Subject(s): Earth and Environmental Sciences / Collection: The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 / Format: GeoTIFF

Start Over Subject(s) Earth and Environmental Sciences Collection The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 Format GeoTIFF

1. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (001 of 184)

Yang, Shiqi. Wildfires can disrupt forest ecosystem, leading to a deterioration of the air quality, and loss of resources, property animals and people. Understa... UBC Dataverse.

2. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (002 of 184)

Yang, Shiqi. Wildfires can disrupt forest ecosystem, leading to a deterioration of the air quality, and loss of resources, property animals and people. Understa... UBC Dataverse.

3. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (003 of 184)

Yang, Shiqi. Wildfires can disrupt forest ecosystem, leading to a deterioration of the air quality, and loss of resources, property animals and people. Understa... UBC Dataverse.

4. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (004 of 184)

Yang, Shiqi. Wildfires can disrupt forest ecosystem, leading to a deterioration of the air quality, and loss of resources, property animals and people. Understa... UBC Dataverse.

5. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (005 of 184)

Yang, Shiqi. Wildfires can disrupt forest ecosystem, leading to a deterioration of the air quality, and loss of resources, property animals and people. Understa... UBC Dataverse.

6. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (006 of 184)

Yang, Shiqi. Wildfires can disrupt forest ecosystem, leading to a deterioration of the air quality, and loss of resources, property animals and people. Understa... UBC Dataverse.

7. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (007 of 184)

Yang, Shiqi. Wildfires can disrupt forest ecosystem, leading to a deterioration of the air quality, and loss of resources, property animals and people. Understa... UBC Dataverse.

8. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (008 of 184)

Yang, Shiqi. Wildfires can disrupt forest ecosystem, leading to a deterioration of the air quality, and loss of resources, property animals and people. Understa... UBC Dataverse.

9. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (009 of 184)

Yang, Shiqi. Wildfires can disrupt forest ecosystem, leading to a deterioration of the air quality, and loss of resources, property animals and people. Understa... UBC Dataverse.

10. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (010 of 184)

Yang, Shiqi. Wildfires can disrupt forest ecosystem, leading to a deterioration of the air quality, and loss of resources, property animals and people. Understa... UBC Dataverse.

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1. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (001 of 184) Raster Public content

2. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (002 of 184) Raster Public content

3. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (003 of 184) Raster Public content

4. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (004 of 184) Raster Public content

5. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (005 of 184) Raster Public content

6. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (006 of 184) Raster Public content

7. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (007 of 184) Raster Public content

8. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (008 of 184) Raster Public content

9. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (009 of 184) Raster Public content

10. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (010 of 184) Raster Public content

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1. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (001 of 184)

2. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (002 of 184)

3. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (003 of 184)

4. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (004 of 184)

5. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (005 of 184)

6. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (006 of 184)

7. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (007 of 184)

8. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (008 of 184)

9. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (009 of 184)

10. The Relationship between Land Surface Temperature Anomalies and Fire Occurrence in Cariboo Region in 2017 (010 of 184)