Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4396, 0.2224, 0.4583, 0.0972, 0.3505, 0.2358] observed at (-1.623, 87.0572).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (-1.623°N, 87.0572°E)
Multispectral Input Vector: [0.4396, 0.2224, 0.4583, 0.0972, 0.3505, 0.2358]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.864%
- N2 Concentration: 78.099%
- Water Vapor: 52.52 g/m³

Oceanographic Indicators:
- SST: 26.4°C
- Salinity: 35.13 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 [0.3282, 0.333, 0.4545, 0.2025, 0.5748, 0.119] observed at (17.8899, 84.3655).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (17.8899°N, 84.3655°E)
Multispectral Input Vector: [0.3282, 0.333, 0.4545, 0.2025, 0.5748, 0.119]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.909%
- N2 Concentration: 78.102%
- Water Vapor: 51.8 g/m³

Oceanographic Indicators:
- SST: 28.44°C
- Salinity: 33.63 PSU

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


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2725, 0.3386, 0.1285, 0.3919, 0.5928, 0.0192] observed at (25.8844, 70.8845).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (25.8844°N, 70.8845°E)
Multispectral Input Vector: [0.2725, 0.3386, 0.1285, 0.3919, 0.5928, 0.0192]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.889%
- N2 Concentration: 78.099%
- Water Vapor: 20.31 g/m³

Oceanographic Indicators:
- SST: 32.78°C
- Salinity: 0.63 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=0.2671, B2=0.1816, B3=0.2778, B4=0.4061, B5=0.6441, B6=0.3035 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.19°C
- Estimated Salinity: 0.26 PSU
- Water Vapor Density: 22.41 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.924%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3066, B2=0.2399, B3=0.3541, B4=0.1584, B5=0.2535, B6=0.3319 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 4.68°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 13.68 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.892%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2321, B2=0.0471, B3=0.4144, B4=0.2447, B5=0.3203, B6=0.052 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.5°C
- Estimated Salinity: 33.9 PSU
- Water Vapor Density: 57.56 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.913%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 16.2074, Lon: 68.8698 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.2935, B2(Blue)=0.1194, B3(Green)=0.1289, B4(Red)=0.1172, B5(NIR)=0.11, B6(SWIR)=0.156.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 16.2074, Lon: 68.8698):
1. Atmospheric Composition:
   - Oxygen (O2): 20.915%
   - Nitrogen (N2): 78.099%
   - Water Vapor Density: 40.81 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 27.3°C
   - Salinity Level: 36.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.1007, Lon: 73.1465 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.2141, B2(Blue)=0.0819, B3(Green)=0.1958, B4(Red)=0.2925, B5(NIR)=0.2871, B6(SWIR)=0.0181.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 27.1007, Lon: 73.1465):
1. Atmospheric Composition:
   - Oxygen (O2): 20.911%
   - Nitrogen (N2): 78.085%
   - Water Vapor Density: 16.88 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 33.19°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=0.3366, B2=0.2641, B3=0.243, B4=0.3734, B5=0.3976, B6=0.2526 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 33.37°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 15.87 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.887%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.405, 0.0974, 0.3789, 0.4648, 0.0271, 0.2508] observed at (15.9759, 83.0918).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (15.9759°N, 83.0918°E)
Multispectral Input Vector: [0.405, 0.0974, 0.3789, 0.4648, 0.0271, 0.2508]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.895%
- N2 Concentration: 78.083%
- Water Vapor: 44.94 g/m³

Oceanographic Indicators:
- SST: 29.91°C
- Salinity: 33.52 PSU

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


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3733, B2=0.2268, B3=0.4561, B4=0.5124, B5=0.6203, B6=0.0298 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 5.14°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 21.43 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude 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=0.0818, B2=0.0798, B3=0.2901, B4=0.2311, B5=0.201, B6=0.1364 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.03°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 14.88 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude 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=0.1857, B2=0.1059, B3=0.1484, B4=0.119, B5=0.1476, B6=0.2404 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 27.74°C
- Estimated Salinity: 35.97 PSU
- Water Vapor Density: 39.6 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.938%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 14.279, Lon: 82.411 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.3602, B2(Blue)=0.2534, B3(Green)=0.4546, B4(Red)=0.0651, B5(NIR)=0.6798, B6(SWIR)=0.2869.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 14.279, Lon: 82.411):
1. Atmospheric Composition:
   - Oxygen (O2): 20.905%
   - Nitrogen (N2): 78.096%
   - Water Vapor Density: 53.42 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.66°C
   - Salinity Level: 33.35 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0694, B2=0.3588, B3=0.2477, B4=0.5442, B5=0.577, B6=0.1776 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.15°C
- Estimated Salinity: 0.53 PSU
- Water Vapor Density: 19.8 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.922%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 25.714, Lon: 72.266 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.2242, B2(Blue)=0.2345, B3(Green)=0.1894, B4(Red)=0.4987, B5(NIR)=0.3962, B6(SWIR)=0.0345.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 25.714, Lon: 72.266):
1. Atmospheric Composition:
   - Oxygen (O2): 20.895%
   - Nitrogen (N2): 78.097%
   - Water Vapor Density: 21.63 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 33.81°C
   - Salinity Level: 0.03 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=0.1102, B2=0.1853, B3=0.2098, B4=0.2007, B5=0.2763, B6=0.3552 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 31.59°C
- Estimated Salinity: 0.16 PSU
- Water Vapor Density: 16.07 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.927%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4373, B2=0.0649, B3=0.1821, B4=0.2717, B5=0.58, B6=0.3555 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 27.1°C
- Estimated Salinity: 34.78 PSU
- Water Vapor Density: 56.01 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.87%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.259, B2=0.2764, B3=0.2636, B4=0.0423, B5=0.5702, B6=0.3275 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.33°C
- Estimated Salinity: 0.27 PSU
- Water Vapor Density: 20.67 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.922%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.665, Lon: 77.3825 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.3533, B2(Blue)=0.3081, B3(Green)=0.4774, B4(Red)=0.0763, B5(NIR)=0.1883, B6(SWIR)=0.0864.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 27.665, Lon: 77.3825):
1. Atmospheric Composition:
   - Oxygen (O2): 20.896%
   - Nitrogen (N2): 78.107%
   - Water Vapor Density: 35.24 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 24.17°C
   - Salinity Level: 0.35 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.4568, Lon: 73.5769 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.0532, B2(Blue)=0.2298, B3(Green)=0.2843, B4(Red)=0.5164, B5(NIR)=0.53, B6(SWIR)=0.2718.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 27.4568, Lon: 73.5769):
1. Atmospheric Composition:
   - Oxygen (O2): 20.924%
   - Nitrogen (N2): 78.092%
   - Water Vapor Density: 19.27 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 34.7°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 15.8789, Lon: 70.2194 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.1097, B2(Blue)=0.2108, B3(Green)=0.3878, B4(Red)=0.2913, B5(NIR)=0.0537, B6(SWIR)=0.1945.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 15.8789, Lon: 70.2194):
1. Atmospheric Composition:
   - Oxygen (O2): 20.93%
   - Nitrogen (N2): 78.096%
   - Water Vapor Density: 41.52 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.72°C
   - Salinity Level: 35.92 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 [0.1524, 0.3148, 0.2435, 0.2399, 0.1794, 0.346] observed at (32.8396, 74.1796).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (32.8396°N, 74.1796°E)
Multispectral Input Vector: [0.1524, 0.3148, 0.2435, 0.2399, 0.1794, 0.346]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.927%
- N2 Concentration: 78.092%
- Water Vapor: 11.09 g/m³

Oceanographic Indicators:
- SST: 4.92°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=0.2305, B2=0.3713, B3=0.1913, B4=0.4962, B5=0.0908, B6=0.2624 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 26.36°C
- Estimated Salinity: 0.71 PSU
- Water Vapor Density: 33.7 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.93%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 17.8543, Lon: 84.9476 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.1924, B2(Blue)=0.3497, B3(Green)=0.2337, B4(Red)=0.0646, B5(NIR)=0.532, B6(SWIR)=0.2604.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 17.8543, Lon: 84.9476):
1. Atmospheric Composition:
   - Oxygen (O2): 20.902%
   - Nitrogen (N2): 78.109%
   - Water Vapor Density: 54.17 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.81°C
   - Salinity Level: 34.24 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 17.5775, Lon: 70.3936 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.367, B2(Blue)=0.3918, B3(Green)=0.4979, B4(Red)=0.0527, B5(NIR)=0.4987, B6(SWIR)=0.3048.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 17.5775, Lon: 70.3936):
1. Atmospheric Composition:
   - Oxygen (O2): 20.894%
   - Nitrogen (N2): 78.109%
   - Water Vapor Density: 45.11 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.97°C
   - Salinity Level: 36.68 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.