Answered You can buy a ready-made answer or pick a professional tutor to order an original one.
https://files.fm/u/68ukxkby8 Question 3: Discuss the timing of positive and negative anomalies. What does the timing of these anomalies indicate about the temperature and precipitation over the past
https://files.fm/u/68ukxkby8
Question 3: Discuss the timing of positive and negative anomalies. What does the timing of these anomalies indicate about the temperature and precipitation over the past 50 years?
Question 4: Compare the graph of temperature anomalies for your city to the Figure 1 found at https://www.epa.gov/climate-indicators/climate-change-indicators-sea-surface-temperature. Both figures use 1971 to 2000 average as the baseline. (4 marks)
Question 5: Calculate the trend or regression slope of the temperature and precipitation anomalies for each decade (i.e. 1970-79, 1980-89, etc.) and for the entire study period (1970 to 2019). Include the slope in your answer. If you do not know how to calculate a slope in Excel, please watch the following video: https://www.youtube.com/watch?v=KwQsV77bYDY) What does this trend indicate about the temperature/precipitation anomalies? (3 marks)
Question 6: What geological, biological, hydrospheric, social and economic impact(s) may these changes have had on the location you were investigating? For instance, would you expect to see a retreat in the glaciers in Winnipeg based on the temperature and precipitation changes? You can use additional sources to answer this question; if you do make sure to correctly cite those sources. (5 marks)
- @
- 5229 orders completed
- ANSWER
-
Tutor has posted answer for $10.00. See answer's preview
************************************************************************************************************************************************ 3: Discuss the ****** of ******** *** ******** ********* What **** the ****** ** ***** ********* ******** ***** the *********** and ************* over *** **** ** *************** *** ****** ** ******** and negative anomalies ** *********** and precipitation **** **** *** **** ** ***** *** give insights **** Calgary's ******* patterns and ****** Based on *** **** ******** here *** **** ************************ ****************** anomalies: *********** ********* **** *** ******** suggest **** ****** ************ **** ****** **** the ********* ******* ***** **** positive *********** anomalies **** **** ****** ** *** ******* years ** *** ******* especially in *** 1980s *** ***** ************* ********** *********** ********* **** are ******** ******** **** yearly ************ were ***** **** *** long-term ******* ***** ******** ********* were ************ ****** ** *** ********* latter ***** ******* ** *** ***** and ****************** ****************** anomalies: Positive ************* anomalies ***** **** ****** precipitation ****** ******** *** ********* ******* ******** anomalies ****** ** ** ****** ****** *********** ****** *** ******* period with ** discernible ******* ************* ********** *** ******** ** ******** ************* anomalies ********* **** yearly ************* ****** **** lower **** *** ********* **** *** occurrence ** negative ********* **** positive ********* **** not *********** a clear ******* ******** ****** of these ********* ******** some interesting patterns and ******** ****** ** *********** *** precipitation ** ******* ****** *** **** ** ***** ******** *********** ********* were more ****** ** early ***** ** *** ******* ***** ***** ******** * **** ** ************ ****** ************ ******* negative *********** ********* became **** ****** ** ********** ***** ********** a **** ****** generally ***** ******************** ** ******* the graph ** *********** ********* *** your city to Figure 1 ***** **************************************************************************************** **** ******* use *** 1971 ** **** ******* ** *** baseline ** ********* *********** anomalies ***** ** ** city displayed a ******** ******* with ** ********* overall structure It ****** **** positive *** ******** ****** ******* ****** *** ******* *********** ********* *** anomalies shifted from **** ** **** with ** *********** ********** ** negative ***** ****** the ********** ********** * ***** depicts the ******* ********* *** surface *********** anomalies **** 1880 ** **** ****** * clear ****** ***** **** **** ** **** **** ************ **** ********* *** ******* *********** anomalies ********* ************ *** ************* ********** that **** ********* ******* ****** ***** **** a ***** ******** between *** two ****** ***** my ******* showed an irregular ******* **** no ******* direction Figure * ****** * rather ****** *** rising ********** ****** the specified **** period Question ** ********* the ***** ** regression slope ** *** *********** *** precipitation ********* *** **** ****** *** ******* ******* **** *** for *** ****** study period (1970 to 2019) ******* *** slope ** **** answer ** you ** not know *** to ********* a slope in ***** please ***** *** ********* ************************************************ **** **** **** trend ******** about the ************************* ********** ** ********** ******************* * * ***** - ************** * * 01359x * 26921990-1999; * * ******* * *************** y * ****** * 100012010-2019; * * -00722x * ********** ***** y = ****** * ****************** Anomalies1970-1979; * = ******* + *************** * * ******* * *************** * * ***** * *************** * = ****** * *************** * = ******* + ********** ***** * = ****** * 36667Here *** *** calculated slopes *** temperature anomalies:1970-1979: ***** = 00711980-1989: Slope = 013591990-1999: ***** = -005672000-2009: ***** * 005012010-2019: ***** = *************** ******* study period): Slope * 00223The positive ****** *** *** 1970s ***** *** ***** ******** * ****** ******* trend ** temperature ********* *** *** ******** ****** *** the ***** and ***** ******** * ****** ********* trend The ***** ***** *** *** ***** ******** period (1970-2019) is ******* positive *** on * ****** ***** **** illustrates a ******* ****** ***** ** *********** ********* throughout *** time *** ** * ****** ******** are *** ********** ****** *** ************* ******************** ***** * **************** ***** * **************** ***** = ************** ***** * *************** Slope = *************** ******* ***** ******** Slope * 01834The ******** slopes *** *** ***** 1980s *** ***** show * ********* trend ** ************* ********* ***** *** ******** ****** for *** 1990s *** ***** show * ****** tendency *** *** ***** research ****** *********** the ******* ***** is ******** ******* * minor ********** ***** in ************* ***************** ** **** ********** ********** *********** ****** *** economic impact(s) *** ***** *********** *** ** *** ******** *** **** ************** *** instance ***** *** expect ** *** a ******* in *** ******** in ******** ***** on the *********** *** ************* ******** *** *** *** ********** ******* ** ****** **** question; if you ** **** **** ** ********* cite ***** sources (5 **************** *** ************* ********* *** have * ******* ** ********** ********** *********** social and ******** ******* on *** ******** **** which ** **** **** ** Winnipeg Here *** **** probable consequences of *********** and ************* *************** ********** ** ************ **** glaciers ** the ******** **** *** predicted ** ****** as *** rate ** ******* ******* *** **** ** ******** ************ ********** the ******** ******* ******* ************ *** ******** **** though ******** ***** ********** for ******** adjacent ********* **** ** *** Canadian ***** Mountains *** ** ********** ** **** ********** ****** et ** ************ ** *********** and ************* examples *** ****** neighborhood biological ******* *** ************ ******* ******* ** *** ************* *** phenology ** ******************** ******* ************ ******* ** ************* *** ***** *** *********** *** ************ ** ***** communities thereby ******** *** supply ** resources *** other ********* ********* The **** web *** ********** ************ may be affected in a ***** ******** ** ***** changesTemperature *** precipitation changes *** ****** horticulture * vital financial area in *** ****** Crop ****** ********* *** yields *** ** affected ** ******* ** *********** ******** *** ************ productivity soil ******** *** ********** ***** ************ *** ** affected by ******* ** ************* patterns ********** **** **** *** *********** ** ******* events like droughts or ****** ********* methods **** ******* ***** ***** ****** frameworks and ***** *** ***** might be ******** to ****** these changes (Almazroui ** ** ************ ** temperature *** ************* *** **** * *** ****** ** society *** the ******* affecting industries **** tourism energy ************** *** building infrastructure ********** climate ****** for ******* ********* ******** and ****** *** ********** human ********* *** ******** while likewise causing property harm ********** ******** **** ******** ************** ********** and ******** ******** *** ** required to ***** ***** ***** and ********* *** ******** long-term ******************************** * ***** * Saeed S Nazrul ***** M Ismail * Klutse * * * ***** ******** M H ****** ********* ****** ** *********** *** ************* **** Africa from ***** Earth ******* and Environment * ************ * ** L Yang M *** * & **** X ****** ******* of *********** *** ************* *** ***** ******* ** ****** ** the upper ***** River ** ********* ***** **** **** ** ***************** ***** Sciences78 ****