Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3751, 0.0979, 0.3426, 0.371, 0.6296, 0.0191] observed at (18.3101, 70.676).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (18.3101°N, 70.676°E)
Multispectral Input Vector: [0.3751, 0.0979, 0.3426, 0.371, 0.6296, 0.0191]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.878%
- N2 Concentration: 78.088%
- Water Vapor: 47.82 g/m³

Oceanographic Indicators:
- SST: 28.75°C
- Salinity: 36.23 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 [0.3648, 0.1971, 0.4894, 0.3663, 0.4526, 0.1378] observed at (27.5046, 72.6812).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.5046°N, 72.6812°E)
Multispectral Input Vector: [0.3648, 0.1971, 0.4894, 0.3663, 0.4526, 0.1378]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.878%
- N2 Concentration: 78.086%
- Water Vapor: 21.3 g/m³

Oceanographic Indicators:
- SST: 33.16°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=0.1065, B2=0.0635, B3=0.4156, B4=0.1243, B5=0.6757, B6=0.1032 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): 29.26°C
- Estimated Salinity: 32.89 PSU
- Water Vapor Density: 54.4 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.913%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4283, 0.2252, 0.0936, 0.0664, 0.1723, 0.1164] observed at (10.1167, 86.2997).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (10.1167°N, 86.2997°E)
Multispectral Input Vector: [0.4283, 0.2252, 0.0936, 0.0664, 0.1723, 0.1164]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.867%
- N2 Concentration: 78.1%
- Water Vapor: 47.59 g/m³

Oceanographic Indicators:
- SST: 28.25°C
- Salinity: 34.11 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: -3.8636, Lon: 82.4751 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.236, B2(Blue)=0.0987, B3(Green)=0.4861, B4(Red)=0.1833, B5(NIR)=0.5885, B6(SWIR)=0.24.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -3.8636, Lon: 82.4751):
1. Atmospheric Composition:
   - Oxygen (O2): 20.898%
   - Nitrogen (N2): 78.085%
   - Water Vapor Density: 55.0 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 27.6°C
   - Salinity Level: 34.48 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=0.1193, B2=0.2323, B3=0.4367, B4=0.4976, B5=0.2988, B6=0.2544 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 25.87°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 36.55 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.926%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0669, B2=0.2853, B3=0.1891, B4=0.1881, B5=0.3009, B6=0.231 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): 29.64°C
- Estimated Salinity: 33.86 PSU
- Water Vapor Density: 47.56 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.931%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1755, 0.1293, 0.4315, 0.261, 0.0798, 0.0954] observed at (18.7959, 70.3892).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (18.7959°N, 70.3892°E)
Multispectral Input Vector: [0.1755, 0.1293, 0.4315, 0.261, 0.0798, 0.0954]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.925%
- N2 Concentration: 78.082%
- Water Vapor: 43.06 g/m³

Oceanographic Indicators:
- SST: 29.76°C
- Salinity: 35.99 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=0.176, B2=0.2627, B3=0.4817, B4=0.2448, B5=0.1146, B6=0.0603 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 23.96°C
- Estimated Salinity: 0.02 PSU
- Water Vapor Density: 35.46 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.907%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1224, 0.2031, 0.4349, 0.0793, 0.5042, 0.317] observed at (25.0331, 84.3942).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (25.0331°N, 84.3942°E)
Multispectral Input Vector: [0.1224, 0.2031, 0.4349, 0.0793, 0.5042, 0.317]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.931%
- N2 Concentration: 78.102%
- Water Vapor: 40.05 g/m³

Oceanographic Indicators:
- SST: 24.1°C
- Salinity: 0.0 PSU

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


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 14.3268, Lon: 85.159 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.247, B2(Blue)=0.2533, B3(Green)=0.2965, B4(Red)=0.4924, B5(NIR)=0.2501, B6(SWIR)=0.297.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 14.3268, Lon: 85.159):
1. Atmospheric Composition:
   - Oxygen (O2): 20.907%
   - Nitrogen (N2): 78.105%
   - Water Vapor Density: 50.5 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.47°C
   - Salinity Level: 33.32 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: 30.6613, Lon: 78.1755 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.1157, B2(Blue)=0.148, B3(Green)=0.0773, B4(Red)=0.5425, B5(NIR)=0.348, B6(SWIR)=0.3774.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 30.6613, Lon: 78.1755):
1. Atmospheric Composition:
   - Oxygen (O2): 20.94%
   - Nitrogen (N2): 78.093%
   - Water Vapor Density: 13.71 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 6.31°C
   - Salinity Level: 0.61 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits cool high-latitude characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3838, 0.2784, 0.1984, 0.4124, 0.4456, 0.2493] observed at (19.7892, 70.3915).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (19.7892°N, 70.3915°E)
Multispectral Input Vector: [0.3838, 0.2784, 0.1984, 0.4124, 0.4456, 0.2493]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.88%
- N2 Concentration: 78.089%
- Water Vapor: 44.55 g/m³

Oceanographic Indicators:
- SST: 29.71°C
- Salinity: 36.17 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: -0.9459, Lon: 87.6308 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.2985, B2(Blue)=0.1658, B3(Green)=0.3775, B4(Red)=0.4571, B5(NIR)=0.2705, B6(SWIR)=0.3719.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -0.9459, Lon: 87.6308):
1. Atmospheric Composition:
   - Oxygen (O2): 20.909%
   - Nitrogen (N2): 78.086%
   - Water Vapor Density: 52.58 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.27°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: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2491, 0.3539, 0.2715, 0.3464, 0.0999, 0.0888] observed at (14.36, 89.1012).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (14.36°N, 89.1012°E)
Multispectral Input Vector: [0.2491, 0.3539, 0.2715, 0.3464, 0.0999, 0.0888]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.928%
- N2 Concentration: 78.103%
- Water Vapor: 50.11 g/m³

Oceanographic Indicators:
- SST: 30.48°C
- Salinity: 33.97 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: 17.9521, Lon: 70.416 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.3644, B2(Blue)=0.2971, B3(Green)=0.3447, B4(Red)=0.1063, B5(NIR)=0.3723, B6(SWIR)=0.1033.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 17.9521, Lon: 70.416):
1. Atmospheric Composition:
   - Oxygen (O2): 20.884%
   - Nitrogen (N2): 78.09%
   - Water Vapor Density: 47.87 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 27.54°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: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.184, 0.3687, 0.2672, 0.1939, 0.6666, 0.3025] observed at (2.9903, 85.3013).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (2.9903°N, 85.3013°E)
Multispectral Input Vector: [0.184, 0.3687, 0.2672, 0.1939, 0.6666, 0.3025]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.925%
- N2 Concentration: 78.104%
- Water Vapor: 55.32 g/m³

Oceanographic Indicators:
- SST: 27.2°C
- Salinity: 35.73 PSU

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


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 29.2285, Lon: 83.9231 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.3279, B2(Blue)=0.3642, B3(Green)=0.4168, B4(Red)=0.5116, B5(NIR)=0.4486, B6(SWIR)=0.2522.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 29.2285, Lon: 83.9231):
1. Atmospheric Composition:
   - Oxygen (O2): 20.891%
   - Nitrogen (N2): 78.109%
   - Water Vapor Density: 39.67 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 26.52°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3732, 0.0988, 0.3534, 0.3303, 0.5406, 0.2572] observed at (15.8839, 72.9873).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (15.8839°N, 72.9873°E)
Multispectral Input Vector: [0.3732, 0.0988, 0.3534, 0.3303, 0.5406, 0.2572]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.904%
- N2 Concentration: 78.086%
- Water Vapor: 47.21 g/m³

Oceanographic Indicators:
- SST: 29.55°C
- Salinity: 35.64 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=0.2495, B2=0.116, B3=0.1479, B4=0.3059, B5=0.3201, B6=0.1506 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 5.47°C
- Estimated Salinity: 0.52 PSU
- Water Vapor Density: 13.95 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.909%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2117, 0.2076, 0.1561, 0.419, 0.6374, 0.3109] observed at (18.9295, 69.7082).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (18.9295°N, 69.7082°E)
Multispectral Input Vector: [0.2117, 0.2076, 0.1561, 0.419, 0.6374, 0.3109]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.907%
- N2 Concentration: 78.104%
- Water Vapor: 47.45 g/m³

Oceanographic Indicators:
- SST: 30.53°C
- Salinity: 36.83 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: 25.9566, Lon: 77.8893 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.0636, B2(Blue)=0.1864, B3(Green)=0.2943, B4(Red)=0.4695, B5(NIR)=0.4636, B6(SWIR)=0.0409.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 25.9566, Lon: 77.8893):
1. Atmospheric Composition:
   - Oxygen (O2): 20.943%
   - Nitrogen (N2): 78.096%
   - Water Vapor Density: 38.39 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 25.45°C
   - Salinity Level: 0.4 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4427, 0.1721, 0.1553, 0.4062, 0.2981, 0.0903] observed at (17.5035, 86.9599).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (17.5035°N, 86.9599°E)
Multispectral Input Vector: [0.4427, 0.1721, 0.1553, 0.4062, 0.2981, 0.0903]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.864%
- N2 Concentration: 78.09%
- Water Vapor: 50.44 g/m³

Oceanographic Indicators:
- SST: 29.49°C
- Salinity: 33.99 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 [0.378, 0.2477, 0.3633, 0.5147, 0.2284, 0.0383] observed at (17.2592, 71.1559).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (17.2592°N, 71.1559°E)
Multispectral Input Vector: [0.378, 0.2477, 0.3633, 0.5147, 0.2284, 0.0383]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.909%
- N2 Concentration: 78.102%
- Water Vapor: 45.53 g/m³

Oceanographic Indicators:
- SST: 28.83°C
- Salinity: 36.65 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: 30.0155, Lon: 79.9121 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.3488, B2(Blue)=0.1642, B3(Green)=0.465, B4(Red)=0.4114, B5(NIR)=0.6782, B6(SWIR)=0.1262.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 30.0155, Lon: 79.9121):
1. Atmospheric Composition:
   - Oxygen (O2): 20.913%
   - Nitrogen (N2): 78.087%
   - Water Vapor Density: 20.1 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 6.64°C
   - Salinity Level: 0.0 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=0.1391, B2=0.3053, B3=0.2734, B4=0.1202, B5=0.6798, B6=0.3524 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 23.41°C
- Estimated Salinity: 0.74 PSU
- Water Vapor Density: 38.53 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains 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=0.3252, B2=0.3885, B3=0.4246, B4=0.0797, B5=0.311, B6=0.2443 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 26.38°C
- Estimated Salinity: 34.99 PSU
- Water Vapor Density: 55.75 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.907%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1525, B2=0.1993, B3=0.3809, B4=0.081, B5=0.602, B6=0.2024 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 23.37°C
- Estimated Salinity: 0.24 PSU
- Water Vapor Density: 40.78 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.933%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4023, 0.2018, 0.2544, 0.212, 0.4548, 0.3242] observed at (3.9748, 76.7935).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (3.9748°N, 76.7935°E)
Multispectral Input Vector: [0.4023, 0.2018, 0.2544, 0.212, 0.4548, 0.3242]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.9%
- N2 Concentration: 78.093%
- Water Vapor: 53.63 g/m³

Oceanographic Indicators:
- SST: 26.95°C
- Salinity: 35.44 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=0.1452, B2=0.2992, B3=0.1134, B4=0.4597, B5=0.1871, B6=0.0507 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): 29.71°C
- Estimated Salinity: 34.64 PSU
- Water Vapor Density: 50.45 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.909%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2546, 0.3218, 0.4815, 0.539, 0.6013, 0.0486] observed at (30.398, 81.8813).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (30.398°N, 81.8813°E)
Multispectral Input Vector: [0.2546, 0.3218, 0.4815, 0.539, 0.6013, 0.0486]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.908%
- N2 Concentration: 78.096%
- Water Vapor: 18.74 g/m³

Oceanographic Indicators:
- SST: 7.29°C
- Salinity: 0.12 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=0.2274, B2=0.3594, B3=0.2132, B4=0.5242, B5=0.4501, B6=0.3513 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 33.06°C
- Estimated Salinity: 0.71 PSU
- Water Vapor Density: 15.72 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.913%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3678, B2=0.2407, B3=0.1192, B4=0.3338, B5=0.6501, B6=0.0219 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.14°C
- Estimated Salinity: 0.1 PSU
- Water Vapor Density: 24.73 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.882%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1684, 0.1122, 0.2986, 0.4775, 0.1464, 0.3691] observed at (29.8033, 76.9383).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (29.8033°N, 76.9383°E)
Multispectral Input Vector: [0.1684, 0.1122, 0.2986, 0.4775, 0.1464, 0.3691]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.91%
- N2 Concentration: 78.099%
- Water Vapor: 33.12 g/m³

Oceanographic Indicators:
- SST: 24.62°C
- Salinity: 0.06 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=0.0867, B2=0.3867, B3=0.4884, B4=0.1375, B5=0.6875, B6=0.0264 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.01°C
- Estimated Salinity: 0.05 PSU
- Water Vapor Density: 19.15 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.923%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.44, B2=0.2384, B3=0.2153, B4=0.2695, B5=0.1789, B6=0.2211 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 5.2°C
- Estimated Salinity: 0.31 PSU
- Water Vapor Density: 11.32 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.892%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1983, 0.3095, 0.2512, 0.5437, 0.5138, 0.0241] observed at (28.1477, 78.4667).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (28.1477°N, 78.4667°E)
Multispectral Input Vector: [0.1983, 0.3095, 0.2512, 0.5437, 0.5138, 0.0241]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.926%
- N2 Concentration: 78.107%
- Water Vapor: 40.26 g/m³

Oceanographic Indicators:
- SST: 25.2°C
- Salinity: 0.16 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: -0.166, Lon: 84.8501 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.3037, B2(Blue)=0.2421, B3(Green)=0.2719, B4(Red)=0.2055, B5(NIR)=0.5735, B6(SWIR)=0.1883.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -0.166, Lon: 84.8501):
1. Atmospheric Composition:
   - Oxygen (O2): 20.917%
   - Nitrogen (N2): 78.087%
   - Water Vapor Density: 55.2 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.41°C
   - Salinity Level: 35.37 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=0.2553, B2=0.3371, B3=0.4104, B4=0.1148, B5=0.1187, B6=0.1351 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 4.81°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 12.08 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.913%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3015, 0.2601, 0.0764, 0.3067, 0.5871, 0.0819] observed at (-4.3145, 74.3296).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (-4.3145°N, 74.3296°E)
Multispectral Input Vector: [0.3015, 0.2601, 0.0764, 0.3067, 0.5871, 0.0819]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.885%
- N2 Concentration: 78.089%
- Water Vapor: 58.28 g/m³

Oceanographic Indicators:
- SST: 28.46°C
- Salinity: 35.55 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 [0.1163, 0.2204, 0.3837, 0.0615, 0.6091, 0.1897] observed at (14.4595, 84.731).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (14.4595°N, 84.731°E)
Multispectral Input Vector: [0.1163, 0.2204, 0.3837, 0.0615, 0.6091, 0.1897]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.933%
- N2 Concentration: 78.099%
- Water Vapor: 52.32 g/m³

Oceanographic Indicators:
- SST: 29.48°C
- Salinity: 33.33 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=0.4196, B2=0.2116, B3=0.334, B4=0.4915, B5=0.2739, B6=0.0965 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.62°C
- Estimated Salinity: 35.09 PSU
- Water Vapor Density: 56.32 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.902%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3404, 0.0662, 0.198, 0.3975, 0.3391, 0.2168] observed at (4.548, 74.2732).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (4.548°N, 74.2732°E)
Multispectral Input Vector: [0.3404, 0.0662, 0.198, 0.3975, 0.3391, 0.2168]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.91%
- N2 Concentration: 78.092%
- Water Vapor: 55.52 g/m³

Oceanographic Indicators:
- SST: 29.53°C
- Salinity: 34.4 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: 26.4192, Lon: 78.2081 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.325, B2(Blue)=0.3975, B3(Green)=0.397, B4(Red)=0.0706, B5(NIR)=0.3411, B6(SWIR)=0.1612.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 26.4192, Lon: 78.2081):
1. Atmospheric Composition:
   - Oxygen (O2): 20.912%
   - Nitrogen (N2): 78.113%
   - Water Vapor Density: 37.6 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 22.6°C
   - Salinity Level: 0.83 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=0.121, B2=0.3497, B3=0.1583, B4=0.3942, B5=0.0956, B6=0.1734 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 5.29°C
- Estimated Salinity: 0.56 PSU
- Water Vapor Density: 14.17 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.939%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 17.3308, Lon: 69.4844 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.1617, B2(Blue)=0.3942, B3(Green)=0.3651, B4(Red)=0.2308, B5(NIR)=0.0393, B6(SWIR)=0.3341.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 17.3308, Lon: 69.4844):
1. Atmospheric Composition:
   - Oxygen (O2): 20.914%
   - Nitrogen (N2): 78.095%
   - Water Vapor Density: 41.98 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.86°C
   - Salinity Level: 36.8 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 [0.4089, 0.3685, 0.3847, 0.343, 0.6436, 0.3949] observed at (34.5503, 76.2493).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (34.5503°N, 76.2493°E)
Multispectral Input Vector: [0.4089, 0.3685, 0.3847, 0.343, 0.6436, 0.3949]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.873%
- N2 Concentration: 78.111%
- Water Vapor: 18.52 g/m³

Oceanographic Indicators:
- SST: 4.84°C
- Salinity: 0.43 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 [0.4162, 0.3898, 0.1146, 0.2276, 0.0869, 0.1528] observed at (25.7615, 75.9411).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (25.7615°N, 75.9411°E)
Multispectral Input Vector: [0.4162, 0.3898, 0.1146, 0.2276, 0.0869, 0.1528]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.902%
- N2 Concentration: 78.113%
- Water Vapor: 34.41 g/m³

Oceanographic Indicators:
- SST: 24.26°C
- Salinity: 0.51 PSU

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


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 19.9926, Lon: 69.3176 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.3656, B2(Blue)=0.1338, B3(Green)=0.3927, B4(Red)=0.2322, B5(NIR)=0.331, B6(SWIR)=0.1174.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 19.9926, Lon: 69.3176):
1. Atmospheric Composition:
   - Oxygen (O2): 20.883%
   - Nitrogen (N2): 78.1%
   - Water Vapor Density: 42.61 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.57°C
   - Salinity Level: 36.29 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=0.0625, B2=0.1491, B3=0.1841, B4=0.3227, B5=0.6094, B6=0.1006 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 29.58°C
- Estimated Salinity: 35.29 PSU
- Water Vapor Density: 57.15 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.93%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 12.2386, Lon: 84.9272 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.2579, B2(Blue)=0.2512, B3(Green)=0.4167, B4(Red)=0.4498, B5(NIR)=0.5661, B6(SWIR)=0.0886.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 12.2386, Lon: 84.9272):
1. Atmospheric Composition:
   - Oxygen (O2): 20.927%
   - Nitrogen (N2): 78.093%
   - Water Vapor Density: 51.73 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.86°C
   - Salinity Level: 33.8 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=0.1781, B2=0.2193, B3=0.368, B4=0.2578, B5=0.1629, B6=0.0989 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 5.85°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 14.69 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.902%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3606, 0.1285, 0.2276, 0.1361, 0.4169, 0.2582] observed at (-1.3398, 77.131).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (-1.3398°N, 77.131°E)
Multispectral Input Vector: [0.3606, 0.1285, 0.2276, 0.1361, 0.4169, 0.2582]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.876%
- N2 Concentration: 78.095%
- Water Vapor: 55.47 g/m³

Oceanographic Indicators:
- SST: 28.31°C
- Salinity: 34.45 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 [0.1385, 0.2889, 0.0787, 0.2937, 0.5482, 0.334] observed at (28.3157, 76.9515).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (28.3157°N, 76.9515°E)
Multispectral Input Vector: [0.1385, 0.2889, 0.0787, 0.2937, 0.5482, 0.334]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.937%
- N2 Concentration: 78.093%
- Water Vapor: 40.94 g/m³

Oceanographic Indicators:
- SST: 23.76°C
- Salinity: 0.64 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=0.3797, B2=0.2504, B3=0.4226, B4=0.1329, B5=0.3982, B6=0.1793 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 30.91°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 17.24 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.909%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: -1.532, Lon: 87.6604 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.1662, B2(Blue)=0.2662, B3(Green)=0.1642, B4(Red)=0.2204, B5(NIR)=0.1387, B6(SWIR)=0.1292.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -1.532, Lon: 87.6604):
1. Atmospheric Composition:
   - Oxygen (O2): 20.918%
   - Nitrogen (N2): 78.089%
   - Water Vapor Density: 53.81 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.11°C
   - Salinity Level: 35.91 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=0.0696, B2=0.3404, B3=0.1069, B4=0.3584, B5=0.1049, B6=0.0649 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): 30.71°C
- Estimated Salinity: 34.55 PSU
- Water Vapor Density: 48.44 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.955%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3335, B2=0.1794, B3=0.3331, B4=0.3691, B5=0.2962, B6=0.0343 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): 30.4°C
- Estimated Salinity: 33.49 PSU
- Water Vapor Density: 53.31 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.908%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.9165, Lon: 73.4499 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.2672, B2(Blue)=0.278, B3(Green)=0.2227, B4(Red)=0.2822, B5(NIR)=0.6799, B6(SWIR)=0.2309.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 27.9165, Lon: 73.4499):
1. Atmospheric Composition:
   - Oxygen (O2): 20.886%
   - Nitrogen (N2): 78.103%
   - Water Vapor Density: 19.23 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 32.48°C
   - Salinity Level: 0.59 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 [0.2585, 0.3209, 0.3061, 0.0479, 0.3373, 0.1088] observed at (15.346, 68.7429).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (15.346°N, 68.7429°E)
Multispectral Input Vector: [0.2585, 0.3209, 0.3061, 0.0479, 0.3373, 0.1088]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.898%
- N2 Concentration: 78.108%
- Water Vapor: 44.81 g/m³

Oceanographic Indicators:
- SST: 27.52°C
- Salinity: 36.13 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=0.4433, B2=0.2132, B3=0.3844, B4=0.4846, B5=0.1982, B6=0.0457 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: 16.57 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=0.3109, B2=0.3795, B3=0.2785, B4=0.1987, B5=0.0348, B6=0.12 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 23.29°C
- Estimated Salinity: 0.94 PSU
- Water Vapor Density: 36.86 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.909%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0732, B2=0.1497, B3=0.3662, B4=0.1733, B5=0.0964, B6=0.0817 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): 29.32°C
- Estimated Salinity: 33.37 PSU
- Water Vapor Density: 49.24 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.952%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 26.5926, Lon: 82.9557 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.1534, B2(Blue)=0.0504, B3(Green)=0.2639, B4(Red)=0.5349, B5(NIR)=0.2575, B6(SWIR)=0.0197.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 26.5926, Lon: 82.9557):
1. Atmospheric Composition:
   - Oxygen (O2): 20.923%
   - Nitrogen (N2): 78.093%
   - Water Vapor Density: 37.27 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 25.87°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 15.4951, Lon: 89.3618 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.1065, B2(Blue)=0.3368, B3(Green)=0.2706, B4(Red)=0.3159, B5(NIR)=0.6161, B6(SWIR)=0.1685.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 15.4951, Lon: 89.3618):
1. Atmospheric Composition:
   - Oxygen (O2): 20.926%
   - Nitrogen (N2): 78.091%
   - Water Vapor Density: 54.77 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.44°C
   - Salinity Level: 33.57 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 13.7331, Lon: 84.0015 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.2669, B2(Blue)=0.2563, B3(Green)=0.077, B4(Red)=0.3829, B5(NIR)=0.1461, B6(SWIR)=0.1883.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 13.7331, Lon: 84.0015):
1. Atmospheric Composition:
   - Oxygen (O2): 20.909%
   - Nitrogen (N2): 78.102%
   - Water Vapor Density: 50.34 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.91°C
   - Salinity Level: 34.54 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: 11.0822, Lon: 88.8913 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.09, B2(Blue)=0.3785, B3(Green)=0.2328, B4(Red)=0.2258, B5(NIR)=0.3244, B6(SWIR)=0.2904.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 11.0822, Lon: 88.8913):
1. Atmospheric Composition:
   - Oxygen (O2): 20.948%
   - Nitrogen (N2): 78.099%
   - Water Vapor Density: 49.75 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.27°C
   - Salinity Level: 34.21 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.074, B2=0.0816, B3=0.4484, B4=0.2356, B5=0.6965, B6=0.0479 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 33.66°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 23.79 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.929%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.2477, Lon: 72.7451 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.2914, B2(Blue)=0.2426, B3(Green)=0.3794, B4(Red)=0.2061, B5(NIR)=0.1767, B6(SWIR)=0.0904.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 27.2477, Lon: 72.7451):
1. Atmospheric Composition:
   - Oxygen (O2): 20.906%
   - Nitrogen (N2): 78.096%
   - Water Vapor Density: 14.06 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 31.83°C
   - Salinity Level: 0.11 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: 26.9736, Lon: 70.7595 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.0561, B2(Blue)=0.2175, B3(Green)=0.4474, B4(Red)=0.4546, B5(NIR)=0.3768, B6(SWIR)=0.2432.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 26.9736, Lon: 70.7595):
1. Atmospheric Composition:
   - Oxygen (O2): 20.919%
   - Nitrogen (N2): 78.093%
   - Water Vapor Density: 15.35 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 34.49°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 [0.3508, 0.2477, 0.1177, 0.1284, 0.2952, 0.2371] observed at (16.7294, 69.1859).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (16.7294°N, 69.1859°E)
Multispectral Input Vector: [0.3508, 0.2477, 0.1177, 0.1284, 0.2952, 0.2371]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.884%
- N2 Concentration: 78.094%
- Water Vapor: 43.22 g/m³

Oceanographic Indicators:
- SST: 27.32°C
- Salinity: 36.38 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=0.1191, B2=0.2417, B3=0.3115, B4=0.2914, B5=0.5904, B6=0.1378 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 29.33°C
- Estimated Salinity: 34.79 PSU
- Water Vapor Density: 57.91 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.929%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4464, 0.2888, 0.4073, 0.1846, 0.042, 0.2791] observed at (-1.3224, 87.4189).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (-1.3224°N, 87.4189°E)
Multispectral Input Vector: [0.4464, 0.2888, 0.4073, 0.1846, 0.042, 0.2791]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.873%
- N2 Concentration: 78.092%
- Water Vapor: 49.8 g/m³

Oceanographic Indicators:
- SST: 27.2°C
- Salinity: 34.71 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 [0.1512, 0.1259, 0.3534, 0.5011, 0.6798, 0.3384] observed at (11.0536, 86.4097).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (11.0536°N, 86.4097°E)
Multispectral Input Vector: [0.1512, 0.1259, 0.3534, 0.5011, 0.6798, 0.3384]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.922%
- N2 Concentration: 78.092%
- Water Vapor: 55.17 g/m³

Oceanographic Indicators:
- SST: 29.8°C
- Salinity: 32.81 PSU

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


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1993, 0.2032, 0.4502, 0.494, 0.1913, 0.1417] observed at (3.0448, 72.1542).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (3.0448°N, 72.1542°E)
Multispectral Input Vector: [0.1993, 0.2032, 0.4502, 0.494, 0.1913, 0.1417]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.917%
- N2 Concentration: 78.098%
- Water Vapor: 50.73 g/m³

Oceanographic Indicators:
- SST: 29.21°C
- Salinity: 34.7 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: 26.7688, Lon: 72.3356 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.4152, B2(Blue)=0.2161, B3(Green)=0.3635, B4(Red)=0.1416, B5(NIR)=0.5427, B6(SWIR)=0.2503.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 26.7688, Lon: 72.3356):
1. Atmospheric Composition:
   - Oxygen (O2): 20.899%
   - Nitrogen (N2): 78.096%
   - Water Vapor Density: 20.82 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 32.08°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate 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=0.1503, B2=0.3054, B3=0.4913, B4=0.237, B5=0.1766, B6=0.0729 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): 30.11°C
- Estimated Salinity: 32.96 PSU
- Water Vapor Density: 47.09 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 [0.4002, 0.0965, 0.1791, 0.5454, 0.2023, 0.2215] observed at (28.409, 76.3462).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (28.409°N, 76.3462°E)
Multispectral Input Vector: [0.4002, 0.0965, 0.1791, 0.5454, 0.2023, 0.2215]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.895%
- N2 Concentration: 78.098%
- Water Vapor: 35.58 g/m³

Oceanographic Indicators:
- SST: 25.43°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 [0.3722, 0.0857, 0.3047, 0.5407, 0.4084, 0.3769] observed at (19.6817, 68.3285).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (19.6817°N, 68.3285°E)
Multispectral Input Vector: [0.3722, 0.0857, 0.3047, 0.5407, 0.4084, 0.3769]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.908%
- N2 Concentration: 78.096%
- Water Vapor: 42.4 g/m³

Oceanographic Indicators:
- SST: 30.15°C
- Salinity: 36.21 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: 30.5023, Lon: 74.6861 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.2694, B2(Blue)=0.0594, B3(Green)=0.3026, B4(Red)=0.2829, B5(NIR)=0.571, B6(SWIR)=0.3309.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 30.5023, Lon: 74.6861):
1. Atmospheric Composition:
   - Oxygen (O2): 20.922%
   - Nitrogen (N2): 78.084%
   - Water Vapor Density: 14.52 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 4.42°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: 17.9281, Lon: 70.9333 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.3313, B2(Blue)=0.1192, B3(Green)=0.0963, B4(Red)=0.4084, B5(NIR)=0.2169, B6(SWIR)=0.3869.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 17.9281, Lon: 70.9333):
1. Atmospheric Composition:
   - Oxygen (O2): 20.904%
   - Nitrogen (N2): 78.092%
   - Water Vapor Density: 43.57 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.59°C
   - Salinity Level: 36.67 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=0.2192, B2=0.0637, B3=0.3583, B4=0.1825, B5=0.1139, B6=0.3291 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): 29.38°C
- Estimated Salinity: 32.53 PSU
- Water Vapor Density: 45.1 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.914%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.221, 0.3908, 0.1482, 0.1665, 0.0935, 0.0322] observed at (32.9123, 79.9387).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (32.9123°N, 79.9387°E)
Multispectral Input Vector: [0.221, 0.3908, 0.1482, 0.1665, 0.0935, 0.0322]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.897%
- N2 Concentration: 78.098%
- Water Vapor: 15.22 g/m³

Oceanographic Indicators:
- SST: 4.55°C
- Salinity: 0.91 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 [0.3618, 0.332, 0.1511, 0.4147, 0.508, 0.1006] observed at (0.1607, 74.3328).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (0.1607°N, 74.3328°E)
Multispectral Input Vector: [0.3618, 0.332, 0.1511, 0.4147, 0.508, 0.1006]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.877%
- N2 Concentration: 78.105%
- Water Vapor: 55.06 g/m³

Oceanographic Indicators:
- SST: 28.54°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 [0.3694, 0.1987, 0.1784, 0.5097, 0.089, 0.2424] observed at (31.5496, 81.4234).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (31.5496°N, 81.4234°E)
Multispectral Input Vector: [0.3694, 0.1987, 0.1784, 0.5097, 0.089, 0.2424]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.907%
- N2 Concentration: 78.086%
- Water Vapor: 12.18 g/m³

Oceanographic Indicators:
- SST: 6.13°C
- Salinity: 0.39 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=0.07, B2=0.299, B3=0.474, B4=0.1401, B5=0.4052, B6=0.2135 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 29.28°C
- Estimated Salinity: 34.63 PSU
- Water Vapor Density: 56.22 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.945%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.413, B2=0.2645, B3=0.4111, B4=0.0402, B5=0.3014, B6=0.3623 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): 27.74°C
- Estimated Salinity: 33.9 PSU
- Water Vapor Density: 50.47 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.883%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 17.6629, Lon: 70.5381 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.161, B2(Blue)=0.2845, B3(Green)=0.3218, B4(Red)=0.4134, B5(NIR)=0.2212, B6(SWIR)=0.0954.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 17.6629, Lon: 70.5381):
1. Atmospheric Composition:
   - Oxygen (O2): 20.91%
   - Nitrogen (N2): 78.097%
   - Water Vapor Density: 42.44 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.83°C
   - Salinity Level: 36.85 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 [0.3709, 0.2545, 0.2639, 0.4833, 0.6526, 0.2895] observed at (27.68, 70.3691).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.68°N, 70.3691°E)
Multispectral Input Vector: [0.3709, 0.2545, 0.2639, 0.4833, 0.6526, 0.2895]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.882%
- N2 Concentration: 78.091%
- Water Vapor: 22.41 g/m³

Oceanographic Indicators:
- SST: 33.45°C
- Salinity: 0.54 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: 30.4045, Lon: 74.2734 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.4293, B2(Blue)=0.2848, B3(Green)=0.4555, B4(Red)=0.3144, B5(NIR)=0.4986, B6(SWIR)=0.1299.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 30.4045, Lon: 74.2734):
1. Atmospheric Composition:
   - Oxygen (O2): 20.891%
   - Nitrogen (N2): 78.101%
   - Water Vapor Density: 14.88 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 5.93°C
   - Salinity Level: 0.26 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits cool high-latitude characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4315, 0.3549, 0.437, 0.2379, 0.285, 0.3366] observed at (31.1437, 76.3892).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (31.1437°N, 76.3892°E)
Multispectral Input Vector: [0.4315, 0.3549, 0.437, 0.2379, 0.285, 0.3366]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.895%
- N2 Concentration: 78.093%
- Water Vapor: 10.75 g/m³

Oceanographic Indicators:
- SST: 6.14°C
- Salinity: 0.18 PSU

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


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0909, B2=0.076, B3=0.0663, B4=0.0524, B5=0.2113, B6=0.2244 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 29.35°C
- Estimated Salinity: 36.61 PSU
- Water Vapor Density: 43.49 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.945%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2104, 0.1847, 0.0804, 0.4483, 0.6173, 0.083] observed at (-4.6145, 76.8169).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (-4.6145°N, 76.8169°E)
Multispectral Input Vector: [0.2104, 0.1847, 0.0804, 0.4483, 0.6173, 0.083]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.898%
- N2 Concentration: 78.093%
- Water Vapor: 60.69 g/m³

Oceanographic Indicators:
- SST: 28.57°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=0.3832, B2=0.1402, B3=0.4096, B4=0.3354, B5=0.1656, B6=0.3971 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.82°C
- Estimated Salinity: 34.36 PSU
- Water Vapor Density: 48.47 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.904%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1037, B2=0.3288, B3=0.1154, B4=0.4093, B5=0.2782, B6=0.2429 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.4°C
- Estimated Salinity: 0.92 PSU
- Water Vapor Density: 11.07 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.929%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3304, 0.0981, 0.0624, 0.0886, 0.6117, 0.3917] observed at (16.2422, 83.8357).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (16.2422°N, 83.8357°E)
Multispectral Input Vector: [0.3304, 0.0981, 0.0624, 0.0886, 0.6117, 0.3917]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.879%
- N2 Concentration: 78.094%
- Water Vapor: 51.99 g/m³

Oceanographic Indicators:
- SST: 28.69°C
- Salinity: 34.11 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: 11.4423, Lon: 86.1482 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.3976, B2(Blue)=0.0874, B3(Green)=0.2879, B4(Red)=0.5015, B5(NIR)=0.2136, B6(SWIR)=0.0206.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 11.4423, Lon: 86.1482):
1. Atmospheric Composition:
   - Oxygen (O2): 20.882%
   - Nitrogen (N2): 78.079%
   - Water Vapor Density: 49.08 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.38°C
   - Salinity Level: 32.97 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 [0.0793, 0.0928, 0.2148, 0.5173, 0.2279, 0.3295] observed at (30.9406, 80.0551).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (30.9406°N, 80.0551°E)
Multispectral Input Vector: [0.0793, 0.0928, 0.2148, 0.5173, 0.2279, 0.3295]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.932%
- N2 Concentration: 78.096%
- Water Vapor: 12.08 g/m³

Oceanographic Indicators:
- SST: 7.55°C
- Salinity: 0.0 PSU

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


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: -1.6598, Lon: 70.764 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.254, B2(Blue)=0.2942, B3(Green)=0.2007, B4(Red)=0.4943, B5(NIR)=0.3642, B6(SWIR)=0.1833.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -1.6598, Lon: 70.764):
1. Atmospheric Composition:
   - Oxygen (O2): 20.91%
   - Nitrogen (N2): 78.098%
   - Water Vapor Density: 53.16 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.51°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 [0.0533, 0.3914, 0.3528, 0.4006, 0.4075, 0.3394] observed at (27.2627, 73.071).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.2627°N, 73.071°E)
Multispectral Input Vector: [0.0533, 0.3914, 0.3528, 0.4006, 0.4075, 0.3394]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.934%
- N2 Concentration: 78.098%
- Water Vapor: 17.8 g/m³

Oceanographic Indicators:
- SST: 34.26°C
- Salinity: 0.73 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=0.0582, B2=0.3706, B3=0.2551, B4=0.165, B5=0.1953, B6=0.0876 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): 28.85°C
- Estimated Salinity: 34.56 PSU
- Water Vapor Density: 50.32 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.937%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.089, B2=0.2979, B3=0.3249, B4=0.4746, B5=0.3739, B6=0.3415 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 31.35°C
- Estimated Salinity: 36.77 PSU
- Water Vapor Density: 45.05 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone 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=0.1011, B2=0.3038, B3=0.4463, B4=0.459, B5=0.3299, B6=0.1649 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 24.61°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 35.55 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.938%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1027, B2=0.1552, B3=0.1814, B4=0.445, B5=0.6477, B6=0.3112 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.43°C
- Estimated Salinity: 35.22 PSU
- Water Vapor Density: 57.92 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial 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=0.0689, B2=0.3882, B3=0.1238, B4=0.0964, B5=0.3759, B6=0.3502 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): 29.72°C
- Estimated Salinity: 34.88 PSU
- Water Vapor Density: 49.77 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.951%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2268, B2=0.2114, B3=0.1215, B4=0.4707, B5=0.1202, B6=0.0429 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.7°C
- Estimated Salinity: 35.77 PSU
- Water Vapor Density: 51.67 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.929%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 25.587, Lon: 73.8052 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.4004, B2(Blue)=0.1835, B3(Green)=0.2124, B4(Red)=0.3491, B5(NIR)=0.2582, B6(SWIR)=0.0741.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 25.587, Lon: 73.8052):
1. Atmospheric Composition:
   - Oxygen (O2): 20.89%
   - Nitrogen (N2): 78.083%
   - Water Vapor Density: 19.06 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 33.76°C
   - Salinity Level: 0.47 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: 13.4809, Lon: 85.1276 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.413, B2(Blue)=0.2473, B3(Green)=0.3539, B4(Red)=0.3646, B5(NIR)=0.5966, B6(SWIR)=0.2148.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 13.4809, Lon: 85.1276):
1. Atmospheric Composition:
   - Oxygen (O2): 20.899%
   - Nitrogen (N2): 78.089%
   - Water Vapor Density: 52.7 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.92°C
   - Salinity Level: 33.42 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 [0.2688, 0.0535, 0.3784, 0.505, 0.438, 0.2118] observed at (32.8536, 74.9866).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (32.8536°N, 74.9866°E)
Multispectral Input Vector: [0.2688, 0.0535, 0.3784, 0.505, 0.438, 0.2118]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.886%
- N2 Concentration: 78.085%
- Water Vapor: 15.07 g/m³

Oceanographic Indicators:
- SST: 5.89°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=0.2777, B2=0.1333, B3=0.2372, B4=0.5499, B5=0.6118, B6=0.2736 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 34.22°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 21.35 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.906%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2078, 0.273, 0.4815, 0.1385, 0.5689, 0.1857] observed at (34.8637, 80.3238).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (34.8637°N, 80.3238°E)
Multispectral Input Vector: [0.2078, 0.273, 0.4815, 0.1385, 0.5689, 0.1857]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.923%
- N2 Concentration: 78.1%
- Water Vapor: 17.43 g/m³

Oceanographic Indicators:
- SST: 6.24°C
- Salinity: 0.3 PSU

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


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.9922, Lon: 76.6528 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.3255, B2(Blue)=0.2525, B3(Green)=0.2412, B4(Red)=0.393, B5(NIR)=0.2345, B6(SWIR)=0.3804.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 27.9922, Lon: 76.6528):
1. Atmospheric Composition:
   - Oxygen (O2): 20.879%
   - Nitrogen (N2): 78.105%
   - Water Vapor Density: 33.82 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 25.39°C
   - Salinity Level: 0.72 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.102, 0.2122, 0.2183, 0.2426, 0.6956, 0.1776] observed at (13.2293, 89.563).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (13.2293°N, 89.563°E)
Multispectral Input Vector: [0.102, 0.2122, 0.2183, 0.2426, 0.6956, 0.1776]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.945%
- N2 Concentration: 78.102%
- Water Vapor: 56.81 g/m³

Oceanographic Indicators:
- SST: 29.02°C
- Salinity: 33.55 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: 28.8252, Lon: 82.4119 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.1814, B2(Blue)=0.2238, B3(Green)=0.1728, B4(Red)=0.2524, B5(NIR)=0.2659, B6(SWIR)=0.3238.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 28.8252, Lon: 82.4119):
1. Atmospheric Composition:
   - Oxygen (O2): 20.911%
   - Nitrogen (N2): 78.099%
   - Water Vapor Density: 37.79 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 25.47°C
   - Salinity Level: 0.55 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: 1.1103, Lon: 78.5897 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.151, B2(Blue)=0.364, B3(Green)=0.0731, B4(Red)=0.3908, B5(NIR)=0.2113, B6(SWIR)=0.3543.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: 1.1103, Lon: 78.5897):
1. Atmospheric Composition:
   - Oxygen (O2): 20.937%
   - Nitrogen (N2): 78.105%
   - Water Vapor Density: 50.27 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.76°C
   - Salinity Level: 35.58 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=0.4288, B2=0.2012, B3=0.3328, B4=0.1549, B5=0.0657, B6=0.1366 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): 28.57°C
- Estimated Salinity: 33.19 PSU
- Water Vapor Density: 45.94 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.895%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4163, B2=0.1772, B3=0.4631, B4=0.5472, B5=0.5863, B6=0.0881 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 7.48°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 16.02 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.868%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 34.3538, Lon: 74.3429 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.3587, B2(Blue)=0.2132, B3(Green)=0.4784, B4(Red)=0.2784, B5(NIR)=0.4652, B6(SWIR)=0.3616.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 34.3538, Lon: 74.3429):
1. Atmospheric Composition:
   - Oxygen (O2): 20.902%
   - Nitrogen (N2): 78.093%
   - Water Vapor Density: 13.12 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 4.83°C
   - Salinity Level: 0.06 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=0.273, B2=0.0664, B3=0.4065, B4=0.4258, B5=0.689, B6=0.0928 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.42°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 21.39 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=0.3974, B2=0.155, B3=0.16, B4=0.388, B5=0.0511, B6=0.371 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.39°C
- Estimated Salinity: 35.16 PSU
- Water Vapor Density: 47.93 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.878%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2215, B2=0.1457, B3=0.2381, B4=0.1391, B5=0.3529, B6=0.2729 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 27.56°C
- Estimated Salinity: 36.32 PSU
- Water Vapor Density: 46.54 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.895%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3723, B2=0.3487, B3=0.1219, B4=0.0426, B5=0.3919, B6=0.2455 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 27.48°C
- Estimated Salinity: 35.53 PSU
- Water Vapor Density: 54.63 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.894%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2371, B2=0.3419, B3=0.4074, B4=0.2782, B5=0.2757, B6=0.2979 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 25.3°C
- Estimated Salinity: 0.1 PSU
- Water Vapor Density: 37.42 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.908%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 29.3666, Lon: 81.5252 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.3493, B2(Blue)=0.1432, B3(Green)=0.3731, B4(Red)=0.2515, B5(NIR)=0.3206, B6(SWIR)=0.2028.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 29.3666, Lon: 81.5252):
1. Atmospheric Composition:
   - Oxygen (O2): 20.913%
   - Nitrogen (N2): 78.096%
   - Water Vapor Density: 37.32 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 23.26°C
   - Salinity Level: 0.0 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=0.3621, B2=0.2322, B3=0.39, B4=0.4159, B5=0.0522, B6=0.2484 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 4.93°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 12.83 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.876%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2796, B2=0.2889, B3=0.2049, B4=0.2229, B5=0.5333, B6=0.1584 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 29.31°C
- Estimated Salinity: 35.51 PSU
- Water Vapor Density: 56.52 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.903%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3983, B2=0.2313, B3=0.2874, B4=0.0713, B5=0.0347, B6=0.0266 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 22.73°C
- Estimated Salinity: 0.14 PSU
- Water Vapor Density: 33.11 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.884%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3793, B2=0.2136, B3=0.1369, B4=0.4089, B5=0.3736, B6=0.0806 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.23°C
- Estimated Salinity: 0.01 PSU
- Water Vapor Density: 19.41 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.903%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 25.2728, Lon: 75.9948 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.2796, B2(Blue)=0.0983, B3(Green)=0.4521, B4(Red)=0.3911, B5(NIR)=0.2189, B6(SWIR)=0.0329.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 25.2728, Lon: 75.9948):
1. Atmospheric Composition:
   - Oxygen (O2): 20.891%
   - Nitrogen (N2): 78.094%
   - Water Vapor Density: 38.76 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 24.06°C
   - Salinity Level: 0.0 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=0.1346, B2=0.3509, B3=0.3243, B4=0.2347, B5=0.5493, B6=0.2222 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 5.23°C
- Estimated Salinity: 0.88 PSU
- Water Vapor Density: 17.23 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.914%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3064, 0.2924, 0.3104, 0.3666, 0.3629, 0.1473] observed at (17.3995, 72.3217).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (17.3995°N, 72.3217°E)
Multispectral Input Vector: [0.3064, 0.2924, 0.3104, 0.3666, 0.3629, 0.1473]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.912%
- N2 Concentration: 78.09%
- Water Vapor: 45.95 g/m³

Oceanographic Indicators:
- SST: 30.2°C
- Salinity: 36.71 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=0.1275, B2=0.106, B3=0.0601, B4=0.0492, B5=0.472, B6=0.2868 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): 29.49°C
- Estimated Salinity: 33.95 PSU
- Water Vapor Density: 51.47 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.942%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3249, 0.1339, 0.3141, 0.3913, 0.54, 0.2503] observed at (27.3956, 73.8709).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.3956°N, 73.8709°E)
Multispectral Input Vector: [0.3249, 0.1339, 0.3141, 0.3913, 0.54, 0.2503]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.91%
- N2 Concentration: 78.088%
- Water Vapor: 18.31 g/m³

Oceanographic Indicators:
- SST: 32.31°C
- Salinity: 0.22 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: 19.8017, Lon: 70.9 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.3076, B2(Blue)=0.3314, B3(Green)=0.4811, B4(Red)=0.2894, B5(NIR)=0.0947, B6(SWIR)=0.1019.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 19.8017, Lon: 70.9):
1. Atmospheric Composition:
   - Oxygen (O2): 20.901%
   - Nitrogen (N2): 78.106%
   - Water Vapor Density: 44.41 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.11°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: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3557, B2=0.1669, B3=0.2025, B4=0.4086, B5=0.2221, B6=0.2345 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 24.46°C
- Estimated Salinity: 0.13 PSU
- Water Vapor Density: 35.2 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.909%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.0847, 0.1536, 0.2214, 0.2138, 0.4471, 0.087] observed at (27.2662, 70.3405).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.2662°N, 70.3405°E)
Multispectral Input Vector: [0.0847, 0.1536, 0.2214, 0.2138, 0.4471, 0.087]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.925%
- N2 Concentration: 78.092%
- Water Vapor: 17.62 g/m³

Oceanographic Indicators:
- SST: 32.71°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=0.2896, B2=0.2254, B3=0.1555, B4=0.4549, B5=0.563, B6=0.252 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.55°C
- Estimated Salinity: 0.06 PSU
- Water Vapor Density: 16.93 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.895%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1548, B2=0.2768, B3=0.1868, B4=0.0448, B5=0.0513, B6=0.1255 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 27.95°C
- Estimated Salinity: 37.14 PSU
- Water Vapor Density: 39.55 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.925%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1995, B2=0.0774, B3=0.1904, B4=0.1455, B5=0.0244, B6=0.1518 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.3°C
- Estimated Salinity: 35.13 PSU
- Water Vapor Density: 50.19 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.92%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.557, Lon: 70.5264 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.307, B2(Blue)=0.1694, B3(Green)=0.2642, B4(Red)=0.3305, B5(NIR)=0.5829, B6(SWIR)=0.2273.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 27.557, Lon: 70.5264):
1. Atmospheric Composition:
   - Oxygen (O2): 20.906%
   - Nitrogen (N2): 78.095%
   - Water Vapor Density: 18.58 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 32.31°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=0.3673, B2=0.3633, B3=0.0711, B4=0.4467, B5=0.206, B6=0.2722 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 29.99°C
- Estimated Salinity: 36.07 PSU
- Water Vapor Density: 53.13 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.898%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4106, B2=0.1835, B3=0.3477, B4=0.0393, B5=0.6482, B6=0.2533 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 4.19°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 19.41 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.866%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2832, B2=0.2357, B3=0.2993, B4=0.3001, B5=0.4131, B6=0.1875 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 24.98°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 37.12 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.895%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1859, B2=0.3272, B3=0.4317, B4=0.061, B5=0.5922, B6=0.0592 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 31.61°C
- Estimated Salinity: 0.44 PSU
- Water Vapor Density: 22.8 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.902%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.3904, Lon: 73.2786 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.2874, B2(Blue)=0.1347, B3(Green)=0.1707, B4(Red)=0.0839, B5(NIR)=0.1872, B6(SWIR)=0.082.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 27.3904, Lon: 73.2786):
1. Atmospheric Composition:
   - Oxygen (O2): 20.91%
   - Nitrogen (N2): 78.083%
   - Water Vapor Density: 14.57 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 32.35°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 [0.3199, 0.2588, 0.4227, 0.3186, 0.585, 0.0937] observed at (27.4497, 77.868).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (27.4497°N, 77.868°E)
Multispectral Input Vector: [0.3199, 0.2588, 0.4227, 0.3186, 0.585, 0.0937]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.896%
- N2 Concentration: 78.093%
- Water Vapor: 40.11 g/m³

Oceanographic Indicators:
- SST: 23.99°C
- Salinity: 0.0 PSU

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


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 15.1264, Lon: 89.3346 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.1836, B2(Blue)=0.3787, B3(Green)=0.2954, B4(Red)=0.4089, B5(NIR)=0.5695, B6(SWIR)=0.1772.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 15.1264, Lon: 89.3346):
1. Atmospheric Composition:
   - Oxygen (O2): 20.925%
   - Nitrogen (N2): 78.105%
   - Water Vapor Density: 53.88 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.72°C
   - Salinity Level: 33.74 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=0.336, B2=0.167, B3=0.3409, B4=0.0785, B5=0.4313, B6=0.3059 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 3.48°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 13.66 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.891%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2397, 0.1122, 0.2131, 0.4278, 0.0603, 0.0236] observed at (4.2819, 83.869).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (4.2819°N, 83.869°E)
Multispectral Input Vector: [0.2397, 0.1122, 0.2131, 0.4278, 0.0603, 0.0236]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.929%
- N2 Concentration: 78.088%
- Water Vapor: 52.3 g/m³

Oceanographic Indicators:
- SST: 28.44°C
- Salinity: 34.52 PSU

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


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2103, 0.1406, 0.4585, 0.0747, 0.483, 0.3607] observed at (32.422, 77.3696).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (32.422°N, 77.3696°E)
Multispectral Input Vector: [0.2103, 0.1406, 0.4585, 0.0747, 0.483, 0.3607]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.896%
- N2 Concentration: 78.084%
- Water Vapor: 14.18 g/m³

Oceanographic Indicators:
- SST: 4.67°C
- Salinity: 0.0 PSU

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