Weather synopsis

TEMPERATURE: This past week (August 9 – 15, 2021) the prairies continued to experience above-average temperatures and extremely dry conditions. Across the prairies, the average 30-day (July 17 – August 15, 2021) temperature was 1.5 °C warmer than climate normal values. The warmest temperatures were observed across the southern prairies (Fig. 1). A comparison of temperature anomalies (difference between average and observed temperatures) for this period indicated that southern Alberta and northeast Saskatchewan were approximately 3 °C warmer than normal (Fig. 2). Average temperatures around Peace River, Edmonton, and southern Manitoba were most similar to climate normal values.

Figure 1. 30-day average temperature (°C) observed across the Canadian prairies for the period of July 17– August 15, 2021.
Figure 2. Temperature anomalies (difference from climate normal values) for average temperature (°C) observed across the Canadian prairies for the period of July 17 – August 15, 2021.

The 2021 growing season (April 1 – August 15, 2021) has been 1.5 °C warmer than average (Fig. 3). Growing season temperature anomalies indicate that Parkland and Peace River regions have been 1.5-2.5 °C warmer than normal (Fig. 4).

Figure 3. Growing season average temperature (°C) observed across the Canadian prairies for the period of April 1 – August 15, 2021.
Figure 4. Temperature anomalies (difference from climate normal values) for average temperature (°C) observed across the Canadian prairies for the period of April 1 – August 15, 2021.

Growing degree day (GDD) maps for Base 5 ºC and Base 10 ºC (April 1-August 9, 2021) can be viewed by clicking the hyperlinks. Over the past 7 days (August 12-18, 2021), the lowest temperatures recorded across the Canadian prairies ranged from < -1 to >11 °C while the highest temperatures observed ranged from <20 to >37 °C. Check the number of days of >25 °C or >30 °C across the Canadian prairies (April 1-August 11, 2021). Access these maps and more using the AAFC Drought Watch webpage interface.

PRECIPITATION: Weekly (August 9-15, 2021) rainfall amounts were generally less than 5 mm. Rainfall amounts for the period of July 17 – August 15 (30-day accumulation) have been well below average with most of the prairies reporting rain amounts that were less than 40 mm (Fig. 5). Growing season precipitation has been below average across most of the prairies with cumulative rain amounts that have been less than 100 mm. A region extending from Lethbridge to northeastern Saskatchewan has had less than 100 mm of rain (Fig. 6).

Figure 5. 30-day cumulative rainfall (mm) observed across the Canadian prairies for the period of July 17 – August 15, 2021
Figure 6. Growing season cumulative rainfall (mm) observed across the Canadian prairies for the period of April 1 – August 15, 2021.

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch Historical website, Environment Canada’s Historical Data website, or your provincial weather network.

Weather synopsis

TEMPERATURE: This past week (August 2-8, 2021) the prairies continued to experience above-average temperatures and extremely dry conditions. The warmest temperatures were observed across southern and central regions of Alberta, Saskatchewan, and Manitoba (Fig. 1). Across the prairies, the average 30-day (July 10 – August 8, 2021) temperature was 2.5°C warmer than climate normal values (Fig. 2). The 2021 growing season (April 1 – August 8, 2021) has been 1.6 °C warmer than average (Fig. 3).

Figure 1. 7-day average temperature (°C) observed across the Canadian prairies for the period of August 2- 8, 2021.
Figure 2. 30-day average temperature (°C) observed across the Canadian prairies for the period of July 10 – August 8, 2021.
Figure 3. Growing season average temperature (°C) observed across the Canadian prairies for the period of April 1 – August 8, 2021.

Growing degree day (GDD) maps for Base 5 ºC and Base 10 ºC (April 1-August 9, 2021) can be viewed by clicking the hyperlinks. Over the past 7 days (August 5-11, 2021), the lowest temperatures recorded across the Canadian prairies ranged from < 0 to >12 °C while the highest temperatures observed ranged from <22 to >34 °C. Check the number of days of >25 °C or >30 °C across the Canadian prairies (April 1-August 11, 2021). Access these maps and more using the AAFC Drought Watch webpage interface.

PRECIPITATION: Weekly (August 2-8, 2021) rainfall amounts were generally less than 5 mm (Fig. 4). Rainfall amounts for the period of July 10 – August 8 (30-day accumulation) have been well below average with most of the prairies receiving less than 40% of the average amount for this time period (Fig. 5). Growing season precipitation has been below average across most of the prairies. A region extending from Regina to the USA border is the only region reporting near-normal rainfall for the period of April 1 – August 8, 2021. A region extending from Lethbridge to northeastern Saskatchewan has had less than 100 mm of rain (Fig. 6) in 2021.

Figure 4. 7-day cumulative rainfall (mm) observed across the Canadian prairies for the period of August 2 – 8, 2021.
Figure 5. 30-day cumulative rainfall (mm) observed across the Canadian prairies for the period of July 10 – August 8, 2021
Figure 6. Growing season cumulative rainfall (mm) observed across the Canadian prairies for the period of April 1 – August 8, 2021.

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch Historical website, Environment Canada’s Historical Data website, or your provincial weather network.

Weather synopsis

TEMPERATURE: This past week (July 26 – August 1, 2021) the prairies continued to experience above-average temperatures and extremely dry conditions. The warmest temperatures were observed across the southern and central regions of Alberta and Saskatchewan (Fig. 1).

Figure 1. 7-day average temperature (°C) observed across the Canadian prairies for the period of July 26 – August 1, 2021.

Across the prairies, the average 30-day (July 3 – August 1, 2021) temperature was 2.5 °C warmer than climate-normal values. The warmest temperatures were observed across the southern prairies (Table 1; Fig. 2). Temperature anomalies for July indicated that the entire Canadian prairies were warmer than normal (Fig. 3). The Peace River region, Edmonton area, and southern Manitoba experienced average temperatures most similar to climate-normal values. July average temperatures for southern Alberta and Saskatchewan (southwest and northeast) were 3-4 °C warmer than normal. Lethbridge and Swift Current average temperatures were 3.1 °C warmer than climate-normals.

Figure 2. 30-day average temperature (°C) observed across the Canadian prairies for the period of July 3 – August 1, 2021.
Figure 3. Temperature anomalies (difference from climate-normal values) for average temperature (°C) observed across the Canadian prairies for the period of July 3 – August 1, 2021.

The 2021 growing season (April 1 – August 1, 2021) has been 1.5 °C warmer than average (Table 2; Fig. 4). Growing season temperature anomalies indicate that Parkland and Peace River regions have been 2-3 °C warmer than climate-normals (Fig. 5).

Figure 4. Growing season average temperature (°C) observed across the Canadian prairies for the period of April 1 – August 1, 2021.
Figure 5. Temperature anomalies (difference from climate-normal values) for average temperature (°C) observed across the Canadian prairies for the period of April 1 – August 1, 2021.

Growing degree day (GDD) maps for Base 5 ºC and Base 10 ºC (April 1-July 26, 2021) can be viewed by clicking the hyperlinks. Over the past 7 days (July 26-August 1, 2021), the lowest temperatures recorded across the Canadian prairies ranged from < 0 to >13 °C while the highest temperatures observed ranged from <25 to >37 °C. With the incredible heat experienced so far, check the number of days of >25 °C or >30 °C across the Canadian prairies (April 1-August 1, 2021). At this point in the growing season, review the astonishing consecutive number of days of >25 °C or >30 °C across the Canadian prairies (April 1-August 1, 2021). Access these maps and more using the AAFC Drought Watch webpage interface.

PRECIPITATION: Weekly (July 26 – August 1, 2021) rainfall amounts were generally less than 5 mm (Fig. 6). Rainfall amounts for the period of July 3 – August 1 (30-day accumulation) have been well below average with most of the prairies receiving less than 40 % of the average amount for this time period (Fig. 7). Accumulated rainfall varied significantly. Grande Prairie and Swift Current reported near-normal rainfall while Saskatoon (13.5 % of normal) and Winnipeg (21.6 % of normal) received minimal rainfall during July (Table 1).

Figure 6. 7-day cumulative rainfall (mm) observed across the Canadian prairies for the period of July 26 – August 1, 2021.
Figure 7. 30-day cumulative rainfall (mm) observed across the Canadian prairies for the period of July 3 – August 1, 2021.

Growing season precipitation has been below average across most of the prairies. A region extending from Regina to the USA border is the only region that has reported near-normal rainfall for the period of April 1 – August 1, 2021, whereas a region extending from Lethbridge to northeastern Saskatchewan has received less than 100 mm of rain (Table 2; Fig. 8).

Figure 8. Growing season cumulative rainfall (mm) observed across the Canadian prairies for the period of April 1 – August 1, 2021.

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch Historical website, Environment Canada’s Historical Data website, or your provincial weather network.

Weather synopsis

TEMPERATURE: This past week (July 5 – 11, 2021), the prairies continued to experience record-setting temperatures and extremely dry conditions. The warmest temperatures were observed across southern Alberta and Saskatchewan (Fig. 1). Across the prairies, the average 30-day temperature (June 12 – July 11, 2021) was almost 3 °C warmer than climate normal values. The warmest temperatures were observed across southern Alberta and western Saskatchewan (Fig. 2). Southern and western areas of the Peace River region have been 4-5 °C warmer than average.

Figure 1. 7-day average temperature (°C) observed across the Canadian prairies for the period of July 5 – 11, 2021.
Figure 2. 30-day average temperature (°C) observed across the Canadian prairies for the period of June 12 – July 11, 2021.

The 2021 growing season (April 1 – July 4, 2021) has been 1.5 °C warmer than average. The warmest temperatures have occurred across southeastern Manitoba, west-central Saskatchewan and southern Alberta (Fig. 3).

Figure 3. Growing season average temperature (°C) observed across the Canadian prairies for the period of April 1 – July 11, 2021.

Growing degree day (GDD) maps for Base 5 ºC and Base 10 ºC (April 1-July 12, 2021) can be viewed by clicking the hyperlinks. Over the past 7 days (July 6-12, 2021), the lowest temperatures recorded across the Canadian prairies ranged from < -1 to >10 °C while the highest temperatures observed ranged from <26 to >36 °C. With the incredible heat experienced so far, check the number of days of >25 °C or >30 °C across the Canadian prairies (April 1-July 12, 2021). Access these maps and more using the AAFC Drought Watch webpage interface.

PRECIPITATION: This past week, significant rainfall was reported across southern and central Saskatchewan and Alberta (Fig. 4). Rainfall amounts for the period of June 12 – July 11 (30-day accumulation) have been well below average with most of the prairies receiving less than 40% average (Fig. 5). Growing season (April 1 – July 11) precipitation has been less than average across most of the prairies. Western Saskatchewan and most of Alberta have received less than 100 mm of rain (Fig. 6).

Figure 4. 7-day cumulative rainfall (mm) observed across the Canadian prairies for the period of July 5 – 11, 2021.
Figure 5. 30-day cumulative rainfall (mm) observed across the Canadian prairies for the period of June 12 – July 11, 2021
Figure 6. Growing season cumulative rainfall (mm) observed across the Canadian prairies for the period of April 1 – July 11, 2021.

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch Historical website, Environment Canada’s Historical Data website, or your provincial weather network.

Weather synopsis

TEMPERATURE: This past week (June 28 – July 4, 2021) an extreme heatwave affected temperatures across most of western North America. The North American heat dome was associated with exceptionally hot weather and resulted in numerous record temperatures across the Canadian prairies. Compared to climate normal temperature values, observed weekly average temperatures were 7.4 °C warmer than average! The warmest temperatures were observed across southern Alberta and western Saskatchewan. Table 1 provides a comparison between observed and average temperatures for the ten warmest locations across the prairies.

Similar to last week, the warmest temperatures were observed across Alberta (Fig. 1). Across the prairies, the average 30-day (June 5 – July 4, 2021) temperature was almost 3 °C warmer than climate normal values. The warmest temperatures were observed across southern Manitoba and southeastern Alberta (Fig. 2).

Figure 1. 7-day average temperature (°C) observed across the Canadian prairies for the period of June 28 – July 4, 2021.
Figure 2. 30-day average temperature (°C) observed across the Canadian prairies for the period of June 5 – July 4, 2021.

The 2021 growing season (April 1 – July 4, 2021) has been characterized by temperatures that have been 1.5 °C warmer than average. The warmest temperatures have occurred across southeastern Manitoba, west-central Saskatchewan and southern Alberta (Fig. 3).

Figure 3. Growing season average temperature (°C) observed across the Canadian prairies for the period of April 1 – July 4, 2021.

Growing degree day (GDD) maps for Base 5 ºC and Base 10 ºC (April 1-July 5, 2021) can be viewed by clicking the hyperlinks. Over the past 7 days (July 1-7, 2021), the lowest temperatures recorded across the Canadian prairies ranged from < 0 to >12 °C while the highest temperatures observed ranged from <28 to >39 °C. With the incredible heat experienced so far, check the number of days of >25 °C or >30 °C across the Canadian prairies (April 1-July 7, 2021). Access these maps and more using the AAFC Drought Watch webpage interface.

PRECIPITATION: This past week, minimal rainfall was reported across most of the prairies with most locations reporting weekly amounts of less than 2 mm (Fig. 4). Higher rainfall amounts were reported across central Alberta and northern areas across the Peace River region. Rainfall amounts for the period of June 5 – July 4 (30-day accumulation) have been well below average across most of the prairies. The lowest rainfall amounts have occurred across most of Saskatchewan as well as southern and northern regions of Alberta (Fig. 5).

Figure 4. 7-day cumulative rainfall (mm) observed across the Canadian prairies for the period of June 28 – July 4, 2021.
Figure 5. 30-day cumulative rainfall (mm) observed across the Canadian prairies for the period of June 5 – July 4, 2021

The average growing season (April 1 – July 4) precipitation was 90 % of normal with the greatest precipitation occurring across eastern Saskatchewan, including Regina. Below normal rainfall has been reported across western Saskatchewan, southern Alberta and the Peace River region(Fig. 6).

Figure 6. Growing season cumulative rainfall (mm) observed across the Canadian prairies for the period of April 1 – July 4, 2021.

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch Historical website, Environment Canada’s Historical Data website, or your provincial weather network.

Weather synopsis

TEMPERATURE: This past week (June 21-27, 2021), weekly temperatures were warmer than normal and rainfall amounts were generally less than 5 mm. The warmest temperatures were observed across Alberta (Fig. 1).

Figure 1. 7-day average temperature (°C) observed across the Canadian prairies for the period of June 21- 27, 2021.

Across the prairies, the average 30-day (May 29 – June 27) temperature was almost 3 °C warmer than climate normal values. The warmest temperatures continue to be observed across southern Manitoba and southeastern Saskatchewan (Fig. 2). The 2021 growing season (April 1 – June 27, 2021) has been characterized by near-normal temperatures. The warmest temperatures have occurred across southern and central regions of the three prairie provinces (Fig. 3).

Figure 2. 30-day average temperature (°C) observed across the Canadian prairies for the period of May 29 – June 27, 2021.
Figure 3. Growing season average temperature (°C) observed across the Canadian prairies for the period of April 1 – June 27, 2021.

Growing degree day (GDD) maps for Base 5 ºC and Base 10 ºC (April 1-Jun 28, 2021) can be viewed by clicking the hyperlinks. Over the past 7 days (June 22-28, 2021), the lowest temperatures recorded across the Canadian prairies ranged from < -32 to >7 °C while the highest temperatures observed ranged from <22 to >36 °C. Access these maps and more using the AAFC Drought Watch webpage interface.

PRECIPITATION: This week, the highest rainfall amounts were reported across central Alberta, southeastern Saskatchewan and southwestern Manitoba. Minimal rainfall was reported across most of central Alberta and northwestern Saskatchewan (Fig. 4).

Figure 4. 7-day cumulative rainfall (mm) observed across the Canadian prairies for the period of June 21 -27, 2021.

Rainfall amounts for the period of May 29-June 27 (30-day accumulation) were near normal. Rainfall amounts have been below normal across Alberta and large areas of Saskatchewan. Eastern Saskatchewan and western Manitoba have continued to receive the greatest amount of rainfall (Fig. 4).

Figure 5. 30-day cumulative rainfall (mm) observed across the Canadian prairies for the period of May 29 – June 27, 2021

Average growing season (April 1 – June 27) precipitation was 103 % of normal with greatest precipitation occurring across eastern Saskatchewan, including Regina. Below normal rainfall has been reported across western Saskatchewan, southern Alberta and the Peace River region (Fig. 6).

Figure 6. Growing season cumulative rainfall (mm) observed across the Canadian prairies for the period of April 1-June 27, 2021.

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch Historical website, Environment Canada’s Historical Data website, or your provincial weather network.

Weather synopsis

TEMPERATURE: This past week (June 14-20, 2021), weekly temperatures were above normal and rainfall amounts for Saskatchewan and Manitoba were less than 5 mm. The warmest temperatures were observed across the southern and central regions of Alberta as well as western Saskatchewan (Fig. 1).

Figure 1. 7-day average temperature (°C) observed across the Canadian prairies for the period of June 14 – 20, 2021.

Across the prairies, the average 30-day (May 22 – June 20) temperature was 1.4 °C warmer than climate normal values. The warmest temperatures were observed across southern Manitoba (Fig. 2). The 2021 growing season (April 1 – June 20, 2021) has been characterized by near normal temperatures. The warmest temperatures have occurred across southern and central regions of the three prairie provinces (Fig. 3).

Figure 2. 30-day average temperature (°C) observed across the Canadian prairies for the period of May 22 – June 20, 2021.
Figure 3. Growing season average temperature (°C) observed across the Canadian prairies for the period of April 1 – June 20, 2021.

Growing degree day (GDD) maps for Base 5 ºC and Base 10 ºC (April 1-Jun 21, 2021) can be viewed by clicking the hyperlinks. Over the past 7 days (June 10-16, 2021), the lowest temperatures recorded across the Canadian prairies ranged from < -33 to >3 °C while the highest temperatures observed ranged from <24 to >36 °C. Access these maps and more using the AAFC Drought Watch webpage interface.

PRECIPITATION: This week, the highest rainfall amounts were reported across the Peace River region. Minimal rainfall was reported across most of Manitoba (Fig. 4). Rainfall amounts for the period of May 22-June 20 (30-day accumulation) were above normal (150 % of long-term average values). Rainfall amounts have been above normal for northeastern Alberta, most of Saskatchewan, and western and central regions of Manitoba (Fig. 5).

Figure 4. 7-day cumulative rainfall (mm) observed across the Canadian prairies for the period of June 14 -20, 2021.
Figure 5. 30-day cumulative rainfall (mm) observed across the Canadian prairies for the period of May 22 – June 20, 2021

The average growing season (April 1 – June 20) precipitation was 116 % of normal with the greatest precipitation occurring across central Alberta, eastern Saskatchewan, including Regina, and an area extending from Brandon to Winnipeg. Below normal rainfall has been reported across western Saskatchewan and southern Alberta (Fig. 6).

Figure 7. Growing season cumulative rainfall (mm) observed across the Canadian prairies for the period of April 1-June 20, 2021.

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch Historical website, Environment Canada’s Historical Data website, or your provincial weather network.

Weather synopsis

TEMPERATURE: This past week (June 7-13, 2021), weekly temperatures were above normal and rainfall in eastern Saskatchewan and Manitoba were above normal. The warmest temperatures were observed across Manitoba and Saskatchewan (Fig. 1). Across the prairies, the average 30-day (May 15 – June 13) temperature was 1 °C warmer than climate normal values. Warmest temperatures were observed across southern Manitoba (Fig. 2). The 2021 growing season (April 1 – June 13, 2021) has been characterized by near normal temperatures (Fig. 3).

Figure 1. 7-day average temperature (°C) observed across the Canadian prairies for the period of June 7 -13, 2021.
Figure 2. 30-day average temperature (°C) observed across the Canadian prairies for the period of May 15 – June 13, 2021.
Figure 3. Growing season average temperature (°C) observed across the Canadian prairies for the period of April 1 – June 13, 2021.

Growing degree day (GDD) maps for Base 5 ºC and Base 10 ºC (April 1-Jun14, 2021) can be viewed by clicking the hyperlinks. Over the past 7 days (June 10-16, 2021), the lowest temperatures recorded across the Canadian prairies ranged from < -32 to >8 °C while the highest temperatures observed ranged from <19 to >35 °C. Access these maps and more using the AAFC Drought Watch webpage interface.

PRECIPITATION: This week, the highest rainfall amounts were reported across eastern Saskatchewan and most of Manitoba. Minimal rainfall was reported across most of Alberta (Fig. 4). Rainfall amounts for the period of May 15-June 13 (30-day accumulation) were above normal (150% of long-term average values). Rainfall amounts have been above normal for northeastern Alberta, northwestern and southeastern Saskatchewan, and western Manitoba. Well above normal rain was reported for Lloydminster, Regina, and Brandon regions. Below normal rainfall amounts were reported for the Peace River region and southern Alberta (Fig. 5). Average growing season (April 1 – June 13) precipitation was 116% of normal with the greatest precipitation occurring across eastern Saskatchewan, including Regina and an area extending from Brandon to Winnipeg. Below normal rainfall has been reported across western Saskatchewan and southern Alberta (Fig. 6).

Figure 4 . 7-day cumulative rainfall (mm) observed across the Canadian prairies for the period of June 7 -13, 2021.
Figure 5. 30-day cumulative rainfall (mm) observed across the Canadian prairies for the period of May 15 – June 13, 2021
Figure 6. Growing season cumulative rainfall (mm) observed across the Canadian prairies for the period of April 1-June 13, 2021.

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch Historical website, Environment Canada’s Historical Data website, or your provincial weather network.

Weather synopsis

TEMPERATURE: This past week (May 31 – June 6, 2021) extremely warm conditions resulted in weekly average temperatures that were well above normal (Fig. 1). The warmest temperatures were observed across Manitoba and eastern Saskatchewan (Fig. 1).

Figure 1. 7-day average temperature (°C) observed across the Canadian prairies for the period of May 31 – June 6, 2021.

Across the prairies, the average 30-day (May 8 – June 6) temperature was almost 2.5 °C warmer than the previous week and 1.3 °C greater than climate normal values. Warmest temperatures were observed across southern Manitoba (Table 1; Fig. 2).

Figure x. 30-day average temperature (°C) observed across the Canadian prairies for the period of May 8 – June 6, 2021.

The 2021 growing season (April 1 – June 6) has been characterized by near-normal temperatures. Temperatures have been warmest for southern Manitoba and southern Alberta (Table 2; Fig. 3).

Figure 3. Growing season average temperature (°C) observed across the Canadian prairies for the period of April 1 – June 6, 2021.

Follow the hyperlinks to access AAFC Drought Watch maps reflecting the growing degree day (GDD) for Base 5 ºC, (April 1-June 7, 2021) and for Base 10 ºC (April 1-June 7, 2021). Over the past 7 days (June 3-9, 2021), the lowest temperatures recorded ranged from <0 to >12 °C while the highest temperatures observed across the Canadian prairies ranged from <10 to >36 °C.

PRECIPITATION: This week, the highest rainfall amounts were reported across northwest Saskatchewan and central Alberta while weekly rainfall amounts less than 2 mm was reported across a large area that extended from western Manitoba, across most of Saskatchewan, to southern Alberta. Extreme dry conditions were reported across the Peace River region (Fig. 4).

Figure 4 . 7 day cumulative rainfall (mm) observed across the Canadian prairies for the period of May 31 – June 6, 2021.

Rainfall amounts for the period of May 8 to June 6 (30-day accumulation) were above normal (110 % of long-term average values). Rainfall amounts have been near normal to above normal for large areas of Alberta as well as northwest and southeast Saskatchewan. Well-above-normal rain was reported for Edmonton and Regina. Below normal rainfall amounts were reported for central and northern areas of the Peace River region and across Manitoba (Table 1; Fig. 5).

Figure 5. 30-day cumulative rainfall (mm) observed across the Canadian prairies for the period of May 8 – June 6, 2021.

Average growing season (April 1 – June 6) precipitation was 94 % of normal with the greatest precipitation occurring near Edmonton and across eastern Saskatchewan, including Regina. Most of Manitoba and the Peace River region have had 60 % or less than normal precipitation during the 2021 growing season (Table 2; Fig. 6).

Figure 6. Growing season cumulative rainfall (mm) observed across the Canadian prairies for the period of April 1 – June 6, 2021.

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch Historical website, Environment Canada’s Historical Data website, or your provincial weather network.

Access ALL the PPMN’s Wind Trajectory reports (Weekly and Daily).

Access Environment and Climate Change Canada’s weather radar mapping interface. Options to access preceeding precipitation events include clicking off either an 1 or 3 hours time interval, using an 8-colour or 14-colour index. or changing the base map.

Weather synopsis

TEMPERATURE: This past week (May 24-30, 2021) the average temperature across the prairies was 1 °C cooler than normal (Fig. 1). Temperatures were warmest across most of Alberta and coolest across Saskatchewan and central regions of Manitoba. Across the prairies, the average 30-day (May 1-30) temperature was almost 2 °C warmer than last week and similar to climate normal values. Warmest temperatures were observed across southern Manitoba (Table 1; Fig. 2).

Figure 1. 7-day average temperature (°C) observed across the Canadian prairies for the period of May 24-30, 2021.
Figure 2. 30-day average temperature (°C) observed across the Canadian prairies for the period of May 1-30, 2021.

The 2021 growing season (April 1 – May 31) has been characterized by near-normal temperatures. Temperatures have been warmest for southern Manitoba, western Saskatchewan and southern Alberta (Table 2; Fig. 3).

Figure 3. Growing season average temperature (°C) observed across the Canadian prairies for the period of April 1-May 30, 2021.

The growing degree day map (GDD) (Base 5 ºC, April 1-May 31, 2021) is provided below (Fig. 4) while the growing degree day map (GDD) (Base 10 ºC, April 1-May 31, 2021) is shown in Figure 5.

Figure 4. Growing degree day map (Base 5 °C) observed across the Canadian prairies for the growing season (April 1-May 31, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (03Jun2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true
Figure 5. Growing degree day map (Base 10 °C) observed across the Canadian prairies for the growing season (April 1-May 31, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (03Jun2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true

Several areas were on the receiving end of frost and many folks are still watching to see how their crops recover. The lowest temperatures recorded ranged from <-14 to >0 °C (Fig. 6) while the highest temperatures (°C) observed across the Canadian prairies the past seven days ranged from <11 to >25 °C (Fig. 7).

Figure 6. Lowest temperatures (°C) observed across the Canadian prairies the past seven days (May 27-Jun 2, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (03Jun2021) although PDF file format was not available. Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true
Figure 7. Highest temperatures (°C) observed across the Canadian prairies the past seven days (May 27-Jun 2, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (03Jun2021) although PDF file format was not available. Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true

PRECIPITATION: This week, significant precipitation was reported across central regions of Saskatchewan and Alberta while minimal rain was reported across Manitoba and western Alberta (Fig. 8). Rainfall amounts for the period of May 1-30 (30-day accumulation) were 123 % of long-term average values. Rainfall amounts have been near normal to above normal for large areas of Alberta and southern Saskatchewan. Well above normal rain was reported for Edmonton and Regina. Below normal rainfall amounts were reported for central and northern areas of the Peace River region and across Manitoba (Table 1; Fig. 9).

Figure 8. 7-day cumulative rainfall (mm) observed across the Canadian prairies for the period of May 24-30, 2021.
Figure 9. 30-day cumulative rainfall (mm) observed across the Canadian prairies for the period of May 1-30, 2021.

Average growing season (April 1 – May 30) precipitation was 105 % of normal with the greatest precipitation occurring near Edmonton and across eastern Saskatchewan. Most of Manitoba and the Peace River region have had 60 % or less of normal precipitation during the 2021 growing season so far (Table 2; Fig. 10).

Figure x. Growing season cumulative rainfall (mm) observed across the Canadian prairies for the period of April 1-May 30, 2021.

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch Historical website, Environment Canada’s Historical Data website, or your provincial weather network.

Access ALL the PPMN’s Wind Trajectory reports (Weekly and Daily).

Access Environment and Climate Change Canada’s weather radar mapping interface. Options to access preceeding precipitation events include clicking off either an 1 or 3 hours time interval, using an 8-colour or 14-colour index. or changing the base map.

Weather synopsis

TEMPERATURE: This past week (May 17-23, 2021) began with hot dry conditions followed by cool/wet conditions (mid-week reports of snow and minimum temperatures less than 0 °C). Most of the prairies had significant rainfall over the weekend. The average temperature across the prairies was 1 °C cooler than normal (Fig. 1). For the second week temperatures were warmest across Manitoba. Temperatures were coolest across western Saskatchewan and most of Alberta.

Figure 1. 7-day average temperature (°C) observed across the Canadian prairies for the period of May 17-23, 2021.

The prairie-wide average 30-day temperature (April 24- May 23) was 0.4 °C less than climate normal values. The warmest temperatures were observed across the southern prairies (Table 1; Fig. 2). The 2021 growing season (April 1 – May 16) has been characterized by near-normal temperatures. Temperatures have been similar across the prairies (Table 2; Fig. 3).

Figure 2. 30-day average temperature (°C) observed across the Canadian prairies for the period of April 24-May 23, 2021.
Figure 3. Growing season average temperature (°C) observed across the Canadian prairies for the period of April 1-May 23, 2021.

The growing degree day map (GDD) (Base 5 ºC, April 1-May 24, 2021) is provided below (Fig. 4) while the growing degree day map (GDD) (Base 10 ºC, April 1-May 24, 2021) is shown in Figure 5.

Figure 4. Growing degree day map (Base 5 °C) observed across the Canadian prairies for the growing season (April 1-May 24, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (27May2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true
Figure 5. Growing degree day map (Base 10 °C) observed across the Canadian prairies for the growing season (April 1-May 24, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (27May2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true

Many were uttering the f-word this past week… several areas were on the receiving end of frost and many folks are still watching to see how their crops recover. The lowest temperatures recorded ranged from <-14 to >0 °C (Fig. 6) while the highest temperatures (°C) observed across the Canadian prairies the past seven days ranged from <11 to >25 °C (Fig. 7).

Figure 6. Lowest temperatures (°C) observed across the Canadian prairies the past seven days (May 20-26, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (27May2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true
Figure 7. Highest temperatures (°C) observed across the Canadian prairies the past seven days (May 12-18, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (19May2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true

PRECIPITATION: This week average precipitation for the prairies was 17 mm (Fig. 8). Last week the average was less than 2 mm. Conditions continued to be dry in a large region bounded by Swift Current, Saskatoon and Vegreville as well as central and northern areas of the Peace River region. Rainfall amounts for the period of April 24-May 23 (30-day accumulation) were 88 % of long-term average values. Rainfall was greatest for large areas of Alberta, southern Saskatchewan and southern Manitoba (Table 1; Fig. 9). Average growing season (April 1 – May 23) precipitation was 86 % of normal (Table 1; Fig. 10). The map indicates that conditions continue to be very dry across the Peace River region, east-central Alberta, and west-central Saskatchewan.

Figure 8. 7-day cumulative rainfall (mm) observed across the Canadian prairies for the period of May 17-23, 2021.
Figure 9. 30-day cumulative rainfall (mm) observed across the Canadian prairies for the period of April 24-May 23, 2021.
Figure 10. Growing season cumulative rainfall (mm) observed across the Canadian prairies for the period of April 1-May 23, 2021.

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch Historical website, Environment Canada’s Historical Data website, or your provincial weather network.

Access ALL the PPMN’s Wind Trajectory reports (Weekly and Daily).

Access Environment and Climate Change Canada’s weather radar mapping interface. Options to access preceeding precipitation events include clicking off either an 1 or 3 hours time interval, using an 8-colour or 14-colour index. or changing the base map.

Weather synopsis

TEMPERATURE: This past week the average temperature across the prairies was 2.5 °C warmer than normal (Fig. 1). Temperatures were warmest across the Parkland region in Manitoba, Saskatchewan, and Alberta.

Figure 1. 7-day average temperature (°C) observed across the Canadian prairies for the period of May 10-16, 2021.

The prairie-wide average 30-day temperature (April 17- May 16) was 0.9 °C less than climate normal values. A region from Winnipeg to Saskatoon has been 2 to 4 °C cooler than average. Temperatures have been warmest across southern Alberta (Table 1; Fig. 2).

Figure 2. 30-day average temperature (°C) observed across the Canadian prairies for the period of April 17-May 16, 2021.

The 2021 growing season (April 1 – May 16) has been characterized by near normal temperatures. Warmest temperatures were observed in a region between Lethbridge, Saskatoon and Edmonton while coolest temperatures were reported from Manitoba (Table 2; Fig. 3).

Figure 3. Growing season average temperature (°C) observed across the Canadian prairies for the period of April 1-May 16, 2021.

The growing degree day map (GDD) (Base 5 ºC, April 1-May 2, 2021) is provided below (Fig. 4) while the growing degree day map (GDD) (Base 10 ºC, April 1-August 9, 2020) is shown in Figure 5.

Figure 4. Growing degree day map (Base 5 °C) observed across the Canadian prairies for the growing season (April 1-May 17, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (19May2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true
Figure 5. Growing degree day map (Base 10 °C) observed across the Canadian prairies for the growing season (April 1-May 17, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (19May2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true

At this early point in the growing season, cool temperatures pose the risk of frost but the differences between low and high temperatures can exert stress on plants, particularly when field conditions are dry. The lowest temperatures recorded ranged from <-8 to >6 °C (Fig. 6) while the highest temperatures (°C) observed across the Canadian prairies the past seven days ranged from <3 to >28 °C (Fig. 7).

Figure 6. Lowest temperatures (°C) observed across the Canadian prairies the past seven days (May 12-18, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (19May2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true
Figure 7. Highest temperatures (°C) observed across the Canadian prairies the past seven days (May 12-18, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (19May2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true

PRECIPITATION: Seven-day cumulative rainfall amounts indicate that most of the prairies had less than 2 mm of rain in the past week (Fig. 8). Rainfall amounts for the period of April 17-May 16 (30-day accumulation) were 56 % of long-term average values. Rainfall was greatest for southwestern Saskatchewan and across most of Alberta (Table 1; Fig. 9).

Figure 8 . 7-day cumulative rainfall (mm) observed across the Canadian prairies for the period of May 10-16, 2021.
Figure 9. 30 day cumulative rainfall (mm) observed across the Canadian prairies for the period of April 17-May 16, 2021.

Average growing season (April 1 – May 16) precipitation has been well below average for most of the prairies (35 % less than normal). Saskatoon has reported 4.3 mm (15 % of normal) and most of Saskatchewan and Manitoba have had less than 15 mm (40 % of normal precipitation) (Table 1; Fig. 10).

Figure 10. Growing season cumulative rainfall (mm) observed across the Canadian prairies for the period of April 1-May 16, 2021.

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch Historical website, Environment Canada’s Historical Data website, or your provincial weather network.

Access ALL the PPMN’s Wind Trajectory reports (Weekly and Daily).

Access Environment and Climate Change Canada’s weather radar mapping interface. Options to access preceding precipitation events include clicking off either an 1 or 3 hours time interval, using an 8-colour or 14-colour index. or changing the base map.

Weather synopsis

Since April 1, the 2021 growing season has been cooler and dryer than normal. The National Agroclimate Risk Report states that the most significant climate-related risk to agriculture is the dry conditions across the prairie region (access the Spring to April 27, 2021 report).

This past week (May 3-9, 2021), the average temperature across the prairies was 1.3 °C cooler than normal (Fig. 1). Similarly, the average 30-day temperature (April 10-May 9) was 1.7 °C less than climate normal values (Fig. 2). Temperatures have been warmest in southern Alberta (Table 1; Fig. 1-2).

Figure 1. Seven-day average temperature (°C) across the Canadian prairies for the period of May 3-9, 2021.
Figure 2. 30-day average temperature (°C) across the Canadian prairies for the period of April 10-May 9, 2021.

The growing degree day map (GDD) (Base 5 ºC, April 1-May 2, 2021) is provided below (Fig. 3) while the growing degree day map (GDD) (Base 10 ºC, April 1-August 9, 2020) is shown in Figure 4.

Figure 3. Growing degree day map (Base 5 °C) observed across the Canadian prairies for the growing season (April 1-May 11, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (12May2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true
Figure 4. Growing degree day map (Base 10 °C) observed across the Canadian prairies for the growing season (April 1-May 11, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (12May2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true

At this early point in the growing season, cool temperatures pose the risk of frost but the differences between low and high temperatures can exert incredible stress on newly germinating plants in field crops. The lowest temperatures recorded ranged from <-59 to >-6 °C (Fig. 5) while the highest temperatures (°C) observed across the Canadian prairies the past seven days ranged from <11 to >26 °C (Fig. 6). Wow, what an amazing range – spring is tough!

Figure 5. Lowest temperatures (°C) observed across the Canadian prairies the past seven days (May 5-11, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (12May2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true
Figure 6. Highest temperatures (°C) observed across the Canadian prairies the past seven days (May 5-11, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (12May2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true

Seven-day cumulative rainfall indicates that below normal rain (86% of average) was reported for the prairies (Fig. 7). Over the past seven-days rain totals across most of Alberta and the extreme southwest region of Saskatchewan was 10-20 mm. The rest of the prairies received little or no rain. Rain (30-day accumulation) amounts have been less than average for most of the prairies (81% of average). Rainfall for April 10-May 9, 2021, has been greatest for southeastern Manitoba, southwestern Saskatchewan and across most of Alberta (Table 1; Fig. 8). Average growing season (April 1 to May 9) precipitation has been well below average for most of the prairies. The two large regions (Swift Current to Prince Albert to Vegreville and the western two-thirds of Manitoba) have had less than 40 % of normal precipitation.

Figure 7. Seven-day cumulative rainfall (mm) observed across the Canadian prairies the past 30 days (May 3-9, 2021).
Figure 8. 30-day cumulative rainfall (mm) observed across the Canadian prairies the past 30 days (April 10-May 9, 2021).

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch Historical website, Environment Canada’s Historical Data website, or your provincial weather network.

Access ALL the PPMN’s Wind Trajectory reports (Weekly and Daily).

Access Environment and Climate Change Canada’s weather radar mapping interface.

Weather synopsis

Since April 1, the 2021 growing season has been cooler and dryer than normal. This past week (April 26-May 2, 2021), the average temperature across the prairies was approximately 0.5 °C cooler than normal. Similarly, the average 30-day temperature (April 3- May 2) was 0.6 °C less than climate normal values. Temperatures have been warmest in southern Alberta. Seven day cumulative rainfall indicates that below normal rain (79% of average) was reported for the prairies.

Figure 1. 7-day average temperature (°C) across the Canadian prairies for the period of April 26-May 2, 2021.
Figure 2. 30-day average temperature (°C) across the Canadian prairies for the period of April 3-May 2, 2021.

The growing degree day map (GDD) (Base 5 ºC, April 1-May 2, 2021) is below (Fig. 3) while the growing degree day map (GDD) (Base 10 ºC, April 1-August 9, 2020) is shown in Figure 4.

Figure 3. Growing degree day map (Base 5 °C) observed across the Canadian prairies for the growing season (April 1-May 3, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (06May2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true
Figure 4. Growing degree day map (Base 10 °C) observed across the Canadian prairies for the growing season (April 1-May 3, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (06May2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true

At this early point in the growing season, cool temperatures pose the risk of frost but the differences between low and high temperatures can exert incredible stress on newly germinating plants in field crops. The lowest temperatures ranged from <-14 to >0 °C (Fig. 5) while the highest temperatures (°C) observed across the Canadian prairies the past seven days ranged from <3 to >24 °C (Fig. 6).

Figure 5. Lowest temperatures (°C) observed across the Canadian prairies the past seven days (April 29-May 5, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (06May2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true
Figure 6. Highest temperatures (°C) observed across the Canadian prairies the past seven days (April 29-May 5, 2021).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (06May2021). Access the full map at https://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true

Rain (30-day accumulation) amounts have been less than average for most of the prairies (75 % of average; Fig. 7). Rainfall for April 3-May 2, 2021, has been greatest for southeastern Manitoba and the extreme southwest of Alberta (Fig. 8).

Figure 7. 30-day cumulative rainfall (mm) observed across the Canadian prairies the past 30 days (April 1-May 2, 2021).
Figure 8. Seven-day cumulative rainfall (mm) observed across the Canadian prairies the past 30 days (April 26-May 2, 2021).

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch Historical website, Environment Canada’s Historical Data website, or your provincial weather network.

Access the PPMN’s Weekly Wind Trajectory report released May 5, 2021.

FYI: Environment and Climate Change Canada updated the weather radar mapping interface recently.

Weather synopsis

An abbreviated synopsis is provided for the final Weekly Update of the 2020 growing season. It was a warm week for most of the prairies! The highest temperatures the past seven days across the prairies are represented in Figure 1 and ranged from <22 to >35 °C.

Figure 1. Highest temperatures (°C) observed across the Canadian prairies the past seven days (April 1-August 19, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (20Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

All those high temperatures advanced the accumulation of heat units across the prairies. The growing degree day map (GDD) (Base 5 ºC, April 1-August 17, 2020) is below (Fig. 2) while the growing degree day map (GDD) (Base 10 ºC, April 1-August 17, 2020) is shown in Figure 3.

Figure 2. Growing degree day map (Base 5 °C) observed across the Canadian prairies for the growing season (April 1-August 17, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (20Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209
Figure 3. Growing degree day map (Base 10 °C) observed across the Canadian prairies for the growing season (April 1-August 17, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (20Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

So far this growing season, the number of days above 25 °C ranges from 0-10 days in the northwest of the prairies then increases up to 61-70 days in southern Manitoba (Fig. 4). In comparison, the number of days above 30 °C ranges up to 25-27 days in southern Saskatchewan and southern Manitoba (Fig. 5)

Figure 4. Number of days above 25 °C observed across the Canadian prairies this growing season (April 1-August 19, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (20Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209
Figure 5. Number of days above 30 °C observed across the Canadian prairies this growing season (April 1-August 19, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (20Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

As fields continue to mature in late August and in to September, growers will be watching for cool evenings. The lowest temperatures the past seven days across the prairies are represented in Figure 6 and ranged from <1 to >13 °C.

Figure 6. Lowest temperatures (°C) observed across the Canadian prairies the past seven days (April 1-August 19, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (20Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

Cumulative rainfall for the past 7 days was lowest across central and southern regions of Alberta and Saskatchewan while western and northern areas of the Peace River region AND eastern Saskatchewan plus much of Manitoba received more moisture (Fig. 7). Cumulative 30-day (Fig. 8) and rainfall for the growing season (April 1-August 19, 2020; Fig. 9) are below.

Figure 7. Observed cumulative precipitation across the Canadian prairies the past seven days (as of August 19, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (20Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209
Figure 8. Observed cumulative precipitation across the Canadian prairies the past 30 days (as of August 19, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (20Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209
Figure 9. Observed cumulative precipitation across the Canadian prairies for the growing season (as of August 19, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (20Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Drought Watch Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch website, Environment Canada’s Historical Data website, or your provincial weather network.

Weather synopsis

This past week (Aug 4-10, 2020) conditions were generally warm and dry. Weekly prairie temperatures were warmest across Manitoba and Saskatchewan (Fig. 1). Lower temperatures were observed across western and northwestern Alberta (Fig. 1). Though average 30-day (July 12 – August 10, 2020) temperatures continue to be cooler in Alberta than eastern Saskatchewan and Manitoba (Fig. 2), temperature anomalies (mean temperature difference from average; July 14-August 10, 2020) indicate that conditions have generally been warmer than average across most of Alberta as well as Parkland regions of Saskatchewan and Manitoba (Fig. 3).

Figure 1. Observed average temperatures across the Canadian prairies the past seven days (August 4-10, 2020).
Figure 2. Observed average temperatures across the Canadian prairies the past 30 days (July 12-August 10, 2020).
Figure 3. Mean temperature difference from Normal the past 30 days (July 14-August 12, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (12Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

Regions in southeastern central and southern Saskatchewan and across southern Manitoba have reported temperatures that have been up to 2 °C cooler than average. Based on growing season temperatures (April 1-August 10, 2020) temperatures were warmest across the southern prairies (Fig. 4). Based on growing season temperature deviations (observed temperatures compared with climate normal temperatures), below average temperatures have been observed across central and western regions of Saskatchewan and central regions of Alberta (Fig. 5). Across southern Alberta and most of Manitoba, temperatures have generally been above average. (Fig. 5)

Figure 4. Observed average temperatures across the Canadian prairies for the growing season (April 1-August 10, 2020).
Figure 5. Observed difference from average temperatures across the Canadian prairies for the growing season (April 1-August 10, 2020).

Most areas reported 7-day cumulative rainfall amounts that were less than 10 mm (Fig. 6). Cumulative 30-day rainfall was lowest across a large area ranging across southern Alberta as well as central and western regions of Saskatchewan (Fig. 7). Growing season rainfall (percent of average) is highly variable across the prairies (Fig. 8). Rainfall has been below normal across most of Saskatchewan as well as southern Alberta, and the Peace River region (Fig. 8).

Figure 6. Observed cumulative precipitation across the Canadian prairies the past seven days (August 4-10, 2020).
Figure 7. Observed cumulative precipitation across the Canadian prairies the past 30 days (July 12-August 10, 2020).
Figure 8. Percent of average precipitation for the growing season (April 1-August 10, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (12Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

The growing degree day map (GDD) (Base 5 ºC, April 1-August 9, 2020) is below (Fig. 9) while the growing degree day map (GDD) (Base 10 ºC, April 1-August 9, 2020) is shown in Figure 10.

Figure 9. Growing degree day map (Base 5 °C) observed across the Canadian prairies for the growing season (April 1-August 9, 2020).
Figure 10. Growing degree day map (Base 10 °C) observed across the Canadian prairies for the growing season (April 1-August 9, 2020).

The highest temperatures (°C) observed across the Canadian prairies the past seven days ranged from <17 to >34 °C (Fig. 11) while the lowest temperatures ranged from <-1 to >13 °C (Fig. 12). So far this growing season (as of August 12, 2020), the number of days above 25 °C ranges from 0-10 days in the west (to west of Calgary, west and north of central Alberta and extending into the south and west of the Peace River region) but extends up to 51-60 days in southern Manitoba (Fig. 13).

Figure 11. Highest temperatures (°C) observed across the Canadian prairies the past seven days (April 1-August 12, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (13Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209
Figure 12. Lowest temperatures (°C) observed across the Canadian prairies the past seven days (April 1-August 12, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (13Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209
Figure 13. Number of days above 25 °C observed across the Canadian prairies this growing season (April 1-August 12, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (13Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Drought Watch Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch website, Environment Canada’s Historical Data website, or your provincial weather network.

Weather synopsis

This past week (July 28 to August 3, 2020) prairie temperatures were warmest in southeastern Alberta and southwestern Saskatchewan and coolest in southern Manitoba and the Peace River region of Alberta and British Columbia (Fig. 1). Temperatures in the past week represent a switch from previous weeks, where it was warmer in Manitoba than in Alberta. Average 30-day temperatures (July 5 to August 3, 2020) continue to be cooler across most of Alberta than observed in eastern Saskatchewan and Manitoba (Fig. 2). The average 30-day temperature at Winnipeg and Brandon continued to be greater than locations in Alberta and Saskatchewan (Fig. 2).

Figure 1. Observed average temperatures across the Canadian prairies the past seven days (July 28-August 3, 2020).
Figure 2. Observed average temperatures across the Canadian prairies the past 30 days (July 5-August 3, 2020).
Figure 3. Mean temperature difference from Normal the past 30 days (July 1-31, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (13Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

Cumulative rainfall for the past 7 days was lowest across southern regions of Alberta, Saskatchewan and Manitoba (Fig. 4). Cumulative 30-day rainfall was lowest across a large area ranging from southwest Saskatchewan to Saskatoon (Fig. 5). Growing season rainfall (percent of average) is below normal across eastern Saskatchewan and localized areas of Manitoba and above normal across most of Alberta (Fig. 6).

Figure 4. Observed cumulative precipitation across the Canadian prairies the past seven days (July 28-August 5, 2020).
Figure 5. Observed cumulative precipitation across the Canadian prairies the past 30 days (July 5-August 3, 2020).
Figure 6. Percent of average precipitation for the growing season (April 1-August 3, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (04Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

The growing degree day map (GDD) (Base 5 ºC, April 1-August 3, 2020) is below (Fig. 7) while the growing degree day map (GDD) (Base 10 ºC, April 1-August 3, 2020) is shown in Figure 8.

Figure 7. Growing degree day map (Base 5 °C) observed across the Canadian prairies for the growing season (April 1-August 3, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (06Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209
Figure 8. Growing degree day map (Base 10 °C) observed across the Canadian prairies for the growing season (April 1-August 3, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (06Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

The highest temperatures (°C) observed across the Canadian prairies the past seven days ranged from <24 to >32 °C (Fig. 9). So far this growing season (as of August 6, 2020), the number of days above 25°C ranges from 0-10 days throughout much of Alberta and into the BC Peace then extends up to 51-60 days in southern Manitoba (Fig. 10).

Figure 9. Highest temperatures (°C) observed across the Canadian prairies the past seven days (April 1-August 3, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (06Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209
Figure 10. Number of days above 25 °C observed across the Canadian prairies this growing season (April 1-August 5, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (06Aug2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Drought Watch Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch website, Environment Canada’s Historical Data website, or your provincial weather network.

Weather synopsis

An abbreviated synopsis of the past week is provided below. Recent warm weather across the Canadian prairies helped crop development this past week

The growing degree day map (GDD) (Base 5 ºC, April 1-July 27, 2020) is below (Fig. 1) while the growing degree day map (GDD) (Base 10 ºC, April 1-July 27, 2020) is shown in Figure 2.

Figure 1. Growing degree day map (Base 5 °C) observed across the Canadian prairies for the growing season (April 1-July 27, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (30Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209
Figure 2. Growing degree day map (Base 10 °C) observed across the Canadian prairies for the growing season (April 1-July 27, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (30Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

The highest temperatures (°C) observed across the Canadian prairies the past seven days ranged from <22 to >34 °C (Fig. 3). So far this growing season (up to July 29, 2020), the number of days above 25 ranges from 0-10 days throughout much of Alberta and into the BC Peace then extends up to 41-50 days in southern Manitoba (Fig. 4).

Figure 3. Highest temperatures (°C) observed across the Canadian prairies the past seven days (April 1-July 29, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (30Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209
Figure 4. Number of days above 25 °C observed across the Canadian prairies this growing season (April 1-July 29, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (30Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

Cumulative rainfall for the past 7 days was lowest across southern regions of Alberta, Saskatchewan, and Manitoba with the exception of around Regina south to the American border, and southwest Manitoba west into the southeast corner of Saskatchewan (Fig. 5). Cumulative 30-day (Fig. 6) and rainfall for the growing season (April 1-July 29, 2020; Fig. 7) are below.

Figure 5. Observed cumulative precipitation across the Canadian prairies the past seven days (as of July 29, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (30Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209
Figure 6. Observed cumulative precipitation across the Canadian prairies the past 30 days (as of July 29, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (30Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209
Figure 7. Observed cumulative precipitation across the Canadian prairies for the growing season (as of July 29, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (30Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Drought Watch Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch website, Environment Canada’s Historical Data website, or your provincial weather network.

Weather synopsis

This past week (July 13-19, 2020) prairie temperatures were warmest in Manitoba and eastern Saskatchewan (Table 1; Fig. 1). Average 7-day temperatures continue to be warmest across Manitoba and eastern Saskatchewan and coolest across most of Alberta(Table 1; Fig. 1).

Figure 1. Observed average temperatures across the Canadian prairies the past seven days (July 13-19, 2020).

Average 30-day (June 20-July 19, 2020) temperatures continued to be cooler in Alberta than eastern Saskatchewan and Manitoba (Table 2; Fig. 2). The average 30-day temperature at Winnipeg and Brandon continued to be greater than locations in Alberta and Saskatchewan(Table 2; Fig. 2). Based on growing season temperatures (April 1 – July 19, 2020), conditions continue to be warmest for southern locations (Table 3).

Figure 2. Observed average temperatures across the Canadian prairies the past 30 days (June 20-July 19, 2020).

Cumulative rainfall for the past 7 days was lowest across southern regions of Alberta and Saskatchewan. Cumulative 30-day rainfall was lowest across a large area ranging from southwest Saskatchewan to Saskatoon. Growing season rainfall (percent of average) is below normal across eastern Saskatchewan and localized areas of Manitoba.

Figure 4. Observed cumulative precipitation across the Canadian prairies the past seven days (July 16-19, 2020).
Figure 5. Observed cumulative precipitation across the Canadian prairies the past 30 days (June 20-July 19, 2020).
Figure 6. Percent of average precipitation for the growing season (April 1-July 19, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (21Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

The growing degree day map (GDD) (Base 5 ºC, April 1-July 13, 2020) is below (Fig. 7) while the growing degree day map (GDD) (Base 10 ºC, April 1-July 13, 2020) is shown in Figure 8.

Figure 7. Growing degree day map (Base 5 °C) observed across the Canadian prairies for the growing season (April 1-July 22, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (23Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209
Figure 8. Growing degree day map (Base 10 °C) observed across the Canadian prairies for the growing season (April 1-July 22, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (23Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

The highest temperatures (°C) observed across the Canadian prairies the past seven days ranged from <19 to >32 °C (Fig. 9). So far this growing season (up to July 22, 2020), the number of days above 25 ranges from 0-10 days throughout much of Alberta and into the BC Peace then extends up to 41-50 days in southern Manitoba (Fig. 10).

Figure 9. Highest temperatures (°C) observed across the Canadian prairies the past seven days (April 1-July 19, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (23Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209
Figure 10. Number of days above 25 °C observed across the Canadian prairies this growing season (April 1-July 22, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (23Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Drought Watch Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch website, Environment Canada’s Historical Data website, or your provincial weather network.

Weather synopsis

The 2020 growing season, April 1 – July 12, 2020, has been cooler and wetter than normal across many locations in Alberta and Saskatchewan. Conditions in Manitoba have been warmer and dryer than normal. This past week (July 6-12, 2020) prairie temperatures were warmest in Manitoba and eastern Saskatchewan (Table 1; Fig. 1). Average 7-day temperatures continue to be warmest across Manitoba and eastern Saskatchewan and coolest across most of Alberta (Table 1; Fig. 1).

Figure 1. Observed average temperatures across the Canadian prairies the past seven days (July 6-12, 2020).

Average 30-day (June 13-July 12, 2020) temperatures continue to be cooler in Alberta than in southern Saskatchewan and Manitoba (Table 2; Fig. 2). The average 30-day temperature at Winnipeg and Brandon continued to be greater than locations in Alberta and Saskatchewan (Fig. 2). Temperature anomalies indicate that temperatures have been below normal across most of Alberta and Saskatchewan and were 0 to 2 °C warmer than average across eastern Saskatchewan and southern Manitoba (Table 2; Fig. 3). Based on growing season temperatures (April 1 – July 12, 2020), conditions have been warmest for southern locations (Table 3).

Figure 2. Observed average temperatures across the Canadian prairies the past 30 days (June 13-July 12, 2020).
Figure 3. Mean temperature difference from Normal the past 30 days (June 16-July 13, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (13Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

Cumulative rainfall for the past 7 days was lowest across southern regions of Alberta and across most of Manitoba (Table 1 Fig. 4). Lethbridge reported 4.2 mm and Winnipeg reported 1.4 mm (Table 1). Cumulative 30 day rainfall continued to be greatest across central regions of Alberta (Table 2; Fig. 5). Rainfall amounts were lowest across southern regions of the prairies (Table 2; Fig. 5).

Figure 4. Observed cumulative precipitation across the Canadian prairies the past seven days (July 6-12, 2020).

Total 30-day rainfall at Brandon, Winnipeg and Swift Current was less than 100 mm (Table 2; Fig. 5). Lethbridge has reported 122.3 mm (261% of normal) in the past 30 days (Table 2). Growing season rainfall (percent of average) is below normal across eastern Saskatchewan and localized areas of Manitoba.

Figure 5. Observed cumulative precipitation across the Canadian prairies the past 30 days (June 13-July 12, 2020).
Figure 6. Percent of average precipitation for the growing season (April 1-July 13, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (14Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

The growing degree day map (GDD) (Base 5 ºC, April 1-July 13, 2020) is below (Fig. 7):

Figure 7. Growing degree day map (Base 5 °C) observed across the Canadian prairies for the growing season (April 1-July 13, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (16Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

The growing degree day map (GDD) (Base 10 ºC, April 1-July 13, 2020) is below (Fig. 8):

Figure 8. Growing degree day map (Base 10 °C) observed across the Canadian prairies for the growing season (April 1-July 13, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (16Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

The highest temperatures (°C) observed the past seven days ranged from <15 to >33 °C in the map below (Fig. 9).

Figure 9. Highest temperatures (°C) observed across the Canadian prairies the past seven days (April 1-July 13, 2020).
Image has not been reproduced in affiliation with, or with the endorsement of the Government of Canada and was retrieved (16Jul2020). Access the full map at http://www.agr.gc.ca/DW-GS/current-actuelles.jspx?lang=eng&jsEnabled=true&reset=1588297059209

The maps above are all produced by Agriculture and Agri-Food Canada. Growers can bookmark the AAFC Current Conditions Drought Watch Maps for the growing season. Historical weather data can be access at the AAFC Drought Watch website, Environment Canada’s Historical Data website, or your provincial weather network.

Weather Synopsis

Weather synopsis – Temperature – Crops continue to mature and some fields have been harvested across the prairies.  The map below reflects the number of days above 25°C (Fig. 1) while the next map reflects the number of days above 30°C (Fig. 2).

Figure 1. Number of days above 25°C.
Figure 2. Number of days above 30°C.



The map below reflects the highest temperatures across the prairies the past seven days (Fig. 3) while the lowest temperatures the past seven days reveals some cool nights in some areas (Fig. 4).

Figure 3.  Highest temperatures the past seven days (August  15-21, 2017) across
the Canadian prairies.

Figure 4. Lowest temperatures the past seven days (August  15-21, 2017) across
the Canadian prairies.


Precipitation – Seven-day rainfall accumulations were greatest in central Alberta into Saskatchewan but also in eastern Saskatchewan and into Manitoba (Fig. 5). 

Figure 5. Accumulated precipitation the past seven days (August 15-21, 2017).

The accumulated precipitation for the growing season (Fig. 6) continues to reflect dryer growing conditions and dryer than normal for most of the prairies (Fig. 7). 

Figure 6. Accumulated precipitation for the growing season (April 1-21, 2017).
Figure 7. Percent of average precipitation for the growing season (April 1-August 21, 2017).





The growing degree day map (GDD) (Base 10ºC, March 1 – August 20, 2017) is below:



The growing degree day map (GDD) (Base 5ºC, March 1 – August 20, 2017) is below:





The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.

Weekly Update – Weather Synopsis

Weather synopsis – Temperature – This week’s temperatures were warmest in southern Alberta and Manitoba (Fig. 1). The 30-day average temperatures were warmest along the border with USA (Fig. 2).

Figure 1. Average precipitation across the Canadian prairies the past
seven days (August 7-14, 2017).



Figure 2.  Average temperature across the Canadian prairies the
past 30 days (July 14-August 14, 2017).





After a fair bit heat across the prairies (Fig. 3), a few of us woke to cooler temperatures (Fig. 4) this week!

Figure 3.  Highest temperatures the past seven days (August  10-16, 2017) across
the Canadian prairies.
Figure 4.  Lowest temperatures the past seven days (August  10-16, 2017) across
the Canadian prairies.



Precipitation – Seven-day rainfall accumulations were greatest in regions north of the Yellowhead highway (Fig. 5). Total 30-day rainfall accumulations indicate that conditions dryer than normal for most of the prairies, particularly southern and central regions of Alberta (Fig. 6). 

Figure 5. Accumulated precipitation the past seven days (August 7-13, 2017).



Figure 6. Percent of average precipitation across the Canadian prairies the 
past 30 days (July 15-August 13, 2017). 



This growing season (April 1 – August 13, 2017), the percent of average precipitation continues to be below average for most of the prairies (Fig. 7).

Figure 7. Percent of average precipitation across the Canadian prairies for the 
growing season (April 1-August 13, 2017). 






The growing degree day map (GDD) (Base 10ºC, March 1 – August 13, 2017) is below:






The growing degree day map (GDD) (Base 5ºC, March 1 – August 13, 2017) is below:







The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.

Weekly Update – Weather Synopsis

Weather synopsis – This past week’s temperatures were above normal in many locations on the prairies, especially south and central Alberta and Saskatchewan (Fig. 1).  

Figure 1. Highest temperatures across the Canadian prairies the 
past seven days (July 25-31, 2017).



Seven-day rainfall accumulations were low across the prairies. Total 30-day rainfall accumulations indicate that conditions are normal to dryer-than-normal for most of the prairies (Fig. 2). 

Figure 2.  Percent of average precipitation across the Canadian prairies the 
past 30 days (July 2-31, 2017). 



Growing season (April 1 – July 31, 2017) percent of average precipitation continues to be average for some areas of Alberta, but below average for most of Saskatchewan and Manitoba.

Figure 3.  Percent of average precipitation across the Canadian prairies over 
the growing season (April 1-July 31, 2017).




The growing degree day map (GDD) (Base 10ºC, March 1 – July 30, 2017) is below:








The growing degree day map (GDD) (Base 5ºC, March 1 – July 30, 2017) is below:







The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.

Weekly Update – Weather Synopsis

Weather synopsis – This week’s temperatures were similar to last week, both the seven-day (Fig. 1) and 30-day average temperatures (Fig. 2) were similar to long term averages (Fig. 3). Compared to 30-day average temperatures, Alberta was above normal, whereas Saskatchewan and Manitoba were slightly below normal (Fig. 2).

Figure 1.  Accumulated precipitation the past  7 days (from July 17-24, 2017) across the Canadian prairies.


Figure 2.  Accumulated precipitation the past 30 days (from June 24-July 24, 2017) across the Canadian prairies.


Figure 3.  Long Term Normal (LTN) average temperatures over 30 days
 (from June 24-July 24) across the Canadian prairies.





Seven-day rainfall accumulations were low across the prairies ( Fig. 4). Total 30-day rainfall accumulations indicate that conditions are normal to dryer than normal for most of the prairies (Fig. 5). Growing season (April 1 – July 23, 2017) percent of average precipitation continues to be average for most of Alberta and below average for most of Saskatchewan and Manitoba.

Figure 4. Accumulated precipitation the past seven days (July 17-24, 2017) across the Canadian prairies.


Figure 5. Accumulated precipitation the past 30 days (June 24-July 24, 2017) across the Canadian prairies.


Figure 6.  Percent of average precipitation  for the across the Canadian prairies for
the growing season (April 1-July 24, 2017).

The lowest temperatures across the prairies over the past seven days (July 18-24, 2017) are mapped below.  

In contrast, the highest temperatures recorded over the past seven days (July 13-19, 2017) are presented below. 



The growing degree day map (GDD) (Base 10ºC, March 1 – July 23, 2017) is below:


The growing degree day map (GDD) (Base 5ºC, March 1 – July 23, 2017) is below:



The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.

Weekly Update – Weather Synopsis

Weather synopsis – Seven-day rainfall accumulations were generally greater than the previous week. Some areas in southern prairies received 10 to 30 mm of rain (Fig. 1). Total 30-day rainfall for June 17 to July 16, 2017, indicates that conditions are somewhat dryer than normal for most of the prairies. Figure 2 indicates that the regions with <40% of average rainfall (30-day) now include much of southern Saskatchewan, as well as large spots of southern Alberta and Manitoba. The percent of average precipitation for this growing season continues to be average for most of Alberta and below average for much of Saskatchewan and Manitoba (Fig. 3).

Figure 1.  Accumulated precipitation across the Canadian prairies the past  seven days (July 10-16, 2017).




Figure 2.  Accumulated precipitation across the Canadian prairies the past  30 days (June 17-July 16, 2017).




Figure 3.  Percent of average precipitation across the Canadian prairies from June 17-July 16, 2017.



Over the past week, the warmest temperatures occurred over a large area from Brandon to Edmonton and south to the Canada-USA border. Although temperatures were warmer (1°C) than last week, both the 7- and 30-day average temperatures were similar to long-term normal (LTN). Compared to 30-day average temperatures, Alberta was above normal whereas Saskatchewan and Manitoba were slightly below normal. 




The lowest temperatures across the prairies over the past seven days (July 13-19, 2017) are mapped below.  


In contrast, the highest temperatures recorded over the past seven days (July 13-19, 2017) are presented below.  


The growing degree day map (GDD) (Base 10ºC, March 1 – July 13, 2017) is below:



The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.

Weekly Update – Weather Synopsis

Weather synopsis – Although temperatures were warmer than last week, both the seven- and 30-day average temperatures were similar to long term averages.





Compared to 30-day average temperatures, Alberta was above normal, whereas Saskatchewan and Manitoba were slightly below normal.



Central and northern regions of all three provinces reported increased rainfall amounts. Total 30-day rainfall accumulations indicate that conditions are normal to dryer than normal for most of the prairies.



Growing season (April 1 – July 10, 2017) percent of average precipitation is average for most of Alberta and below average for most of Saskatchewan and Manitoba.


The lowest temperatures across the prairies over the past seven days (July 5-11, 2017) are mapped below.  


In contrast, the highest temperatures recorded over the past seven days (July 5-11, 2017) are presented below.  





The updated growing degree day map (GDD) (Base 5ºC, March 1 – July 9, 2017) is below:



While the growing degree day map (GDD) (Base 10ºC, March 1 – July 9, 2017) is below:




The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.

Weekly Update – Weather Synopsis

Weather synopsis – This past week, average temperatures were slightly below long-term normals for mid-June.  Average temperatures for June indicate that Alberta temperatures were average, to above average, while Saskatchewan was slightly below than average temperatures. 







Total 30 day rainfall accumulations indicate that conditions are dryer than normal for most of Saskatchewan, the southern Peace River region and large areas of Manitoba.  Central and southern Alberta has had normal rainfall for June.



The lowest temperatures across the prairies over the past seven days (June 29-July 5, 2017) are mapped below.  


In contrast, the highest temperatures recorded over the past seven days (June 29-July 5, 2017) are presented below.  

The updated growing degree day map (GDD) (Base 5ºC, March 1 – July 3, 2017) is below:



While the growing degree day map (GDD) (Base 10ºC, March 1 – July 3, 2017) is below:


The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.

Weather Synopsis

Weather synopsis – Our AAFC Staff are busy surveying this week so be sure to check back for updates!


Precipitation for the growing season is presented below (April 1-June 27, 2017) followed by the precipitation expressed as Percent of Normal for the same period.



Over the past seven days, the greatest precipitation fell in northern growing areas along areas typically grouped as Boreal Plains (June 21-27, 2017).  Southern Alberta, southeast Saskatchewan and southwest Manitoba received the lowest amounts of precipitation over the same period.



The lowest temperatures across the prairies over the past seven days (June 21-27, 2017) are mapped below.  Although there was little chance of frost, much of the prairies recorded lows ranging from 0-4°C.



In contrast, the highest temperatures recorded over the past seven days (June 21-27, 2017) are presented below.  The field crops in some of these areas endured daily fluctuations of 20-25°C.

The updated growing degree day map (GDD) (Base 5ºC, March 1 – June 25, 2017) is below:



While the growing degree day map (GDD) (Base 10ºC, March 1 – June 25, 2017) is below:


The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.

Weekly Update – Weather Synopsis

Weather synopsis – Over this past week, average temperatures were similar to last week and only marginally cooler than long term averages for early June. Average temperatures were warmest in southern Manitoba with cooler conditions occurring across Alberta. 



 This second map presents the 30 Day Average Temperature. Average temperatures were greatest in southern regions of Manitoba and central Alberta.

The map below indicates that 7 Day Accumulated Precipitation was greatest across Alberta while central and southern Saskatchewan continued to be dry. 



The map below indicates that the rainfall amounts for the past month (May 13 – June 11) were average to above-average in Alberta and below-average for Manitoba and Saskatchewan.


The updated growing degree day map (GDD) (Base 5ºC, March 1 – June 11, 2017) is below:



While the growing degree day map (GDD) (Base 10ºC, March 1 – June 11, 2017) is below:


The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.

Weekly Update – Weather Synopsis

Weather synopsis – Meteorological conditions for the past month of May were generally warmer and dryer than normal. Average May temperatures were in the range of 0 to 2°C warmer than long term averages. 



May precipitation was below average across Manitoba and Saskatchewan; rainfall amounts were greatest across Alberta. The overall precipitation this growing season has been below normal to normal in Saskatchewan and Manitoba, but normal to well above normal in Alberta. 

Over this past week, average temperatures across the prairies were 2°C warmer than last week, and marginally warmer than long term averages for early June. Weekly average temperatures were greatest in southern regions of Manitoba and Alberta. Precipitation over the past week was greatest in central and northern Alberta. Most of Saskatchewan was dry over the past week. 





The map below reflects the Accumulated Precipitation for the Growing Season so far for the prairie provinces (i.e., April 1-June 5, 2017):


The map below shows the Lowest Temperatures the Past 7 Days (May 30-June 5, 2017) across the prairies:



Whereas the map below shows the Highest Temperatures the Past 7 Days (May 30-June 5, 2017):


The updated growing degree day map (GDD) (Base 5ºC, March 1 – June 4, 2017) is below:



While the growing degree day map (GDD) (Base 10ºC, March 1 – June 4, 2017) is below:


The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.

Weekly Update – Weather Synopsis

Weather synopsis – Across the prairies, this week’s average temperatures were slightly cooler than normal.

After a wetter week in central and northern Alberta, the most current 7-day rainfall was greater in the east of central Alberta into central Saskatchewan down into Manitoba. 

The 30-day rainfall amounts were average to below average across the southern prairies.

The map below reflects the Accumulated Precipitation for the Growing Season so far for the prairie provinces (i.e., April 1-May 31, 2017):


The map below shows the Lowest Temperatures the Past 7 Days (May 25-31, 2017) across the prairies:


Whereas the map below shows the Highest Temperatures the Past 7 Days (May 25-31, 2017):


The updated growing degree day map (GDD) (Base 5ºC, March 1 – May 28, 2017) is below:



While the growing degree day map (GDD) (Base 10ºC, March 1 – May 28, 2017) is below:


The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.

Weekly Update – Weather Synopsis

Weather synopsis – This week’s average temperatures were approximately 3°C cooler than normal (Fig. 1) and seven day precipitation accumulations were above normal.  The 30-day rainfall amounts were below average in eastern Saskatchewan and Manitoba (Fig. 2)


The map below reflects the Accumulated Precipitation for the Growing Season so far for the prairie provinces (i.e., April 1-May 24, 2017):


The map below shows the Lowest Temperatures the Past 7 Days (May 18-24, 2017) across the prairies:


Whereas the map below shows the Highest Temperatures the Past 7 Days (May 18-24, 2017):


The updated growing degree day map (GDD) (Base 5ºC, March 1 – May 22, 2017) is below:



While the growing degree day map (GDD) (Base 10ºC, March 1 – May 22, 2017) is below:


The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.

Weekly Update – Weather Synopsis

Weather synopsis – This week’s average temperatures were approximately 2°C cooler than normal and seven-day precipitation accumulations were above normal.  

Over the past month, precipitation was below average in Manitoba, but above average in northwest Alberta.


The map below reflects the Accumulated Precipitation for the Growing Season so far for the prairie provinces (i.e., April 1-May 17, 2017):


The map below shows the Lowest Temperatures the Past 7 Days (May 11-17, 2017) across the prairies:


Whereas the map below shows the Highest Temperatures the Past 7 Days (May 11-17, 2017):



The updated growing degree day map (GDD) (Base 5ºC, March 1 – May 14, 2017) is below:



While the growing degree day map (GDD) (Base 10ºC, March 1 – May 14, 2017) is below:


The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.

Weekly Update – Weather Synopsis

Weather synopsis – Many locations across southern Saskatchewan and Alberta experienced temperatures above 25°C this week. Average temperatures were warmest across southeastern Saskatchewan from May 1-8, 2017. 

The map below reflects the Accumulated Precipitation for the Growing Season so far for the prairie provinces (i.e., April 1-May 10, 2017):




Whereas the seven-day precipitation accumulations were greatest across Saskatchewan:



The map below shows the Lowest Temperatures the Past 7 Days (May 4-10, 2017) across the prairies:





Whereas the map below shows the Highest Temperatures the Past 7 Days (May 4-10, 2017):




The updated growing degree day map (GDD) (Base 5ºC, March 1 – May 7, 2017) is below:





While the growing degree day map (GDD) (Base 10ºC, March 1 – May 7, 2017) is below:


The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.


Weekly Update – Weather Synopsis

Weather synopsis – We begin with a synopsis of the weather situation starting with the map below which reflects the Accumulated Precipitation received during the winter (Nov 1, 2016 to Mar 31, 2017) across the prairies (Figure 1).

Figure 1. Accumulated precipitation across the Canadian prairies during the winter (November 1, 2016-March 31, 2017).


Average temperatures over the past month have been warmest across the southern prairies. April precipitation was greater across Manitoba and eastern Saskatchewan than western Saskatchewan or Alberta (Figure 2).  Compared to last year at this time, April 2017 was approximately 2°C cooler with marginally greater precipitation than last year (prairie-wide average values; Figure 3).
Figure 2. Average temperatures across the Canadian prairies the past 30 days (April 1-30, 2017).




Figure 3. Cumulative precipitation across the Canadian prairies the past 30 days (April 1-30, 2017).



The map below reflects the Highest Temperatures occurring over the past 7 days across the prairies.



The map below reflects the Lowest Temperatures occurring over the past 7 days across the prairies.



The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.


Weekly Weather Synopsis

Weather synopsis – The updated growing degree day map (GDD) (Base 5ºC, March 1 – August 21, 2016) is below:




While the growing degree day map (GDD) (Base 10ºC, March 1 – August 21, 2016) is below:




The map below shows the Lowest Temperatures the Past 7 Days (August 17-23, 2016) across the prairies:



The map below shows the Highest Temperatures the Past 7 Days (August 17-23, 2016):


The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.

Weekly Update – Weather Synopsis (updated)

Weather synopsis – The average temperature over the past seven days (August 7-14, 2016) was similar to Long Term Normal (LTN) values.



Across central Alberta, Saskatchewan, and Manitoba,  average cumulative rainfall was well above LTN values.





The average 30 day temperature for July 8-August 7, 2016, was similar to LTN and rainfall was 50% greater than LTN (average across the prairies). The wettest conditions have been in south and central areas of western Saskatchewan and central Alberta.






The average growing season temperature (April 1- August 7, 2016) was marginally warmer than normal. Growing season rainfall has been approximately 28% above average.






The map below shows the modelled soil moisture across the prairies (August 14, 2016).



The updated growing degree day map (GDD) (Base 5ºC, March 1 – August 14, 2016) is below:






While the growing degree day map (GDD) (Base 10ºC, March 1 – August 14, 2016) is below:







The map below shows the Lowest Temperatures the Past 7 Days (August 10 – August 16, 2016) across the prairies:


The map below shows the Highest Temperatures the Past 7 Days (August 10 – August 16, 2016):




The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.

Weekly Update – Weather Synopsis

Weather synopsis – This Post has been updated!  Please view the new Post here!

Weekly Update – Weather Synopsis

Weather synopsis – The average temperature over the past seven days (August 1-7, 2016) was approximately 1°C cooler than Long Term Normal (LTN).




Across the prairies the 7 Day Average Cumulative Rainfall was well above average (August 1-7, 2016)


The average 30 day temperature for July 8 to August 7 was similar LTN and rainfall was 50% greater than LTN (average across the prairies).

The average growing season temperature (April 1 – August 7) has been less than 1°C warmer than normal


Growing season rainfall has been approximately 27% above average.



The map below is the modelled soil moisture map for the prairies (up to August 7, 2016)



The map below reflects the 7 Day cumulative precipitation map (August 2 – August 8, 2016)


7 Day Accumulated Precip Aug 2-8.JPG

While the map below summarizes the cumulative precipitation for the growing season (April 1 – August 8, 2016).

Growing Season Accumulated Precip Apr 1-Aug 8.JPG
The updated growing degree day map (GDD) (Base 5ºC, March 1 – August 7, 2016) is below:


GDD Base 5 Aug 7

While the growing degree day map (GDD) (Base 10ºC, March 1 – August 7, 2016) is below:

GDD Base 10 Aug 7

The map below shows the Lowest Temperatures the Past 7 Days (August 2 – August 8, 2016) across the prairies:

7 Days Lowest Temp Aug 2-8.JPG
The map below shows the Highest Temperatures the Past 7 Days (August 2 – August 8, 2016):


7 Days Highest Temp Aug 2-8.JPG

Weekly Update – Weather Synopsis

The map below reflects the 7 Day cumulative precipitation map (July 26-August 1, 2016)


While the map below summarizes the cumulative precipitation for the growing season (April 1-August 1, 2016).



The accumulated precipitation for the growing season (April 1-August 1, 2016) is mapped below.



The updated growing degree day map (GDD) (Base 5ºC, March 1 – July 31, 2016) is below:



While the growing degree day map (GDD) (Base 10ºC, March 1 – July 31, 2016) is below:




The map below shows the Lowest Temperatures the Past 7 Days (July 26-August 1, 2016) across the prairies:



The map below shows the Highest Temperatures the Past 7 Days (July 26-August 1, 2016):



While the map below reflects the number of consecutive days above 25°C across the prairies for the growing season as of July 29, 2016.

The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.


Additional precipitation and temperature data or maps are provided by the following:

Manitoba Agriculture’s Crop Weather Report
Alberta Agriculture and Food’s Weather Stations
Saskatchewan’s Cumulative Precipitation Map
Environment Canada’s Historical Data Interface

Weekly Update – Weather Synopsis

Across prairies, the 7-day average cumulative rainfall also brought some strong storms with rain, wind and worse.


The following map reflects the number of days above 25°C across the prairies for the growing season as of July 18, 2016.



The accumulated precipitation for the growing season (April 1-July 24, 2016) is mapped below.




The map below shows the Lowest Temperatures the Past 7 Days (July 20-26, 2016) across the prairies:



The map below shows the Highest Temperatures the Past 7 Days (July 20-26, 2016):



The updated growing degree day map (GDD) (Base 5ºC, March 1 – July 24, 2016) is below:



While the growing degree day map (GDD) (Base 10ºC, March 1 – July 24, 2016) is below:




The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.


Additional precipitation and temperature data or maps are provided by the following:

Manitoba Agriculture’s Crop Weather Report
Alberta Agriculture and Food’s Weather Stations
Saskatchewan’s Cumulative Precipitation Map
Environment Canada’s Historical Data Interface

Weekly Update – Weather Synopsis

The average temperature over the past seven days (July 11-17, 2016) was slightly cooler than Long Term Normal (LTN). 





Across the southern prairies, the 7-day average cumulative rainfall was well above LTN values.





The average 30 day temperature for June 17 to July 17, 2016, was similar LTN and rainfall was 20% greater than LTN.




The average growing season temperature (April 1 – July 17, 2016) has been less than 1°C warmer than normal. 





Growing season rainfall has been approximately 20% above average.



The map below is the modelled soil moisture map for the prairies (up to July 17, 2016).





The map below shows the Lowest Temperatures the Past 7 Days (July 13-19, 2016) across the prairies:




The map below shows the Highest Temperatures the Past 7 Days (July 13-19, 2016):



The updated growing degree day map (GDD) (Base 5ºC, March 1 – July 17, 2016) is below:



While the growing degree day map (GDD) (Base 10ºC, March 1 – July 17, 2015) is below:




The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.


Additional precipitation and temperature data or maps are provided by the following:
Manitoba AGriculture’s Crop Weather Report
Alberta Agriculture and Food’s Weather Stations
Environment Canada’s Historical Data Interface

Weekly Update – Weather Synopsis

Average temperatures for June 27-July 3 were warmer in Alberta than Manitoba. This week the trend was reversed with the warmest temperatures being reported from Manitoba. Prairie wide, the average temperature was similar to Long Term Normals (LTN). 



Seven day (July 4-10, 2016) cumulative rainfall was greater in Manitoba and eastern Saskatchewan and Alberta and western Saskatchewan. Average cumulative rainfall was marginally greater than LTN values.

The average 30 day temperature (June 10-July 10) was 0.5 °C warmer than LTN values.


The average 30 day rainfall was 20% greater than LTN values.



The average growing season temperature (April 1 – July 10) has been approximately 1 °C warmer than normal. Growing season rainfall has been approximately 10% above average. 


The map below shows the Lowest Temperatures the Past 7 Days (July 5-11, 2016) across the prairies:


The map below shows the Highest Temperatures the Past 7 Days (July 5-11, 2016):



The updated growing degree day map (GDD) (Base 5ºC, March 1 – July 10, 2016) is below:



While the growing degree day map (GDD) (Base 10ºC, March 1 – July 10, 2015) is below:






The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.



Additional precipitation and temperature data or maps are provided by the following:
Manitoba AGriculture’s Crop Weather Report
Alberta Agriculture and Food’s Weather Stations
Environment Canada’s Historical Data Interface



Weekly Update – Weather Synopsis

Staff are busy surveying so some maps are not available this week.

Warmer temperatures were observed throughout the prairies and the west was drier compared to the east.


The Accumulated Precipitation the past 7 days (June 22-28, 2016) is below:



The map below reflects the Accumulated Precipitation for the Growing Season so far for the prairie provinces (i.e., May 1-June 26, 2016):





Compared to last week, overnight temperatures were warmer during the past 7 days.  The map below shows the Lowest Temperatures the Past 7 Days (June 22-28, 2016) across the prairies:



The map below shows the Highest Temperatures the Past 7 Days (June 22-28, 2016):





The updated growing degree day map (GDD) (Base 5ºC, March 1 – June 26, 2016) is below:





While the growing degree day map (GDD) (Base 10ºC, March 1 – June 26, 2015) is below:




The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.

Weekly Update – Weather Synopsis

Across the prairies, weather conditions were warmer and wetter than long term average values for the period of June 6-13, 2016The average temperature was 15°C and was approximately 2°C warmer than the previous week. 



Across the prairies, weather conditions were very similar to long term average (LTN) values for the period of June 13-19, 2016. The average temperature was 14 °C and was approximately 1 °C warmer than the previous week. Temperatures in southern MB were 5-6 °C warmer than many locations in AB. 







The Peace River region was wetter than normal while most of southern AB and MB were dryer than normal. 

Soil moisture conditions are wettest in the Peace River region and across southern SK and MB. Southern AB and central SK have the driest soil moisture conditions.



The map below reflects the Accumulated Precipitation for the Growing Season so far for the prairie provinces (i.e., April 1-June 20, 2016):

Compared to last week, overnight temperatures were warmer during the past 7 days.  The map below shows the Lowest Temperatures the Past 7 Days (June 14-20, 2016) across the prairies:

The map below shows the Highest Temperatures the Past 7 Days (June 14-20, 2016):

The updated growing degree day map (GDD) (Base 5ºC, March 1 – June 19, 2016) is below:

While the growing degree day map (GDD) (Base 10ºC, March 1 – June 19, 2015) is below:


The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.

Weekly Update – Weather Synopsis

Across the prairies, meteorological conditions were similar to long term average values for the period of May 30 – June 5, 2016. The average temperature was 12.8 °C and was 1.5 °C warmer than the previous week. 



This week’s rainfall was generally greater than long term average amounts. Since April 1, most regions have reported above normal precipitation.  Southeastern Saskatchewan and southern Manitoba reported the highest rainfall amounts.  The map below shows the Accumulated Precipitation the past 7 days (i.e., May 30-June 5, 2016): 



Soil moisture levels (refer to model output map) were predicted to be above average across most of the prairies.  

For the period of May 1-31, 2016, conditions were cooler and wetter in Alberta than Saskatchewan and Manitoba.

The map below reflects the Accumulated Precipitation for the Growing Season so far for the prairie provinces (i.e., April 1-May 30, 2016):

Compared to last week, overnight temperatures were warmer the past 7 days.  The map below shows the Lowest Temperatures the Past 7 Days (June 1-7, 2016) across the prairies:

The map below shows the Highest Temperatures the Past 7 Days (June 1-7, 2016):

The updated growing degree day map (GDD) (Base 5ºC, March 1 – June 5, 2016) is below:

While the growing degree day map (GDD) (Base 10ºC, March 1 – June 5, 2015) is below:



The maps above are all produced by Agriculture and Agri-Food Canada.  Growers may wish to bookmark the AAFC Drought Watch Maps for the growing season.