Impacts of Spatio-Temporal Changes in Rainfall and Temperature on Different Crops in Selected Districts of Punjab, Pakistan
Muhammad Waqar Yasin*, Mobushir Riaz Khan and Muhammad Amin
Institute of Geo-Information and Earth Observation, PMAS-Arid Agriculture University Rawalpindi, Pakistan.
[email protected]
Figure 1
Pakistan Metrological Department Weather Stations which observe and record continuously temperature, rainfall and many other type of climatic data and are located mostly in every district of Punjab.
Figure 2
Average temperature Map (0C) 1951 – 1980 map of Punjab
Figure 3
Average temperature Map (0C) 1981 – 2015 map of Punjab.
Figure 4
Average rainfall (mm) 1951 – 1980 map of Punjab.
Figure 5
Average rainfall (mm) 1981 – 2015 map of Punjab.
Figure 6
Rainfall change (mm) 1951 – 2015 map of Punjab.
Figure 7
Temperature change (0C) 1951 – 2015 map of Punjab.
Figure 8
Validation – Remote sensing vs reported data of wheat crop.
Figure 9
Validation – Remote sensing vs reported data of maize crop.
Figure 10
Validation – Remote Sensing vs Reported Data of Cotton Crop.
Figure 11
Validation – Remote Sensing vs Reported Data of Sugarcane Crop.
Figure 12
Validation – Remote Sensing vs Reported Data Gram Crop.
Figure 13
Impact of Rainfall on wheat Vegetation
Figure 14
Impact of Temperature on wheat Vegetation.
Figure 15
Impact of climate change on crop performance in District Bahawalnagar.
Figure 16
Impact of climate change on wheat NDVI in District Bahawalnagar.
Figure 17
Impact of rainfall on crop performance in District Bahawalnagar.
Figure 18
Impact of temperature on crop performance in Bahawalnagar.
Figure 20
Impact of climate change on crop performance in Jhang.
Figure 21
Impact of climate change on crop Performance.
Figure 22
Impact of climate change on crop performance in Attock.
Figure 23
Impact of climate change on crop performance in Chakwal.
Figure 24
Zoning of Punjab with regards to temperature and rainfall.
Figure 19
Impact of climate change on crop performance.