Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 16.7828, Lon: 86.2443 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.1517, B2(Blue)=0.1224, B3(Green)=0.3426, B4(Red)=0.1323, B5(NIR)=0.588, B6(SWIR)=0.2301.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 16.7828, Lon: 86.2443):
1. Atmospheric Composition:
   - Oxygen (O2): 20.918%
   - Nitrogen (N2): 78.085%
   - Water Vapor Density: 51.81 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.41°C
   - Salinity Level: 33.5 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=0.2129, B2=0.2622, B3=0.4932, B4=0.2529, B5=0.1749, B6=0.207 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 25.16°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 35.14 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.908%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.0564, 0.3241, 0.1519, 0.0616, 0.2127, 0.3825] observed at (26.6298, 72.8386).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (26.6298°N, 72.8386°E)
Multispectral Input Vector: [0.0564, 0.3241, 0.1519, 0.0616, 0.2127, 0.3825]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.936%
- N2 Concentration: 78.097%
- Water Vapor: 15.46 g/m³

Oceanographic Indicators:
- SST: 31.67°C
- Salinity: 0.96 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 [0.2454, 0.3058, 0.3552, 0.0843, 0.6027, 0.0959] observed at (27.4231, 71.0698).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.4231°N, 71.0698°E)
Multispectral Input Vector: [0.2454, 0.3058, 0.3552, 0.0843, 0.6027, 0.0959]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.908%
- N2 Concentration: 78.095%
- Water Vapor: 22.58 g/m³

Oceanographic Indicators:
- SST: 32.12°C
- Salinity: 0.1 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: -0.4536, Lon: 87.6409 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.4281, B2(Blue)=0.077, B3(Green)=0.407, B4(Red)=0.3098, B5(NIR)=0.1105, B6(SWIR)=0.0581.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -0.4536, Lon: 87.6409):
1. Atmospheric Composition:
   - Oxygen (O2): 20.866%
   - Nitrogen (N2): 78.087%
   - Water Vapor Density: 52.26 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.94°C
   - Salinity Level: 34.73 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: 16.1245, Lon: 86.3906 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.3785, B2(Blue)=0.3264, B3(Green)=0.4835, B4(Red)=0.2439, B5(NIR)=0.4408, B6(SWIR)=0.0329.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 16.1245, Lon: 86.3906):
1. Atmospheric Composition:
   - Oxygen (O2): 20.876%
   - Nitrogen (N2): 78.108%
   - Water Vapor Density: 54.78 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.46°C
   - Salinity Level: 33.97 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 [0.2568, 0.2218, 0.4896, 0.2721, 0.43, 0.2301] observed at (-1.9449, 81.1433).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (-1.9449°N, 81.1433°E)
Multispectral Input Vector: [0.2568, 0.2218, 0.4896, 0.2721, 0.43, 0.2301]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.899%
- N2 Concentration: 78.096%
- Water Vapor: 55.63 g/m³

Oceanographic Indicators:
- SST: 27.69°C
- Salinity: 34.26 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 [0.3065, 0.264, 0.3375, 0.3193, 0.121, 0.1636] observed at (27.818, 83.6427).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (27.818°N, 83.6427°E)
Multispectral Input Vector: [0.3065, 0.264, 0.3375, 0.3193, 0.121, 0.1636]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.913%
- N2 Concentration: 78.097%
- Water Vapor: 35.1 g/m³

Oceanographic Indicators:
- SST: 24.34°C
- Salinity: 0.08 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: 31.8714, Lon: 75.5178 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.0904, B2(Blue)=0.3049, B3(Green)=0.1006, B4(Red)=0.5362, B5(NIR)=0.6033, B6(SWIR)=0.2103.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 31.8714, Lon: 75.5178):
1. Atmospheric Composition:
   - Oxygen (O2): 20.939%
   - Nitrogen (N2): 78.094%
   - Water Vapor Density: 19.89 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 8.07°C
   - Salinity Level: 0.31 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: 31.4063, Lon: 77.431 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.1446, B2(Blue)=0.113, B3(Green)=0.1068, B4(Red)=0.3423, B5(NIR)=0.2887, B6(SWIR)=0.2228.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 31.4063, Lon: 77.431):
1. Atmospheric Composition:
   - Oxygen (O2): 20.941%
   - Nitrogen (N2): 78.092%
   - Water Vapor Density: 11.22 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 5.35°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: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 1.6912, Lon: 81.9834 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.3268, B2(Blue)=0.2728, B3(Green)=0.1833, B4(Red)=0.0569, B5(NIR)=0.3844, B6(SWIR)=0.0171.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: 1.6912, Lon: 81.9834):
1. Atmospheric Composition:
   - Oxygen (O2): 20.915%
   - Nitrogen (N2): 78.095%
   - Water Vapor Density: 56.58 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 27.88°C
   - Salinity Level: 35.84 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=0.4089, B2=0.1049, B3=0.4417, B4=0.3112, B5=0.126, B6=0.3096 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 5.28°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 12.38 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.897%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 25.6193, Lon: 73.0005 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.3399, B2(Blue)=0.2172, B3(Green)=0.1387, B4(Red)=0.2533, B5(NIR)=0.071, B6(SWIR)=0.0593.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 25.6193, Lon: 73.0005):
1. Atmospheric Composition:
   - Oxygen (O2): 20.907%
   - Nitrogen (N2): 78.093%
   - Water Vapor Density: 15.22 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 32.73°C
   - Salinity Level: 0.07 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 [0.4011, 0.3617, 0.4183, 0.2128, 0.3932, 0.2933] observed at (31.1628, 80.1857).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (31.1628°N, 80.1857°E)
Multispectral Input Vector: [0.4011, 0.3617, 0.4183, 0.2128, 0.3932, 0.2933]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.902%
- N2 Concentration: 78.105%
- Water Vapor: 15.79 g/m³

Oceanographic Indicators:
- SST: 4.8°C
- Salinity: 0.1 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=0.2108, B2=0.3985, B3=0.4032, B4=0.4133, B5=0.633, B6=0.1122 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.99°C
- Estimated Salinity: 0.72 PSU
- Water Vapor Density: 19.97 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.917%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3386, 0.2719, 0.1901, 0.4451, 0.5723, 0.1583] observed at (27.6044, 73.1332).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.6044°N, 73.1332°E)
Multispectral Input Vector: [0.3386, 0.2719, 0.1901, 0.4451, 0.5723, 0.1583]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.911%
- N2 Concentration: 78.104%
- Water Vapor: 20.22 g/m³

Oceanographic Indicators:
- SST: 33.4°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=0.2705, B2=0.0638, B3=0.4989, B4=0.4794, B5=0.5809, B6=0.1722 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.64°C
- Estimated Salinity: 34.15 PSU
- Water Vapor Density: 57.95 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.921%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1971, B2=0.2357, B3=0.2778, B4=0.237, B5=0.4474, B6=0.3891 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 27.79°C
- Estimated Salinity: 34.72 PSU
- Water Vapor Density: 54.63 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.914%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0996, B2=0.2565, B3=0.4485, B4=0.1567, B5=0.2582, B6=0.0996 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 29.23°C
- Estimated Salinity: 34.59 PSU
- Water Vapor Density: 53.74 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.936%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 3.5737, Lon: 72.1815 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.2747, B2(Blue)=0.1388, B3(Green)=0.4749, B4(Red)=0.5203, B5(NIR)=0.0225, B6(SWIR)=0.1898.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: 3.5737, Lon: 72.1815):
1. Atmospheric Composition:
   - Oxygen (O2): 20.915%
   - Nitrogen (N2): 78.084%
   - Water Vapor Density: 49.64 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.53°C
   - Salinity Level: 34.85 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=0.1359, B2=0.0916, B3=0.1526, B4=0.3455, B5=0.5412, B6=0.0143 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): 29.51°C
- Estimated Salinity: 33.1 PSU
- Water Vapor Density: 56.58 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.915%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 16.6439, Lon: 83.8468 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.1151, B2(Blue)=0.084, B3(Green)=0.1044, B4(Red)=0.1439, B5(NIR)=0.3952, B6(SWIR)=0.3783.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 16.6439, Lon: 83.8468):
1. Atmospheric Composition:
   - Oxygen (O2): 20.914%
   - Nitrogen (N2): 78.079%
   - Water Vapor Density: 49.47 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.65°C
   - Salinity Level: 33.61 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=0.4196, B2=0.2305, B3=0.1483, B4=0.1418, B5=0.4013, B6=0.23 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 27.78°C
- Estimated Salinity: 36.39 PSU
- Water Vapor Density: 44.52 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone 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=0.325, B2=0.2811, B3=0.418, B4=0.2751, B5=0.0389, B6=0.1329 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.15°C
- Estimated Salinity: 0.27 PSU
- Water Vapor Density: 14.72 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.896%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2432, 0.178, 0.1101, 0.4332, 0.0924, 0.2538] observed at (33.6672, 79.2833).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (33.6672°N, 79.2833°E)
Multispectral Input Vector: [0.2432, 0.178, 0.1101, 0.4332, 0.0924, 0.2538]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.893%
- N2 Concentration: 78.097%
- Water Vapor: 12.73 g/m³

Oceanographic Indicators:
- SST: 5.74°C
- Salinity: 0.4 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=0.1215, B2=0.0424, B3=0.2935, B4=0.2921, B5=0.0629, B6=0.1055 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 27.93°C
- Estimated Salinity: 34.52 PSU
- Water Vapor Density: 49.53 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.941%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 25.0422, Lon: 76.8292 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.3469, B2(Blue)=0.2807, B3(Green)=0.0785, B4(Red)=0.104, B5(NIR)=0.2829, B6(SWIR)=0.0307.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 25.0422, Lon: 76.8292):
1. Atmospheric Composition:
   - Oxygen (O2): 20.902%
   - Nitrogen (N2): 78.102%
   - Water Vapor Density: 39.87 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 22.91°C
   - Salinity Level: 0.39 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: 15.852, Lon: 68.9386 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.1771, B2(Blue)=0.2763, B3(Green)=0.4721, B4(Red)=0.237, B5(NIR)=0.569, B6(SWIR)=0.3829.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 15.852, Lon: 68.9386):
1. Atmospheric Composition:
   - Oxygen (O2): 20.928%
   - Nitrogen (N2): 78.088%
   - Water Vapor Density: 47.29 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.06°C
   - Salinity Level: 35.99 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: 3.8892, Lon: 88.0588 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.3114, B2(Blue)=0.3782, B3(Green)=0.0608, B4(Red)=0.4351, B5(NIR)=0.6257, B6(SWIR)=0.1486.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: 3.8892, Lon: 88.0588):
1. Atmospheric Composition:
   - Oxygen (O2): 20.901%
   - Nitrogen (N2): 78.095%
   - Water Vapor Density: 57.92 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.88°C
   - Salinity Level: 36.39 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: 19.6405, Lon: 72.0599 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.2434, B2(Blue)=0.1272, B3(Green)=0.142, B4(Red)=0.3906, B5(NIR)=0.4227, B6(SWIR)=0.33.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 19.6405, Lon: 72.0599):
1. Atmospheric Composition:
   - Oxygen (O2): 20.928%
   - Nitrogen (N2): 78.082%
   - Water Vapor Density: 43.23 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.77°C
   - Salinity Level: 36.52 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 [0.0501, 0.3242, 0.278, 0.4671, 0.151, 0.0869] observed at (1.5153, 82.0726).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (1.5153°N, 82.0726°E)
Multispectral Input Vector: [0.0501, 0.3242, 0.278, 0.4671, 0.151, 0.0869]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.933%
- N2 Concentration: 78.098%
- Water Vapor: 52.94 g/m³

Oceanographic Indicators:
- SST: 28.68°C
- Salinity: 35.71 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: 26.4495, Lon: 70.8589 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.2782, B2(Blue)=0.1594, B3(Green)=0.4331, B4(Red)=0.2321, B5(NIR)=0.0505, B6(SWIR)=0.3723.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 26.4495, Lon: 70.8589):
1. Atmospheric Composition:
   - Oxygen (O2): 20.904%
   - Nitrogen (N2): 78.098%
   - Water Vapor Density: 12.1 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 31.94°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: 15.1828, Lon: 82.6976 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.4447, B2(Blue)=0.2506, B3(Green)=0.4127, B4(Red)=0.3245, B5(NIR)=0.3814, B6(SWIR)=0.3067.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 15.1828, Lon: 82.6976):
1. Atmospheric Composition:
   - Oxygen (O2): 20.885%
   - Nitrogen (N2): 78.106%
   - Water Vapor Density: 48.77 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.96°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: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4261, B2=0.2015, B3=0.2355, B4=0.4599, B5=0.1622, B6=0.0874 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 29.53°C
- Estimated Salinity: 34.95 PSU
- Water Vapor Density: 52.41 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.863%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1642, 0.0509, 0.1322, 0.4917, 0.2499, 0.3082] observed at (-0.1042, 83.2091).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (-0.1042°N, 83.2091°E)
Multispectral Input Vector: [0.1642, 0.0509, 0.1322, 0.4917, 0.2499, 0.3082]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.921%
- N2 Concentration: 78.09%
- Water Vapor: 50.23 g/m³

Oceanographic Indicators:
- SST: 30.33°C
- Salinity: 34.58 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=0.2649, B2=0.1163, B3=0.231, B4=0.464, B5=0.6404, B6=0.3705 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 29.53°C
- Estimated Salinity: 36.13 PSU
- Water Vapor Density: 46.24 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.897%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4424, B2=0.1589, B3=0.2821, B4=0.1397, B5=0.4656, B6=0.2028 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 3.99°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 15.08 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.899%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3149, B2=0.3327, B3=0.1387, B4=0.217, B5=0.397, B6=0.3873 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 29.49°C
- Estimated Salinity: 37.2 PSU
- Water Vapor Density: 44.56 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.916%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1246, B2=0.3257, B3=0.1553, B4=0.2025, B5=0.4102, B6=0.2929 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): 30.16°C
- Estimated Salinity: 33.81 PSU
- Water Vapor Density: 48.33 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.913%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 18.2316, Lon: 72.3473 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.3805, B2(Blue)=0.3525, B3(Green)=0.4636, B4(Red)=0.3096, B5(NIR)=0.3072, B6(SWIR)=0.3387.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 18.2316, Lon: 72.3473):
1. Atmospheric Composition:
   - Oxygen (O2): 20.888%
   - Nitrogen (N2): 78.111%
   - Water Vapor Density: 42.96 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.52°C
   - Salinity Level: 36.11 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: 26.9936, Lon: 70.6123 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.3511, B2(Blue)=0.3982, B3(Green)=0.4899, B4(Red)=0.0521, B5(NIR)=0.6923, B6(SWIR)=0.214.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 26.9936, Lon: 70.6123):
1. Atmospheric Composition:
   - Oxygen (O2): 20.91%
   - Nitrogen (N2): 78.109%
   - Water Vapor Density: 19.22 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.52°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: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.384, B2=0.0507, B3=0.4287, B4=0.2528, B5=0.3486, B6=0.3022 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.46°C
- Estimated Salinity: 34.15 PSU
- Water Vapor Density: 54.65 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.888%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 24.1427, Lon: 77.4943 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.285, B2(Blue)=0.3621, B3(Green)=0.1258, B4(Red)=0.1367, B5(NIR)=0.4789, B6(SWIR)=0.3714.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 24.1427, Lon: 77.4943):
1. Atmospheric Composition:
   - Oxygen (O2): 20.922%
   - Nitrogen (N2): 78.105%
   - Water Vapor Density: 37.07 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 24.96°C
   - Salinity Level: 1.27 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate 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=0.127, B2=0.1701, B3=0.214, B4=0.0928, B5=0.6411, B6=0.3875 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 31.09°C
- Estimated Salinity: 0.47 PSU
- Water Vapor Density: 17.9 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.908%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 26.7565, Lon: 80.1269 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.0605, B2(Blue)=0.3117, B3(Green)=0.1367, B4(Red)=0.5078, B5(NIR)=0.6605, B6(SWIR)=0.2191.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 26.7565, Lon: 80.1269):
1. Atmospheric Composition:
   - Oxygen (O2): 20.941%
   - Nitrogen (N2): 78.109%
   - Water Vapor Density: 43.01 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 25.56°C
   - Salinity Level: 0.74 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=0.418, B2=0.1917, B3=0.4511, B4=0.3785, B5=0.5306, B6=0.2709 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: 36.11 PSU
- Water Vapor Density: 45.83 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.892%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2656, B2=0.3267, B3=0.4706, B4=0.1416, B5=0.2731, B6=0.1926 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): 30.16°C
- Estimated Salinity: 33.19 PSU
- Water Vapor Density: 47.35 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.916%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0813, B2=0.2921, B3=0.2472, B4=0.0765, B5=0.2597, B6=0.3902 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): 28.9°C
- Estimated Salinity: 33.88 PSU
- Water Vapor Density: 50.27 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.947%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2662, B2=0.1961, B3=0.4426, B4=0.3681, B5=0.0329, B6=0.3286 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 31.87°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 11.43 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.907%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.362, 0.1333, 0.2149, 0.1901, 0.0461, 0.1081] observed at (29.9512, 84.7529).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (29.9512°N, 84.7529°E)
Multispectral Input Vector: [0.362, 0.1333, 0.2149, 0.1901, 0.0461, 0.1081]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.911%
- N2 Concentration: 78.089%
- Water Vapor: 34.31 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: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.26, 0.3876, 0.3566, 0.4592, 0.6071, 0.0419] observed at (-1.0791, 82.6378).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (-1.0791°N, 82.6378°E)
Multispectral Input Vector: [0.26, 0.3876, 0.3566, 0.4592, 0.6071, 0.0419]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.888%
- N2 Concentration: 78.106%
- Water Vapor: 57.7 g/m³

Oceanographic Indicators:
- SST: 30.09°C
- Salinity: 35.43 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 [0.1751, 0.0738, 0.2476, 0.2005, 0.4138, 0.3235] observed at (32.259, 76.8872).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (32.259°N, 76.8872°E)
Multispectral Input Vector: [0.1751, 0.0738, 0.2476, 0.2005, 0.4138, 0.3235]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.929%
- N2 Concentration: 78.088%
- Water Vapor: 14.49 g/m³

Oceanographic Indicators:
- SST: 5.29°C
- Salinity: 0.14 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: 2.0228, Lon: 87.8817 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.0697, B2(Blue)=0.3333, B3(Green)=0.1008, B4(Red)=0.1438, B5(NIR)=0.0305, B6(SWIR)=0.2629.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: 2.0228, Lon: 87.8817):
1. Atmospheric Composition:
   - Oxygen (O2): 20.937%
   - Nitrogen (N2): 78.107%
   - Water Vapor Density: 48.34 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.41°C
   - Salinity Level: 35.83 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: 11.8664, Lon: 85.0344 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.2901, B2(Blue)=0.2389, B3(Green)=0.3479, B4(Red)=0.1858, B5(NIR)=0.2958, B6(SWIR)=0.3894.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 11.8664, Lon: 85.0344):
1. Atmospheric Composition:
   - Oxygen (O2): 20.908%
   - Nitrogen (N2): 78.102%
   - Water Vapor Density: 47.6 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.63°C
   - Salinity Level: 33.33 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=0.3825, B2=0.3604, B3=0.3332, B4=0.1275, B5=0.457, B6=0.0496 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 5.51°C
- Estimated Salinity: 0.19 PSU
- Water Vapor Density: 17.87 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.897%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.0845, 0.058, 0.404, 0.2412, 0.1478, 0.3253] observed at (27.7917, 71.3822).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.7917°N, 71.3822°E)
Multispectral Input Vector: [0.0845, 0.058, 0.404, 0.2412, 0.1478, 0.3253]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.93%
- N2 Concentration: 78.083%
- Water Vapor: 12.52 g/m³

Oceanographic Indicators:
- SST: 31.75°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=0.2767, B2=0.0819, B3=0.1797, B4=0.3895, B5=0.3666, B6=0.2397 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 33.28°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 19.27 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.915%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2223, B2=0.2082, B3=0.4626, B4=0.4525, B5=0.6257, B6=0.2715 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 34.13°C
- Estimated Salinity: 0.17 PSU
- Water Vapor Density: 19.91 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.899%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 26.7185, Lon: 70.5688 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.4241, B2(Blue)=0.1387, B3(Green)=0.1421, B4(Red)=0.4945, B5(NIR)=0.0456, B6(SWIR)=0.2352.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 26.7185, Lon: 70.5688):
1. Atmospheric Composition:
   - Oxygen (O2): 20.87%
   - Nitrogen (N2): 78.097%
   - Water Vapor Density: 11.28 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 33.01°C
   - Salinity Level: 0.09 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 [0.0789, 0.1825, 0.4058, 0.5456, 0.0871, 0.1514] observed at (15.3115, 72.0043).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (15.3115°N, 72.0043°E)
Multispectral Input Vector: [0.0789, 0.1825, 0.4058, 0.5456, 0.0871, 0.1514]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.93%
- N2 Concentration: 78.102%
- Water Vapor: 43.28 g/m³

Oceanographic Indicators:
- SST: 30.38°C
- Salinity: 36.05 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=0.3254, B2=0.1629, B3=0.4607, B4=0.0502, B5=0.4405, B6=0.0437 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): 27.62°C
- Estimated Salinity: 32.75 PSU
- Water Vapor Density: 53.05 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.893%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 3.9193, Lon: 77.4169 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.2452, B2(Blue)=0.0453, B3(Green)=0.1149, B4(Red)=0.1502, B5(NIR)=0.6279, B6(SWIR)=0.0753.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: 3.9193, Lon: 77.4169):
1. Atmospheric Composition:
   - Oxygen (O2): 20.898%
   - Nitrogen (N2): 78.092%
   - Water Vapor Density: 58.47 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 27.69°C
   - Salinity Level: 35.28 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 [0.3528, 0.2146, 0.2214, 0.2389, 0.1906, 0.2268] observed at (26.6696, 71.9518).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (26.6696°N, 71.9518°E)
Multispectral Input Vector: [0.3528, 0.2146, 0.2214, 0.2389, 0.1906, 0.2268]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.912%
- N2 Concentration: 78.09%
- Water Vapor: 17.57 g/m³

Oceanographic Indicators:
- SST: 31.36°C
- Salinity: 0.63 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 [0.4479, 0.3771, 0.1654, 0.2858, 0.6482, 0.3382] observed at (2.3946, 81.6937).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (2.3946°N, 81.6937°E)
Multispectral Input Vector: [0.4479, 0.3771, 0.1654, 0.2858, 0.6482, 0.3382]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.892%
- N2 Concentration: 78.094%
- Water Vapor: 56.75 g/m³

Oceanographic Indicators:
- SST: 28.39°C
- Salinity: 35.5 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=0.0942, B2=0.2689, B3=0.4631, B4=0.2147, B5=0.093, B6=0.2193 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): 28.79°C
- Estimated Salinity: 33.24 PSU
- Water Vapor Density: 45.49 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.928%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.429, B2=0.2995, B3=0.4385, B4=0.0992, B5=0.1585, B6=0.0801 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 27.14°C
- Estimated Salinity: 36.35 PSU
- Water Vapor Density: 40.92 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.889%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1203, B2=0.0461, B3=0.287, B4=0.2895, B5=0.1376, B6=0.2806 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): 31.24°C
- Estimated Salinity: 33.55 PSU
- Water Vapor Density: 47.52 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.943%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0824, B2=0.1974, B3=0.316, B4=0.2493, B5=0.3814, B6=0.3194 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 33.93°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 16.13 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.953%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1821, 0.3559, 0.3704, 0.4721, 0.6835, 0.0252] observed at (2.1239, 79.4221).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (2.1239°N, 79.4221°E)
Multispectral Input Vector: [0.1821, 0.3559, 0.3704, 0.4721, 0.6835, 0.0252]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.915%
- N2 Concentration: 78.109%
- Water Vapor: 58.97 g/m³

Oceanographic Indicators:
- SST: 28.55°C
- Salinity: 35.2 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=0.1687, B2=0.2854, B3=0.2533, B4=0.4196, B5=0.3693, B6=0.2584 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.51°C
- Estimated Salinity: 35.54 PSU
- Water Vapor Density: 52.63 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.933%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 16.5746, Lon: 70.4306 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.3365, B2(Blue)=0.1237, B3(Green)=0.2678, B4(Red)=0.4888, B5(NIR)=0.2994, B6(SWIR)=0.0542.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 16.5746, Lon: 70.4306):
1. Atmospheric Composition:
   - Oxygen (O2): 20.885%
   - Nitrogen (N2): 78.082%
   - Water Vapor Density: 44.79 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.78°C
   - Salinity Level: 36.4 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=0.3721, B2=0.2076, B3=0.3804, B4=0.3744, B5=0.3906, B6=0.1424 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 24.28°C
- Estimated Salinity: 0.08 PSU
- Water Vapor Density: 37.59 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.873%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0543, B2=0.0742, B3=0.3662, B4=0.4437, B5=0.4907, B6=0.2131 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.88°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 17.73 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.955%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 29.5158, Lon: 83.4628 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.4437, B2(Blue)=0.1936, B3(Green)=0.0658, B4(Red)=0.4595, B5(NIR)=0.5004, B6(SWIR)=0.2056.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 29.5158, Lon: 83.4628):
1. Atmospheric Composition:
   - Oxygen (O2): 20.862%
   - Nitrogen (N2): 78.097%
   - Water Vapor Density: 41.07 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 23.84°C
   - Salinity Level: 0.65 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 [0.4063, 0.1221, 0.4334, 0.4242, 0.3577, 0.1783] observed at (19.768, 68.5322).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (19.768°N, 68.5322°E)
Multispectral Input Vector: [0.4063, 0.1221, 0.4334, 0.4242, 0.3577, 0.1783]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.875%
- N2 Concentration: 78.082%
- Water Vapor: 42.56 g/m³

Oceanographic Indicators:
- SST: 29.07°C
- Salinity: 35.31 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=0.4004, B2=0.3126, B3=0.1592, B4=0.0763, B5=0.6469, B6=0.0866 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.31°C
- Estimated Salinity: 0.89 PSU
- Water Vapor Density: 23.72 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.882%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1706, B2=0.3397, B3=0.1558, B4=0.4736, B5=0.3387, B6=0.042 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): 30.24°C
- Estimated Salinity: 33.92 PSU
- Water Vapor Density: 50.76 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.938%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1327, 0.3961, 0.1732, 0.1777, 0.5975, 0.0277] observed at (17.3937, 68.0276).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (17.3937°N, 68.0276°E)
Multispectral Input Vector: [0.1327, 0.3961, 0.1732, 0.1777, 0.5975, 0.0277]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.908%
- N2 Concentration: 78.104%
- Water Vapor: 47.35 g/m³

Oceanographic Indicators:
- SST: 29.67°C
- Salinity: 36.93 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=0.3604, B2=0.2276, B3=0.0997, B4=0.5373, B5=0.0269, B6=0.0351 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 34.15°C
- Estimated Salinity: 0.44 PSU
- Water Vapor Density: 15.84 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.901%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2835, 0.1518, 0.3105, 0.1674, 0.3554, 0.3376] observed at (27.8601, 72.0225).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.8601°N, 72.0225°E)
Multispectral Input Vector: [0.2835, 0.1518, 0.3105, 0.1674, 0.3554, 0.3376]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.91%
- N2 Concentration: 78.098%
- Water Vapor: 16.1 g/m³

Oceanographic Indicators:
- SST: 32.19°C
- Salinity: 0.18 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 [0.2454, 0.1128, 0.3227, 0.3303, 0.163, 0.0856] observed at (2.1945, 77.1534).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (2.1945°N, 77.1534°E)
Multispectral Input Vector: [0.2454, 0.1128, 0.3227, 0.3303, 0.163, 0.0856]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.918%
- N2 Concentration: 78.095%
- Water Vapor: 54.49 g/m³

Oceanographic Indicators:
- SST: 29.24°C
- Salinity: 34.58 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: -1.1547, Lon: 87.1286 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.2933, B2(Blue)=0.1225, B3(Green)=0.3195, B4(Red)=0.3016, B5(NIR)=0.5235, B6(SWIR)=0.3678.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -1.1547, Lon: 87.1286):
1. Atmospheric Composition:
   - Oxygen (O2): 20.919%
   - Nitrogen (N2): 78.094%
   - Water Vapor Density: 55.5 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.15°C
   - Salinity Level: 34.87 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 [0.0648, 0.3011, 0.1242, 0.2843, 0.1309, 0.0858] observed at (18.558, 71.1132).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (18.558°N, 71.1132°E)
Multispectral Input Vector: [0.0648, 0.3011, 0.1242, 0.2843, 0.1309, 0.0858]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.933%
- N2 Concentration: 78.092%
- Water Vapor: 43.93 g/m³

Oceanographic Indicators:
- SST: 29.89°C
- Salinity: 37.16 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=0.2264, B2=0.1116, B3=0.3702, B4=0.366, B5=0.5679, B6=0.305 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 25.41°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 38.39 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.897%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2477, B2=0.1153, B3=0.404, B4=0.0482, B5=0.2581, B6=0.2416 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 30.95°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 18.14 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region 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=0.0649, B2=0.3939, B3=0.3247, B4=0.4051, B5=0.6466, B6=0.1458 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 24.59°C
- Estimated Salinity: 0.62 PSU
- Water Vapor Density: 41.8 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.921%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1912, B2=0.3762, B3=0.1439, B4=0.1158, B5=0.1334, B6=0.2184 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 23.71°C
- Estimated Salinity: 0.56 PSU
- Water Vapor Density: 34.27 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.925%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 1.8564, Lon: 84.9379 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.4317, B2(Blue)=0.0607, B3(Green)=0.1035, B4(Red)=0.2551, B5(NIR)=0.6583, B6(SWIR)=0.249.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: 1.8564, Lon: 84.9379):
1. Atmospheric Composition:
   - Oxygen (O2): 20.89%
   - Nitrogen (N2): 78.083%
   - Water Vapor Density: 56.03 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 27.71°C
   - Salinity Level: 35.04 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=0.1384, B2=0.0422, B3=0.2987, B4=0.4918, B5=0.1076, B6=0.2377 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): 31.59°C
- Estimated Salinity: 32.96 PSU
- Water Vapor Density: 45.7 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.911%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0737, B2=0.1369, B3=0.2317, B4=0.539, B5=0.4061, B6=0.0206 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 25.99°C
- Estimated Salinity: 0.4 PSU
- Water Vapor Density: 39.29 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.925%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: -2.7018, Lon: 79.5482 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.3596, B2(Blue)=0.3489, B3(Green)=0.1868, B4(Red)=0.0372, B5(NIR)=0.2452, B6(SWIR)=0.3114.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -2.7018, Lon: 79.5482):
1. Atmospheric Composition:
   - Oxygen (O2): 20.895%
   - Nitrogen (N2): 78.104%
   - Water Vapor Density: 50.95 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 27.02°C
   - Salinity Level: 35.73 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 [0.3269, 0.2662, 0.155, 0.2272, 0.2048, 0.2639] observed at (15.0959, 69.3036).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (15.0959°N, 69.3036°E)
Multispectral Input Vector: [0.3269, 0.2662, 0.155, 0.2272, 0.2048, 0.2639]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.892%
- N2 Concentration: 78.097%
- Water Vapor: 40.79 g/m³

Oceanographic Indicators:
- SST: 28.83°C
- Salinity: 36.7 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=0.1347, B2=0.111, B3=0.1149, B4=0.0673, B5=0.4539, B6=0.2978 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 27.94°C
- Estimated Salinity: 34.82 PSU
- Water Vapor Density: 54.33 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.914%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0892, B2=0.3657, B3=0.0716, B4=0.3002, B5=0.4426, B6=0.3411 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 33.46°C
- Estimated Salinity: 0.71 PSU
- Water Vapor Density: 17.15 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.914%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2721, B2=0.2935, B3=0.2934, B4=0.4177, B5=0.1411, B6=0.03 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): 30.22°C
- Estimated Salinity: 33.6 PSU
- Water Vapor Density: 50.95 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.897%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1574, B2=0.1191, B3=0.3279, B4=0.1422, B5=0.6894, B6=0.1716 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 5.7°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 17.63 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.92%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1811, 0.3998, 0.2964, 0.352, 0.0229, 0.2385] observed at (33.7487, 75.0727).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (33.7487°N, 75.0727°E)
Multispectral Input Vector: [0.1811, 0.3998, 0.2964, 0.352, 0.0229, 0.2385]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.926%
- N2 Concentration: 78.111%
- Water Vapor: 10.78 g/m³

Oceanographic Indicators:
- SST: 6.67°C
- Salinity: 0.26 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: 13.8188, Lon: 88.9276 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.4304, B2(Blue)=0.3765, B3(Green)=0.4298, B4(Red)=0.5302, B5(NIR)=0.4495, B6(SWIR)=0.385.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 13.8188, Lon: 88.9276):
1. Atmospheric Composition:
   - Oxygen (O2): 20.871%
   - Nitrogen (N2): 78.105%
   - Water Vapor Density: 51.29 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.33°C
   - Salinity Level: 33.33 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: -3.0932, Lon: 89.5609 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.1895, B2(Blue)=0.3865, B3(Green)=0.0913, B4(Red)=0.4682, B5(NIR)=0.1721, B6(SWIR)=0.0119.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -3.0932, Lon: 89.5609):
1. Atmospheric Composition:
   - Oxygen (O2): 20.904%
   - Nitrogen (N2): 78.094%
   - Water Vapor Density: 56.03 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.64°C
   - Salinity Level: 36.24 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: 33.7274, Lon: 79.0834 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.245, B2(Blue)=0.1917, B3(Green)=0.1038, B4(Red)=0.2561, B5(NIR)=0.5857, B6(SWIR)=0.091.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 33.7274, Lon: 79.0834):
1. Atmospheric Composition:
   - Oxygen (O2): 20.913%
   - Nitrogen (N2): 78.095%
   - Water Vapor Density: 20.28 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 4.95°C
   - Salinity Level: 0.79 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate 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=0.2621, B2=0.3614, B3=0.1517, B4=0.075, B5=0.546, B6=0.386 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.33°C
- Estimated Salinity: 36.26 PSU
- Water Vapor Density: 57.08 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.899%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 17.588, Lon: 83.6211 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.3986, B2(Blue)=0.0494, B3(Green)=0.3746, B4(Red)=0.1417, B5(NIR)=0.4504, B6(SWIR)=0.3431.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 17.588, Lon: 83.6211):
1. Atmospheric Composition:
   - Oxygen (O2): 20.881%
   - Nitrogen (N2): 78.077%
   - Water Vapor Density: 51.46 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.01°C
   - Salinity Level: 32.59 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: 14.6834, Lon: 89.3465 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.4245, B2(Blue)=0.3689, B3(Green)=0.2087, B4(Red)=0.4979, B5(NIR)=0.6901, B6(SWIR)=0.0679.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 14.6834, Lon: 89.3465):
1. Atmospheric Composition:
   - Oxygen (O2): 20.893%
   - Nitrogen (N2): 78.096%
   - Water Vapor Density: 54.07 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 31.1°C
   - Salinity Level: 34.04 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: 10.9979, Lon: 83.9846 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.1101, B2(Blue)=0.1831, B3(Green)=0.3006, B4(Red)=0.4633, B5(NIR)=0.671, B6(SWIR)=0.2559.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 10.9979, Lon: 83.9846):
1. Atmospheric Composition:
   - Oxygen (O2): 20.949%
   - Nitrogen (N2): 78.088%
   - Water Vapor Density: 55.96 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.89°C
   - Salinity Level: 33.05 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=0.0908, B2=0.2254, B3=0.1475, B4=0.0895, B5=0.5268, B6=0.1961 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.35°C
- Estimated Salinity: 34.93 PSU
- Water Vapor Density: 57.23 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.935%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4264, B2=0.1708, B3=0.3262, B4=0.404, B5=0.2964, B6=0.3178 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.69°C
- Estimated Salinity: 34.63 PSU
- Water Vapor Density: 51.08 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.868%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.0988, 0.1939, 0.3407, 0.2302, 0.4068, 0.1037] observed at (11.8075, 89.1219).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (11.8075°N, 89.1219°E)
Multispectral Input Vector: [0.0988, 0.1939, 0.3407, 0.2302, 0.4068, 0.1037]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.932%
- N2 Concentration: 78.086%
- Water Vapor: 53.44 g/m³

Oceanographic Indicators:
- SST: 29.61°C
- Salinity: 33.88 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: 18.9741, Lon: 71.2922 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.1107, B2(Blue)=0.0814, B3(Green)=0.061, B4(Red)=0.379, B5(NIR)=0.346, B6(SWIR)=0.3761.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 18.9741, Lon: 71.2922):
1. Atmospheric Composition:
   - Oxygen (O2): 20.925%
   - Nitrogen (N2): 78.094%
   - Water Vapor Density: 45.56 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.88°C
   - Salinity Level: 35.99 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 [0.3572, 0.2548, 0.4992, 0.077, 0.2487, 0.3147] observed at (11.8871, 88.3104).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (11.8871°N, 88.3104°E)
Multispectral Input Vector: [0.3572, 0.2548, 0.4992, 0.077, 0.2487, 0.3147]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.873%
- N2 Concentration: 78.099%
- Water Vapor: 50.69 g/m³

Oceanographic Indicators:
- SST: 29.67°C
- Salinity: 32.83 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: 16.1051, Lon: 70.3104 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.2098, B2(Blue)=0.1737, B3(Green)=0.349, B4(Red)=0.1057, B5(NIR)=0.5666, B6(SWIR)=0.1133.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 16.1051, Lon: 70.3104):
1. Atmospheric Composition:
   - Oxygen (O2): 20.921%
   - Nitrogen (N2): 78.093%
   - Water Vapor Density: 49.42 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.53°C
   - Salinity Level: 36.01 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=0.4057, B2=0.2768, B3=0.1175, B4=0.5354, B5=0.1299, B6=0.3055 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.99°C
- Estimated Salinity: 0.14 PSU
- Water Vapor Density: 14.05 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.878%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 33.9349, Lon: 77.216 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.4063, B2(Blue)=0.2029, B3(Green)=0.2736, B4(Red)=0.1476, B5(NIR)=0.6124, B6(SWIR)=0.1516.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 33.9349, Lon: 77.216):
1. Atmospheric Composition:
   - Oxygen (O2): 20.884%
   - Nitrogen (N2): 78.096%
   - Water Vapor Density: 16.65 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 4.15°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=0.1016, B2=0.3938, B3=0.2004, B4=0.2854, B5=0.2424, B6=0.1649 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.12°C
- Estimated Salinity: 1.16 PSU
- Water Vapor Density: 12.65 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.95%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 19.683, Lon: 72.9809 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.2789, B2(Blue)=0.0485, B3(Green)=0.4641, B4(Red)=0.3312, B5(NIR)=0.622, B6(SWIR)=0.0612.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 19.683, Lon: 72.9809):
1. Atmospheric Composition:
   - Oxygen (O2): 20.899%
   - Nitrogen (N2): 78.083%
   - Water Vapor Density: 47.86 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.17°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: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4185, 0.0853, 0.2172, 0.4034, 0.2476, 0.3207] observed at (18.4013, 72.9212).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (18.4013°N, 72.9212°E)
Multispectral Input Vector: [0.4185, 0.0853, 0.2172, 0.4034, 0.2476, 0.3207]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.864%
- N2 Concentration: 78.093%
- Water Vapor: 43.98 g/m³

Oceanographic Indicators:
- SST: 30.07°C
- Salinity: 35.91 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 [0.3198, 0.1179, 0.1371, 0.4316, 0.513, 0.0518] observed at (25.0901, 83.0404).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (25.0901°N, 83.0404°E)
Multispectral Input Vector: [0.3198, 0.1179, 0.1371, 0.4316, 0.513, 0.0518]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.887%
- N2 Concentration: 78.092%
- Water Vapor: 40.6 g/m³

Oceanographic Indicators:
- SST: 24.66°C
- Salinity: 0.1 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=0.136, B2=0.0714, B3=0.2981, B4=0.4956, B5=0.3652, B6=0.25 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 24.99°C
- Estimated Salinity: 0.05 PSU
- Water Vapor Density: 37.44 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.944%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 1.9769, Lon: 77.5231 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.1229, B2(Blue)=0.1912, B3(Green)=0.369, B4(Red)=0.4374, B5(NIR)=0.2558, B6(SWIR)=0.2516.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: 1.9769, Lon: 77.5231):
1. Atmospheric Composition:
   - Oxygen (O2): 20.947%
   - Nitrogen (N2): 78.101%
   - Water Vapor Density: 54.7 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.47°C
   - Salinity Level: 34.82 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=0.3436, B2=0.3675, B3=0.2395, B4=0.1901, B5=0.3766, B6=0.3984 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 24.23°C
- Estimated Salinity: 0.82 PSU
- Water Vapor Density: 38.3 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.876%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2317, 0.2649, 0.4704, 0.3996, 0.4147, 0.2674] observed at (33.1864, 75.7967).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (33.1864°N, 75.7967°E)
Multispectral Input Vector: [0.2317, 0.2649, 0.4704, 0.3996, 0.4147, 0.2674]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.893%
- N2 Concentration: 78.094%
- Water Vapor: 15.84 g/m³

Oceanographic Indicators:
- SST: 6.17°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 [0.3299, 0.1367, 0.4137, 0.4482, 0.2984, 0.0815] observed at (32.4194, 78.6988).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (32.4194°N, 78.6988°E)
Multispectral Input Vector: [0.3299, 0.1367, 0.4137, 0.4482, 0.2984, 0.0815]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.907%
- N2 Concentration: 78.098%
- Water Vapor: 16.39 g/m³

Oceanographic Indicators:
- SST: 5.81°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 [0.3588, 0.1809, 0.4552, 0.3066, 0.1919, 0.2655] observed at (12.6693, 87.8591).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (12.6693°N, 87.8591°E)
Multispectral Input Vector: [0.3588, 0.1809, 0.4552, 0.3066, 0.1919, 0.2655]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.89%
- N2 Concentration: 78.096%
- Water Vapor: 50.63 g/m³

Oceanographic Indicators:
- SST: 30.2°C
- Salinity: 33.18 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 [0.2094, 0.2733, 0.3957, 0.2768, 0.6498, 0.0523] observed at (4.4876, 70.7916).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (4.4876°N, 70.7916°E)
Multispectral Input Vector: [0.2094, 0.2733, 0.3957, 0.2768, 0.6498, 0.0523]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.93%
- N2 Concentration: 78.092%
- Water Vapor: 61.45 g/m³

Oceanographic Indicators:
- SST: 28.5°C
- Salinity: 35.08 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=0.4341, B2=0.3736, B3=0.4112, B4=0.121, B5=0.4162, B6=0.0872 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.22°C
- Estimated Salinity: 0.27 PSU
- Water Vapor Density: 18.2 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.9%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 33.636, Lon: 78.071 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.1175, B2(Blue)=0.3071, B3(Green)=0.2877, B4(Red)=0.2576, B5(NIR)=0.2161, B6(SWIR)=0.3704.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 33.636, Lon: 78.071):
1. Atmospheric Composition:
   - Oxygen (O2): 20.927%
   - Nitrogen (N2): 78.092%
   - Water Vapor Density: 9.61 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 4.78°C
   - Salinity Level: 0.08 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=0.1714, B2=0.2604, B3=0.2463, B4=0.2693, B5=0.1538, B6=0.2604 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.84°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 12.75 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.935%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3059, B2=0.2669, B3=0.166, B4=0.5235, B5=0.4305, B6=0.0165 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.82°C
- Estimated Salinity: 0.55 PSU
- Water Vapor Density: 19.75 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.887%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 29.8449, Lon: 77.2718 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.4125, B2(Blue)=0.3426, B3(Green)=0.3815, B4(Red)=0.5252, B5(NIR)=0.456, B6(SWIR)=0.0608.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 29.8449, Lon: 77.2718):
1. Atmospheric Composition:
   - Oxygen (O2): 20.891%
   - Nitrogen (N2): 78.092%
   - Water Vapor Density: 40.15 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 25.76°C
   - Salinity Level: 0.58 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: 26.0151, Lon: 73.3736 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.2595, B2(Blue)=0.0595, B3(Green)=0.2695, B4(Red)=0.5229, B5(NIR)=0.1626, B6(SWIR)=0.0608.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 26.0151, Lon: 73.3736):
1. Atmospheric Composition:
   - Oxygen (O2): 20.922%
   - Nitrogen (N2): 78.096%
   - Water Vapor Density: 14.83 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 33.23°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: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2701, B2=0.2409, B3=0.22, B4=0.3452, B5=0.2844, B6=0.1602 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 30.52°C
- Estimated Salinity: 36.83 PSU
- Water Vapor Density: 45.13 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.917%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2418, 0.2707, 0.0699, 0.3024, 0.4011, 0.094] observed at (1.2304, 85.6211).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (1.2304°N, 85.6211°E)
Multispectral Input Vector: [0.2418, 0.2707, 0.0699, 0.3024, 0.4011, 0.094]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.896%
- N2 Concentration: 78.097%
- Water Vapor: 56.6 g/m³

Oceanographic Indicators:
- SST: 29.66°C
- Salinity: 36.09 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 [0.1248, 0.076, 0.4926, 0.1796, 0.6652, 0.3429] observed at (19.3819, 71.8038).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (19.3819°N, 71.8038°E)
Multispectral Input Vector: [0.1248, 0.076, 0.4926, 0.1796, 0.6652, 0.3429]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.935%
- N2 Concentration: 78.093%
- Water Vapor: 48.5 g/m³

Oceanographic Indicators:
- SST: 28.63°C
- Salinity: 34.97 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: 32.7277, Lon: 75.7625 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.1052, B2(Blue)=0.3482, B3(Green)=0.4514, B4(Red)=0.2895, B5(NIR)=0.6971, B6(SWIR)=0.1512.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 32.7277, Lon: 75.7625):
1. Atmospheric Composition:
   - Oxygen (O2): 20.921%
   - Nitrogen (N2): 78.101%
   - Water Vapor Density: 20.87 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 4.92°C
   - Salinity Level: 0.28 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate 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=0.2022, B2=0.0776, B3=0.4321, B4=0.3386, B5=0.5163, B6=0.2829 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 34.08°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 17.69 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.921%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 32.6977, Lon: 80.2283 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.1378, B2(Blue)=0.2776, B3(Green)=0.1508, B4(Red)=0.1386, B5(NIR)=0.3124, B6(SWIR)=0.0137.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 32.6977, Lon: 80.2283):
1. Atmospheric Composition:
   - Oxygen (O2): 20.923%
   - Nitrogen (N2): 78.104%
   - Water Vapor Density: 17.94 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 5.81°C
   - Salinity Level: 0.76 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: 27.3638, Lon: 70.8795 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.233, B2(Blue)=0.1726, B3(Green)=0.472, B4(Red)=0.2287, B5(NIR)=0.4732, B6(SWIR)=0.3362.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 27.3638, Lon: 70.8795):
1. Atmospheric Composition:
   - Oxygen (O2): 20.925%
   - Nitrogen (N2): 78.1%
   - Water Vapor Density: 17.5 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 31.53°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: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1423, 0.229, 0.2368, 0.2048, 0.3138, 0.1405] observed at (-1.0238, 87.2144).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (-1.0238°N, 87.2144°E)
Multispectral Input Vector: [0.1423, 0.229, 0.2368, 0.2048, 0.3138, 0.1405]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.908%
- N2 Concentration: 78.102%
- Water Vapor: 55.79 g/m³

Oceanographic Indicators:
- SST: 29.53°C
- Salinity: 34.94 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=0.4184, B2=0.1803, B3=0.1608, B4=0.5435, B5=0.5642, B6=0.2492 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): 29.57°C
- Estimated Salinity: 33.3 PSU
- Water Vapor Density: 52.82 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=0.3921, B2=0.1658, B3=0.1329, B4=0.0833, B5=0.1947, B6=0.3962 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 28.24°C
- Estimated Salinity: 36.07 PSU
- Water Vapor Density: 43.62 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.89%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.092, B2=0.2011, B3=0.4822, B4=0.3164, B5=0.6277, B6=0.2873 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 30.13°C
- Estimated Salinity: 36.33 PSU
- Water Vapor Density: 48.39 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.927%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2405, B2=0.2184, B3=0.1469, B4=0.1565, B5=0.0318, B6=0.1497 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 27.72°C
- Estimated Salinity: 36.19 PSU
- Water Vapor Density: 38.82 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone 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=0.2845, B2=0.2834, B3=0.459, B4=0.2, B5=0.1122, B6=0.3416 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 28.25°C
- Estimated Salinity: 36.26 PSU
- Water Vapor Density: 39.59 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.895%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4072, 0.2498, 0.1901, 0.1964, 0.5671, 0.1172] observed at (32.3417, 80.033).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (32.3417°N, 80.033°E)
Multispectral Input Vector: [0.4072, 0.2498, 0.1901, 0.1964, 0.5671, 0.1172]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.898%
- N2 Concentration: 78.093%
- Water Vapor: 18.48 g/m³

Oceanographic Indicators:
- SST: 4.69°C
- Salinity: 0.29 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: 25.3877, Lon: 73.7504 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.2678, B2(Blue)=0.3467, B3(Green)=0.2768, B4(Red)=0.1381, B5(NIR)=0.5226, B6(SWIR)=0.2806.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 25.3877, Lon: 73.7504):
1. Atmospheric Composition:
   - Oxygen (O2): 20.887%
   - Nitrogen (N2): 78.105%
   - Water Vapor Density: 19.02 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 32.79°C
   - Salinity Level: 0.63 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: 14.0192, Lon: 86.9956 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.3563, B2(Blue)=0.0876, B3(Green)=0.337, B4(Red)=0.2471, B5(NIR)=0.4053, B6(SWIR)=0.2061.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 14.0192, Lon: 86.9956):
1. Atmospheric Composition:
   - Oxygen (O2): 20.874%
   - Nitrogen (N2): 78.09%
   - Water Vapor Density: 50.11 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.58°C
   - Salinity Level: 33.56 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=0.0501, B2=0.3799, B3=0.4557, B4=0.4466, B5=0.5051, B6=0.299 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): 31.16°C
- Estimated Salinity: 34.0 PSU
- Water Vapor Density: 52.32 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.941%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1309, 0.2684, 0.1906, 0.1152, 0.639, 0.2994] observed at (26.4657, 72.9551).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (26.4657°N, 72.9551°E)
Multispectral Input Vector: [0.1309, 0.2684, 0.1906, 0.1152, 0.639, 0.2994]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.928%
- N2 Concentration: 78.103%
- Water Vapor: 22.59 g/m³

Oceanographic Indicators:
- SST: 31.54°C
- Salinity: 0.28 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: 34.8761, Lon: 77.2262 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.0791, B2(Blue)=0.2688, B3(Green)=0.145, B4(Red)=0.1935, B5(NIR)=0.5178, B6(SWIR)=0.023.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 34.8761, Lon: 77.2262):
1. Atmospheric Composition:
   - Oxygen (O2): 20.941%
   - Nitrogen (N2): 78.091%
   - Water Vapor Density: 20.15 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 5.67°C
   - Salinity Level: 0.27 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate 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=0.0722, B2=0.246, B3=0.2735, B4=0.0886, B5=0.577, B6=0.0745 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 23.07°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 42.75 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.933%.