212, 0.4422, 0.2301, 0.0358, 0.0508] observed at (24.5911, 78.8877).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (24.5911°N, 78.8877°E)
Multispectral Input Vector: [0.301, 0.1212, 0.4422, 0.2301, 0.0358, 0.0508]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.907%
- N2 Concentration: 78.084%
- Water Vapor: 36.34 g/m³

Oceanographic Indicators:
- SST: 24.01°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3131, 0.0604, 0.2016, 0.2384, 0.4952, 0.0941] observed at (16.5739, 83.2859).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (16.5739°N, 83.2859°E)
Multispectral Input Vector: [0.3131, 0.0604, 0.2016, 0.2384, 0.4952, 0.0941]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.901%
- N2 Concentration: 78.09%
- Water Vapor: 54.08 g/m³

Oceanographic Indicators:
- SST: 28.61°C
- Salinity: 33.1 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4392, B2=0.1609, B3=0.3165, B4=0.3656, B5=0.6123, B6=0.1711 located at Bay of Bengal - Deep Ocean?

Output:
For the Oceansat-3 sensor reading over Bay of Bengal - Deep Ocean:
- Estimated Sea Surface Temperature (SST): 30.34°C
- Estimated Salinity: 32.9 PSU
- Water Vapor Density: 53.86 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.877%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.0934, 0.3503, 0.4963, 0.1251, 0.1094, 0.0821] observed at (25.343, 75.3537).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (25.343°N, 75.3537°E)
Multispectral Input Vector: [0.0934, 0.3503, 0.4963, 0.1251, 0.1094, 0.0821]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.926%
- N2 Concentration: 78.094%
- Water Vapor: 33.18 g/m³

Oceanographic Indicators:
- SST: 25.03°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 2.6996, Lon: 71.9042 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.2273, B2(Blue)=0.3721, B3(Green)=0.2535, B4(Red)=0.4714, B5(NIR)=0.3973, B6(SWIR)=0.3604.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: 2.6996, Lon: 71.9042):
1. Atmospheric Composition:
   - Oxygen (O2): 20.924%
   - Nitrogen (N2): 78.113%
   - Water Vapor Density: 55.79 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.36°C
   - Salinity Level: 36.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 25.1134, Lon: 82.1995 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.3675, B2(Blue)=0.2018, B3(Green)=0.228, B4(Red)=0.1904, B5(NIR)=0.4256, B6(SWIR)=0.0936.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 25.1134, Lon: 82.1995):
1. Atmospheric Composition:
   - Oxygen (O2): 20.909%
   - Nitrogen (N2): 78.098%
   - Water Vapor Density: 40.4 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 24.55°C
   - Salinity Level: 0.25 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4321, 0.1253, 0.1713, 0.2824, 0.1418, 0.1989] observed at (27.0381, 72.028).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.0381°N, 72.028°E)
Multispectral Input Vector: [0.4321, 0.1253, 0.1713, 0.2824, 0.1418, 0.1989]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.864%
- N2 Concentration: 78.095%
- Water Vapor: 13.8 g/m³

Oceanographic Indicators:
- SST: 31.68°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 34.8017, Lon: 79.5014 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.2989, B2(Blue)=0.2757, B3(Green)=0.2135, B4(Red)=0.1046, B5(NIR)=0.6932, B6(SWIR)=0.0854.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 34.8017, Lon: 79.5014):
1. Atmospheric Composition:
   - Oxygen (O2): 20.888%
   - Nitrogen (N2): 78.103%
   - Water Vapor Density: 18.95 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 5.56°C
   - Salinity Level: 0.1 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits cool high-latitude characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4201, 0.3849, 0.361, 0.3835, 0.235, 0.3566] observed at (26.8529, 72.4129).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (26.8529°N, 72.4129°E)
Multispectral Input Vector: [0.4201, 0.3849, 0.361, 0.3835, 0.235, 0.3566]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.886%
- N2 Concentration: 78.095%
- Water Vapor: 16.68 g/m³

Oceanographic Indicators:
- SST: 32.43°C
- Salinity: 0.83 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2677, 0.1485, 0.1812, 0.3214, 0.35, 0.1469] observed at (12.2695, 83.5644).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (12.2695°N, 83.5644°E)
Multispectral Input Vector: [0.2677, 0.1485, 0.1812, 0.3214, 0.35, 0.1469]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.902%
- N2 Concentration: 78.101%
- Water Vapor: 49.38 g/m³

Oceanographic Indicators:
- SST: 29.9°C
- Salinity: 34.06 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 17.595, Lon: 68.299 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.1518, B2(Blue)=0.11, B3(Green)=0.2291, B4(Red)=0.3506, B5(NIR)=0.4989, B6(SWIR)=0.0846.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 17.595, Lon: 68.299):
1. Atmospheric Composition:
   - Oxygen (O2): 20.904%
   - Nitrogen (N2): 78.089%
   - Water Vapor Density: 49.07 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.14°C
   - Salinity Level: 36.23 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1801, 0.3977, 0.1757, 0.1709, 0.3206, 0.3669] observed at (10.4393, 87.8726).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (10.4393°N, 87.8726°E)
Multispectral Input Vector: [0.1801, 0.3977, 0.1757, 0.1709, 0.3206, 0.3669]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.935%
- N2 Concentration: 78.095%
- Water Vapor: 50.89 g/m³

Oceanographic Indicators:
- SST: 29.55°C
- Salinity: 33.97 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2269, B2=0.3273, B3=0.3846, B4=0.187, B5=0.2815, B6=0.0608 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.32°C
- Estimated Salinity: 0.12 PSU
- Water Vapor Density: 15.89 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.904%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4485, B2=0.0429, B3=0.0613, B4=0.5178, B5=0.6327, B6=0.1334 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.4°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 22.75 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.884%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4256, B2=0.2567, B3=0.2472, B4=0.3446, B5=0.1826, B6=0.0392 located at Bay of Bengal - Deep Ocean?

Output:
For the Oceansat-3 sensor reading over Bay of Bengal - Deep Ocean:
- Estimated Sea Surface Temperature (SST): 28.92°C
- Estimated Salinity: 33.93 PSU
- Water Vapor Density: 50.07 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.894%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3092, B2=0.1727, B3=0.1697, B4=0.359, B5=0.1318, B6=0.2729 located at Bay of Bengal - Deep Ocean?

Output:
For the Oceansat-3 sensor reading over Bay of Bengal - Deep Ocean:
- Estimated Sea Surface Temperature (SST): 29.66°C
- Estimated Salinity: 33.42 PSU
- Water Vapor Density: 47.59 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.898%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 11.415, Lon: 88.5041 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.43, B2(Blue)=0.1694, B3(Green)=0.39, B4(Red)=0.4279, B5(NIR)=0.2668, B6(SWIR)=0.3676.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 11.415, Lon: 88.5041):
1. Atmospheric Composition:
   - Oxygen (O2): 20.897%
   - Nitrogen (N2): 78.095%
   - Water Vapor Density: 46.62 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.23°C
   - Salinity Level: 32.84 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 16.9484, Lon: 71.0339 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.3688, B2(Blue)=0.3292, B3(Green)=0.2823, B4(Red)=0.4666, B5(NIR)=0.2338, B6(SWIR)=0.344.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 16.9484, Lon: 71.0339):
1. Atmospheric Composition:
   - Oxygen (O2): 20.887%
   - Nitrogen (N2): 78.11%
   - Water Vapor Density: 40.54 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.54°C
   - Salinity Level: 36.79 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 17.995, Lon: 72.1787 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.4088, B2(Blue)=0.2293, B3(Green)=0.0759, B4(Red)=0.3256, B5(NIR)=0.3012, B6(SWIR)=0.3201.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 17.995, Lon: 72.1787):
1. Atmospheric Composition:
   - Oxygen (O2): 20.871%
   - Nitrogen (N2): 78.104%
   - Water Vapor Density: 43.64 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.15°C
   - Salinity Level: 36.41 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1126, B2=0.1283, B3=0.2646, B4=0.5217, B5=0.6868, B6=0.2449 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 30.58°C
- Estimated Salinity: 34.97 PSU
- Water Vapor Density: 60.36 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.918%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1094, 0.39, 0.4045, 0.4429, 0.2286, 0.2386] observed at (0.562, 82.3039).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (0.562°N, 82.3039°E)
Multispectral Input Vector: [0.1094, 0.39, 0.4045, 0.4429, 0.2286, 0.2386]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.944%
- N2 Concentration: 78.097%
- Water Vapor: 53.77 g/m³

Oceanographic Indicators:
- SST: 29.6°C
- Salinity: 35.44 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: -4.3237, Lon: 76.0523 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.4007, B2(Blue)=0.0687, B3(Green)=0.3639, B4(Red)=0.2302, B5(NIR)=0.0444, B6(SWIR)=0.2939.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -4.3237, Lon: 76.0523):
1. Atmospheric Composition:
   - Oxygen (O2): 20.874%
   - Nitrogen (N2): 78.086%
   - Water Vapor Density: 51.4 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 27.52°C
   - Salinity Level: 34.57 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 0.3581, Lon: 85.3479 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.2135, B2(Blue)=0.2128, B3(Green)=0.2214, B4(Red)=0.3007, B5(NIR)=0.1133, B6(SWIR)=0.3355.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: 0.3581, Lon: 85.3479):
1. Atmospheric Composition:
   - Oxygen (O2): 20.906%
   - Nitrogen (N2): 78.095%
   - Water Vapor Density: 49.04 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.98°C
   - Salinity Level: 35.08 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 28.4574, Lon: 79.752 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.1848, B2(Blue)=0.0724, B3(Green)=0.4819, B4(Red)=0.2695, B5(NIR)=0.232, B6(SWIR)=0.3897.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 28.4574, Lon: 79.752):
1. Atmospheric Composition:
   - Oxygen (O2): 20.911%
   - Nitrogen (N2): 78.086%
   - Water Vapor Density: 36.39 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 25.05°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.9295, Lon: 70.4181 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.4499, B2(Blue)=0.3704, B3(Green)=0.2988, B4(Red)=0.0491, B5(NIR)=0.0748, B6(SWIR)=0.0608.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 27.9295, Lon: 70.4181):
1. Atmospheric Composition:
   - Oxygen (O2): 20.864%
   - Nitrogen (N2): 78.102%
   - Water Vapor Density: 15.28 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.31°C
   - Salinity Level: 0.05 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2095, B2=0.0953, B3=0.3313, B4=0.1915, B5=0.0573, B6=0.3956 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 28.84°C
- Estimated Salinity: 35.57 PSU
- Water Vapor Density: 41.85 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.918%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1959, B2=0.2185, B3=0.3604, B4=0.4545, B5=0.2696, B6=0.3256 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 29.31°C
- Estimated Salinity: 36.24 PSU
- Water Vapor Density: 41.71 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.918%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 25.9196, Lon: 71.1579 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.3857, B2(Blue)=0.3113, B3(Green)=0.1287, B4(Red)=0.0522, B5(NIR)=0.2784, B6(SWIR)=0.0725.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 25.9196, Lon: 71.1579):
1. Atmospheric Composition:
   - Oxygen (O2): 20.874%
   - Nitrogen (N2): 78.107%
   - Water Vapor Density: 16.17 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.73°C
   - Salinity Level: 1.15 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 30.325, Lon: 75.0811 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.1977, B2(Blue)=0.3713, B3(Green)=0.4816, B4(Red)=0.2144, B5(NIR)=0.1978, B6(SWIR)=0.0989.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 30.325, Lon: 75.0811):
1. Atmospheric Composition:
   - Oxygen (O2): 20.936%
   - Nitrogen (N2): 78.101%
   - Water Vapor Density: 12.37 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 6.0°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits cool high-latitude characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0804, B2=0.0876, B3=0.3743, B4=0.1555, B5=0.5114, B6=0.1004 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 29.21°C
- Estimated Salinity: 35.6 PSU
- Water Vapor Density: 48.11 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.931%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.6625, Lon: 78.3629 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.4246, B2(Blue)=0.0934, B3(Green)=0.1075, B4(Red)=0.1865, B5(NIR)=0.1239, B6(SWIR)=0.259.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 27.6625, Lon: 78.3629):
1. Atmospheric Composition:
   - Oxygen (O2): 20.893%
   - Nitrogen (N2): 78.083%
   - Water Vapor Density: 35.67 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 23.73°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4188, 0.1281, 0.0706, 0.1509, 0.1101, 0.1492] observed at (1.0787, 85.2085).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (1.0787°N, 85.2085°E)
Multispectral Input Vector: [0.4188, 0.1281, 0.0706, 0.1509, 0.1101, 0.1492]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.875%
- N2 Concentration: 78.085%
- Water Vapor: 51.97 g/m³

Oceanographic Indicators:
- SST: 27.74°C
- Salinity: 35.37 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.5501, Lon: 81.8303 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.4227, B2(Blue)=0.3017, B3(Green)=0.2732, B4(Red)=0.1741, B5(NIR)=0.6244, B6(SWIR)=0.1775.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 27.5501, Lon: 81.8303):
1. Atmospheric Composition:
   - Oxygen (O2): 20.863%
   - Nitrogen (N2): 78.105%
   - Water Vapor Density: 40.69 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 22.87°C
   - Salinity Level: 0.39 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3549, B2=0.3381, B3=0.1351, B4=0.0899, B5=0.0801, B6=0.3974 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.56°C
- Estimated Salinity: 0.88 PSU
- Water Vapor Density: 12.86 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.908%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3335, B2=0.3395, B3=0.0854, B4=0.5102, B5=0.6359, B6=0.0459 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 25.25°C
- Estimated Salinity: 0.62 PSU
- Water Vapor Density: 43.22 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.915%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3738, 0.3277, 0.121, 0.3134, 0.3315, 0.0597] observed at (26.3143, 70.6827).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (26.3143°N, 70.6827°E)
Multispectral Input Vector: [0.3738, 0.3277, 0.121, 0.3134, 0.3315, 0.0597]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.907%
- N2 Concentration: 78.103%
- Water Vapor: 20.3 g/m³

Oceanographic Indicators:
- SST: 33.33°C
- Salinity: 0.52 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1504, 0.3441, 0.4199, 0.222, 0.5983, 0.1354] observed at (27.001, 73.8304).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.001°N, 73.8304°E)
Multispectral Input Vector: [0.1504, 0.3441, 0.4199, 0.222, 0.5983, 0.1354]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.909%
- N2 Concentration: 78.107%
- Water Vapor: 22.21 g/m³

Oceanographic Indicators:
- SST: 33.28°C
- Salinity: 0.51 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4051, 0.0451, 0.4437, 0.2729, 0.3611, 0.3142] observed at (19.7063, 68.5068).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (19.7063°N, 68.5068°E)
Multispectral Input Vector: [0.4051, 0.0451, 0.4437, 0.2729, 0.3611, 0.3142]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.904%
- N2 Concentration: 78.08%
- Water Vapor: 42.97 g/m³

Oceanographic Indicators:
- SST: 29.16°C
- Salinity: 34.96 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3323, 0.0767, 0.3344, 0.4936, 0.0884, 0.1531] observed at (11.1463, 86.756).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (11.1463°N, 86.756°E)
Multispectral Input Vector: [0.3323, 0.0767, 0.3344, 0.4936, 0.0884, 0.1531]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.898%
- N2 Concentration: 78.089%
- Water Vapor: 45.91 g/m³

Oceanographic Indicators:
- SST: 29.4°C
- Salinity: 33.41 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1459, B2=0.3699, B3=0.0694, B4=0.1108, B5=0.1987, B6=0.31 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 28.64°C
- Estimated Salinity: 36.89 PSU
- Water Vapor Density: 44.1 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.904%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 15.797, Lon: 68.7716 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.1952, B2(Blue)=0.3152, B3(Green)=0.3713, B4(Red)=0.0677, B5(NIR)=0.1426, B6(SWIR)=0.047.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 15.797, Lon: 68.7716):
1. Atmospheric Composition:
   - Oxygen (O2): 20.914%
   - Nitrogen (N2): 78.096%
   - Water Vapor Density: 44.73 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.82°C
   - Salinity Level: 36.02 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3969, 0.3653, 0.3832, 0.1971, 0.5806, 0.2386] observed at (0.1001, 70.795).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (0.1001°N, 70.795°E)
Multispectral Input Vector: [0.3969, 0.3653, 0.3832, 0.1971, 0.5806, 0.2386]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.889%
- N2 Concentration: 78.096%
- Water Vapor: 55.08 g/m³

Oceanographic Indicators:
- SST: 27.74°C
- Salinity: 35.64 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.0619, 0.2771, 0.205, 0.0745, 0.5583, 0.1202] observed at (18.6054, 70.7903).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (18.6054°N, 70.7903°E)
Multispectral Input Vector: [0.0619, 0.2771, 0.205, 0.0745, 0.5583, 0.1202]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.95%
- N2 Concentration: 78.095%
- Water Vapor: 46.9 g/m³

Oceanographic Indicators:
- SST: 29.6°C
- Salinity: 37.04 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.435, B2=0.3012, B3=0.3829, B4=0.0697, B5=0.6419, B6=0.1404 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 27.63°C
- Estimated Salinity: 35.1 PSU
- Water Vapor Density: 56.72 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.886%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 33.1696, Lon: 75.247 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.3409, B2(Blue)=0.3703, B3(Green)=0.2112, B4(Red)=0.0359, B5(NIR)=0.2605, B6(SWIR)=0.3982.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 33.1696, Lon: 75.247):
1. Atmospheric Composition:
   - Oxygen (O2): 20.898%
   - Nitrogen (N2): 78.103%
   - Water Vapor Density: 11.97 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 4.43°C
   - Salinity Level: 0.48 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits cool high-latitude characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1002, 0.3406, 0.1788, 0.5469, 0.1669, 0.3996] observed at (1.2864, 85.5994).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (1.2864°N, 85.5994°E)
Multispectral Input Vector: [0.1002, 0.3406, 0.1788, 0.5469, 0.1669, 0.3996]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.921%
- N2 Concentration: 78.094%
- Water Vapor: 53.28 g/m³

Oceanographic Indicators:
- SST: 29.82°C
- Salinity: 36.03 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1878, 0.1077, 0.1359, 0.0824, 0.4992, 0.3699] observed at (16.6106, 68.0488).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (16.6106°N, 68.0488°E)
Multispectral Input Vector: [0.1878, 0.1077, 0.1359, 0.0824, 0.4992, 0.3699]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.926%
- N2 Concentration: 78.092%
- Water Vapor: 44.43 g/m³

Oceanographic Indicators:
- SST: 27.64°C
- Salinity: 36.52 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3856, B2=0.2548, B3=0.3832, B4=0.2692, B5=0.6424, B6=0.2931 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 24.73°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 42.8 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.869%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 13.5041, Lon: 82.1524 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.3576, B2(Blue)=0.3747, B3(Green)=0.0949, B4(Red)=0.2527, B5(NIR)=0.3962, B6(SWIR)=0.1995.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 13.5041, Lon: 82.1524):
1. Atmospheric Composition:
   - Oxygen (O2): 20.902%
   - Nitrogen (N2): 78.108%
   - Water Vapor Density: 48.98 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.07°C
   - Salinity Level: 34.05 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.0891, 0.2908, 0.157, 0.4178, 0.07, 0.13] observed at (26.8159, 78.859).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (26.8159°N, 78.859°E)
Multispectral Input Vector: [0.0891, 0.2908, 0.157, 0.4178, 0.07, 0.13]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.947%
- N2 Concentration: 78.089%
- Water Vapor: 33.97 g/m³

Oceanographic Indicators:
- SST: 25.33°C
- Salinity: 0.18 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2271, B2=0.1318, B3=0.3177, B4=0.5005, B5=0.2376, B6=0.3938 located at Bay of Bengal - Deep Ocean?

Output:
For the Oceansat-3 sensor reading over Bay of Bengal - Deep Ocean:
- Estimated Sea Surface Temperature (SST): 31.94°C
- Estimated Salinity: 32.77 PSU
- Water Vapor Density: 48.16 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.895%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 15.284, Lon: 72.1981 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.2677, B2(Blue)=0.1116, B3(Green)=0.2318, B4(Red)=0.0683, B5(NIR)=0.4353, B6(SWIR)=0.192.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 15.284, Lon: 72.1981):
1. Atmospheric Composition:
   - Oxygen (O2): 20.893%
   - Nitrogen (N2): 78.089%
   - Water Vapor Density: 47.99 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 27.55°C
   - Salinity Level: 36.55 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3205, 0.3566, 0.4555, 0.4612, 0.6187, 0.2596] observed at (27.0808, 72.1216).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.0808°N, 72.1216°E)
Multispectral Input Vector: [0.3205, 0.3566, 0.4555, 0.4612, 0.6187, 0.2596]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.902%
- N2 Concentration: 78.093%
- Water Vapor: 18.53 g/m³

Oceanographic Indicators:
- SST: 33.93°C
- Salinity: 0.6 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 10.7623, Lon: 88.9285 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.1038, B2(Blue)=0.0749, B3(Green)=0.1177, B4(Red)=0.2331, B5(NIR)=0.2155, B6(SWIR)=0.3824.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 10.7623, Lon: 88.9285):
1. Atmospheric Composition:
   - Oxygen (O2): 20.921%
   - Nitrogen (N2): 78.089%
   - Water Vapor Density: 47.08 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.75°C
   - Salinity Level: 33.99 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: -3.0342, Lon: 76.7063 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.4128, B2(Blue)=0.1853, B3(Green)=0.1011, B4(Red)=0.111, B5(NIR)=0.1284, B6(SWIR)=0.0919.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -3.0342, Lon: 76.7063):
1. Atmospheric Composition:
   - Oxygen (O2): 20.887%
   - Nitrogen (N2): 78.084%
   - Water Vapor Density: 54.25 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.59°C
   - Salinity Level: 35.35 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1804, B2=0.0808, B3=0.0627, B4=0.0928, B5=0.4895, B6=0.1442 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 27.36°C
- Estimated Salinity: 36.22 PSU
- Water Vapor Density: 48.37 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.935%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.0668, 0.219, 0.1041, 0.4507, 0.6789, 0.2792] observed at (28.7952, 77.0628).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (28.7952°N, 77.0628°E)
Multispectral Input Vector: [0.0668, 0.219, 0.1041, 0.4507, 0.6789, 0.2792]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.934%
- N2 Concentration: 78.099%
- Water Vapor: 42.94 g/m³

Oceanographic Indicators:
- SST: 24.97°C
- Salinity: 0.91 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: -4.4066, Lon: 70.5059 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.2598, B2(Blue)=0.3331, B3(Green)=0.4445, B4(Red)=0.1832, B5(NIR)=0.0449, B6(SWIR)=0.0177.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -4.4066, Lon: 70.5059):
1. Atmospheric Composition:
   - Oxygen (O2): 20.906%
   - Nitrogen (N2): 78.107%
   - Water Vapor Density: 53.29 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 26.95°C
   - Salinity Level: 35.12 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3897, B2=0.051, B3=0.0745, B4=0.1029, B5=0.1362, B6=0.2118 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.22°C
- Estimated Salinity: 34.86 PSU
- Water Vapor Density: 51.33 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.901%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.6625, Lon: 76.6266 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.3254, B2(Blue)=0.1781, B3(Green)=0.3474, B4(Red)=0.2375, B5(NIR)=0.0643, B6(SWIR)=0.3591.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 27.6625, Lon: 76.6266):
1. Atmospheric Composition:
   - Oxygen (O2): 20.882%
   - Nitrogen (N2): 78.089%
   - Water Vapor Density: 31.7 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 25.0°C
   - Salinity Level: 0.32 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2275, 0.2448, 0.3724, 0.0739, 0.1317, 0.1133] observed at (18.9006, 68.4206).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (18.9006°N, 68.4206°E)
Multispectral Input Vector: [0.2275, 0.2448, 0.3724, 0.0739, 0.1317, 0.1133]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.907%
- N2 Concentration: 78.097%
- Water Vapor: 44.96 g/m³

Oceanographic Indicators:
- SST: 28.77°C
- Salinity: 36.67 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.0551, 0.3855, 0.4783, 0.1555, 0.4313, 0.0411] observed at (26.9927, 73.7968).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (26.9927°N, 73.7968°E)
Multispectral Input Vector: [0.0551, 0.3855, 0.4783, 0.1555, 0.4313, 0.0411]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.939%
- N2 Concentration: 78.112%
- Water Vapor: 19.39 g/m³

Oceanographic Indicators:
- SST: 32.39°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 16.9369, Lon: 87.2181 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.189, B2(Blue)=0.31, B3(Green)=0.3154, B4(Red)=0.1466, B5(NIR)=0.1624, B6(SWIR)=0.1214.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 16.9369, Lon: 87.2181):
1. Atmospheric Composition:
   - Oxygen (O2): 20.917%
   - Nitrogen (N2): 78.091%
   - Water Vapor Density: 48.82 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.89°C
   - Salinity Level: 33.34 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1196, 0.2951, 0.3108, 0.2821, 0.129, 0.1512] observed at (13.8009, 89.4404).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (13.8009°N, 89.4404°E)
Multispectral Input Vector: [0.1196, 0.2951, 0.3108, 0.2821, 0.129, 0.1512]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.941%
- N2 Concentration: 78.095%
- Water Vapor: 48.73 g/m³

Oceanographic Indicators:
- SST: 30.98°C
- Salinity: 33.53 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1412, B2=0.2989, B3=0.0743, B4=0.2095, B5=0.3873, B6=0.1631 located at Bay of Bengal - Deep Ocean?

Output:
For the Oceansat-3 sensor reading over Bay of Bengal - Deep Ocean:
- Estimated Sea Surface Temperature (SST): 30.25°C
- Estimated Salinity: 34.75 PSU
- Water Vapor Density: 49.85 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.912%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 31.9587, Lon: 75.1424 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.4425, B2(Blue)=0.0843, B3(Green)=0.3581, B4(Red)=0.4427, B5(NIR)=0.2329, B6(SWIR)=0.2112.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 31.9587, Lon: 75.1424):
1. Atmospheric Composition:
   - Oxygen (O2): 20.883%
   - Nitrogen (N2): 78.082%
   - Water Vapor Density: 11.38 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 4.72°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits cool high-latitude characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2816, 0.3207, 0.1244, 0.2466, 0.5608, 0.2962] observed at (32.9494, 77.4201).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (32.9494°N, 77.4201°E)
Multispectral Input Vector: [0.2816, 0.3207, 0.1244, 0.2466, 0.5608, 0.2962]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.914%
- N2 Concentration: 78.104%
- Water Vapor: 14.54 g/m³

Oceanographic Indicators:
- SST: 4.83°C
- Salinity: 0.51 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 4.1275, Lon: 87.3314 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.2928, B2(Blue)=0.2013, B3(Green)=0.3021, B4(Red)=0.5435, B5(NIR)=0.1051, B6(SWIR)=0.0995.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: 4.1275, Lon: 87.3314):
1. Atmospheric Composition:
   - Oxygen (O2): 20.902%
   - Nitrogen (N2): 78.091%
   - Water Vapor Density: 54.55 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.09°C
   - Salinity Level: 35.41 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4261, B2=0.3565, B3=0.2045, B4=0.1039, B5=0.3956, B6=0.325 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 27.93°C
- Estimated Salinity: 36.7 PSU
- Water Vapor Density: 42.78 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.896%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.358, B2=0.3111, B3=0.1792, B4=0.2908, B5=0.2902, B6=0.2971 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 29.97°C
- Estimated Salinity: 36.3 PSU
- Water Vapor Density: 41.97 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.909%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.4053, Lon: 71.4302 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.3994, B2(Blue)=0.2157, B3(Green)=0.4269, B4(Red)=0.1692, B5(NIR)=0.4454, B6(SWIR)=0.3688.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 27.4053, Lon: 71.4302):
1. Atmospheric Composition:
   - Oxygen (O2): 20.873%
   - Nitrogen (N2): 78.086%
   - Water Vapor Density: 16.4 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.95°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 33.8692, Lon: 77.039 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.3008, B2(Blue)=0.1582, B3(Green)=0.1812, B4(Red)=0.4238, B5(NIR)=0.592, B6(SWIR)=0.3932.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 33.8692, Lon: 77.039):
1. Atmospheric Composition:
   - Oxygen (O2): 20.888%
   - Nitrogen (N2): 78.091%
   - Water Vapor Density: 17.27 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 6.27°C
   - Salinity Level: 0.55 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits cool high-latitude characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 17.3473, Lon: 69.7347 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.2884, B2(Blue)=0.1336, B3(Green)=0.1397, B4(Red)=0.1269, B5(NIR)=0.247, B6(SWIR)=0.1815.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 17.3473, Lon: 69.7347):
1. Atmospheric Composition:
   - Oxygen (O2): 20.892%
   - Nitrogen (N2): 78.084%
   - Water Vapor Density: 44.52 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 27.54°C
   - Salinity Level: 35.93 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1084, B2=0.0775, B3=0.3345, B4=0.2943, B5=0.5988, B6=0.0408 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.97°C
- Estimated Salinity: 34.63 PSU
- Water Vapor Density: 57.13 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.916%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1655, 0.1948, 0.1506, 0.4836, 0.169, 0.1275] observed at (27.5276, 71.6285).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.5276°N, 71.6285°E)
Multispectral Input Vector: [0.1655, 0.1948, 0.1506, 0.4836, 0.169, 0.1275]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.903%
- N2 Concentration: 78.102%
- Water Vapor: 17.49 g/m³

Oceanographic Indicators:
- SST: 32.42°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2078, 0.1154, 0.3087, 0.2687, 0.3153, 0.3963] observed at (33.9059, 81.9703).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (33.9059°N, 81.9703°E)
Multispectral Input Vector: [0.2078, 0.1154, 0.3087, 0.2687, 0.3153, 0.3963]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.909%
- N2 Concentration: 78.087%
- Water Vapor: 11.1 g/m³

Oceanographic Indicators:
- SST: 5.19°C
- Salinity: 0.14 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4415, B2=0.3284, B3=0.297, B4=0.1975, B5=0.0256, B6=0.1558 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.75°C
- Estimated Salinity: 35.68 PSU
- Water Vapor Density: 49.04 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.871%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3235, 0.2597, 0.1278, 0.5378, 0.3275, 0.1427] observed at (-4.6861, 87.8898).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (-4.6861°N, 87.8898°E)
Multispectral Input Vector: [0.3235, 0.2597, 0.1278, 0.5378, 0.3275, 0.1427]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.916%
- N2 Concentration: 78.103%
- Water Vapor: 57.22 g/m³

Oceanographic Indicators:
- SST: 28.27°C
- Salinity: 35.11 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4134, 0.0827, 0.435, 0.4913, 0.0672, 0.0747] observed at (26.0487, 72.7219).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (26.0487°N, 72.7219°E)
Multispectral Input Vector: [0.4134, 0.0827, 0.435, 0.4913, 0.0672, 0.0747]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.896%
- N2 Concentration: 78.091%
- Water Vapor: 13.87 g/m³

Oceanographic Indicators:
- SST: 32.22°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 17.9087, Lon: 69.7507 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.2158, B2(Blue)=0.3199, B3(Green)=0.2945, B4(Red)=0.432, B5(NIR)=0.5357, B6(SWIR)=0.1235.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 17.9087, Lon: 69.7507):
1. Atmospheric Composition:
   - Oxygen (O2): 20.91%
   - Nitrogen (N2): 78.108%
   - Water Vapor Density: 45.93 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.94°C
   - Salinity Level: 36.33 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4167, B2=0.1926, B3=0.1929, B4=0.2452, B5=0.0868, B6=0.3887 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 27.04°C
- Estimated Salinity: 35.54 PSU
- Water Vapor Density: 51.3 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.869%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2636, 0.1451, 0.29, 0.1448, 0.4567, 0.3939] observed at (28.4714, 75.6835).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (28.4714°N, 75.6835°E)
Multispectral Input Vector: [0.2636, 0.1451, 0.29, 0.1448, 0.4567, 0.3939]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.904%
- N2 Concentration: 78.099%
- Water Vapor: 37.72 g/m³

Oceanographic Indicators:
- SST: 25.07°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3768, B2=0.3683, B3=0.3064, B4=0.4046, B5=0.6402, B6=0.3325 located at Bay of Bengal - Deep Ocean?

Output:
For the Oceansat-3 sensor reading over Bay of Bengal - Deep Ocean:
- Estimated Sea Surface Temperature (SST): 31.25°C
- Estimated Salinity: 33.65 PSU
- Water Vapor Density: 53.88 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.902%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1396, 0.2629, 0.4978, 0.1093, 0.133, 0.1754] observed at (28.7632, 81.7631).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (28.7632°N, 81.7631°E)
Multispectral Input Vector: [0.1396, 0.2629, 0.4978, 0.1093, 0.133, 0.1754]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.929%
- N2 Concentration: 78.095%
- Water Vapor: 33.77 g/m³

Oceanographic Indicators:
- SST: 24.18°C
- Salinity: 0.24 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4165, B2=0.2857, B3=0.4666, B4=0.0951, B5=0.5, B6=0.3132 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 28.54°C
- Estimated Salinity: 36.47 PSU
- Water Vapor Density: 45.68 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.887%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 30.2526, Lon: 76.7592 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.133, B2(Blue)=0.087, B3(Green)=0.3715, B4(Red)=0.2323, B5(NIR)=0.5889, B6(SWIR)=0.0998.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 30.2526, Lon: 76.7592):
1. Atmospheric Composition:
   - Oxygen (O2): 20.925%
   - Nitrogen (N2): 78.09%
   - Water Vapor Density: 19.68 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 6.17°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits cool high-latitude characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.329, 0.3507, 0.2275, 0.1921, 0.1306, 0.1874] observed at (28.4028, 84.5284).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (28.4028°N, 84.5284°E)
Multispectral Input Vector: [0.329, 0.3507, 0.2275, 0.1921, 0.1306, 0.1874]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.878%
- N2 Concentration: 78.102%
- Water Vapor: 36.2 g/m³

Oceanographic Indicators:
- SST: 25.03°C
- Salinity: 0.61 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2246, B2=0.2242, B3=0.1461, B4=0.0876, B5=0.6982, B6=0.1705 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 31.38°C
- Estimated Salinity: 0.12 PSU
- Water Vapor Density: 24.46 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.898%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4476, B2=0.0508, B3=0.4708, B4=0.224, B5=0.1756, B6=0.1822 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.66°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 15.97 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.861%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2839, B2=0.082, B3=0.3231, B4=0.3194, B5=0.65, B6=0.2354 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 4.85°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 17.26 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.893%.