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Drought Risk Assessment: A Case Study in Punjab, Pakistan

Drought Risk Assessment: A Case Study in Punjab, Pakistan

Muhammad Amin1, Aftab Ahmad Khan2, Abida Perveen1, Zareen Rauf1, Sher Shah Hassan2*, Muhammad Arif Goheer2 and Muhammad Ijaz2 

1Institute of Geo-Information & Earth Observation, PMAS Arid Agriculture University Rawalpindi; 2Global Change Impact Studies Center, Islamabad, Pakistan.

shershah538@gmail.com 

Figure 1

Dry land area of Punjab, Pakistan (study area). 

Figure 2

Regression between Precipitation and Mean NDVI. 

Figure 3

Regression Between Soil Moisture and Mean NDVI. 

Figure 4

Precipitation Anomaly for years 1996 – 2013. 

Figure 5

early analysis of precipitation (a), Soil moisture (b), Barren (c), Sparse (d) and Dens (e) Vegetation. 

Figure 6

Soil Moisture and Precipitation Relation with Barren land (a) (d), Sparse Vegetation (b) (e), Dense Vegetation (c) (f). 

Figure 7

DEVNDVI of Drought year 2000 calculated from long term means of respective months in a year; (a) Feb, (b) Mar, (c) Apr, (d), May, (e) Jun, (f) Jul, (g) Aug, (h) Sep, (i) Oct, (j) Nov, (k) Dec. 

Figure 8

VCI of Drought year 2000 calculated from long term minimum and maximum of respective months in a year; (a) Feb, (b) Mar, (c) Apr, (d), May, (e) Jun, (f) Jul, (g) Aug, (h) Sep, (i) Oct, (j) Nov, (k) Dec 

Figure 9

12-Month SPI of the districts of Thal region. 

Sarhad Journal of Agriculture

September

Vol.40, Iss. 3, Pages 680-1101

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