SHADOW STUDY REPORT REGARDING an APPLICATION TO REDEVELOP 6 Storey Condominium Louis Saint Laurent Ave & Leger Way Milton, Ontario

Size: px
Start display at page:

Download "SHADOW STUDY REPORT REGARDING an APPLICATION TO REDEVELOP 6 Storey Condominium Louis Saint Laurent Ave & Leger Way Milton, Ontario"

Transcription

1 SHADOW STUDY REPORT REGARDING an APPLICATION TO REDEVELOP 6 Storey Condominium Louis Saint Laurent Ave & Leger Way Milton, Ontario KNY FILE # Prepared by: Brad Ferguson & Wayne Harrison KNYMH INC. February 24 th, 2017

2 SHADOW STUDY REPORT REGARDING an APPLICATION TO REDEVELOP 6 Storey Condominium Louis Saint Laurent Ave & Leger Way Milton, Ontario KNY FILE # Prepared by: Brad Ferguson & Wayne Harrison KNYMH INC. February 24 th, 2017 TABLE OF CONTENTS: SECTION DESCRIPTION PAGE NO: 1.0 PURPOSE DESCRIPTION OF NEIGHBOURING PROPERTIES METHOD OF ANALYSIS SHADOW STUDY: POST-DEVELOPMENT ANALYSIS WINTER SHADOWS (Dec. 21) SPRING / FALL SHADOWS (Mar.21 & Sept.21) SUMMER SHADOWS (June 21) GENERAL OBSERVATIONS: POST DEVELOPMENT SUMMARY OBSERVATIONS REGARDING IMPACT OF 7 DEVELOPMENT UPON THE SURROUNDING AREA 7.0 APPENDIX A SOLAR INFORMATION APPENDIX B SHADOW DIAGRAMS 09 FOR THE 3 STUDY PERIODS 8.01 / 8.02 / 8.03 / 8.04 WINTER SOLSTICE / 8.06 / 8.07 / 8.08 SPRING/FALL EQUINOX / 8.10 / 8.11 / 8.12 SUMMER SOLSTICE APPENDIX C LOCATION INFORMATION SITE CONTEXT MAP 23 KNYMH INC Skyview Drive, Burlington Ontario L7P 0V1 P: / F: / E: info@knymh.com

3 SHADOW STUDY REPORT REGARDING an APPLICATION TO REDEVELOP 6 Storey Condominium Louis Saint Laurent Ave & Leger Way Milton, Ontario KNY FILE # Prepared by: Brad Ferguson & Wayne Harrison KNYMH INC. February 24 th, PURPOSE: The purpose of this report is to analyze the impact of a proposed development upon the surrounding properties at the above noted location. We will discuss and comment upon the impact of the height and massing of the proposed development upon the adjacent properties using a computer generated model for analysis of the proposed 6 storey apartment building with a flat roof and a rooftop mechanical room which includes the rooftop building service equipment. The Town of Milton Official Plan states that, for applications for development of High Density Residential Uses, one of the criteria for evaluation of height shall be shadow impact; Clause c) i) reads; the height or bulk of the proposal will not unduly overshadow any adjacent low and medium residential uses. Shadow studies may be required from the applicant to satisfy this criteria. We have provided graphics in the appendix along with a Site Plan and Satellite imagery of the surrounding area. The property is located in Milton Ontario, on the eastern corner of the intersection of Louis St Laurent Ave and Leger Way. The subject neighborhood is on the northwestern edge of Boyne Survey, the breadth of which stretches from Tremaine Ave to the west, to the James Snow Parkway to the east. 2.0 DESCRIPTION OF THE SITE AND NEIGHBOURING PROPERTIES: The Subject Property: (See Diagrams in Section 9.0) The subject lands are former farmlands (otherwise undeveloped) and zoned as FD Future Development Zone KNYMH INC Skyview, Suite 101, Burlington, Ontario L7P 0V1 P: / F: / E: info@knymh.com 1

4 SHADOW IMPACT STUDY for Macri-Dixon 6 Storey Apartment Building at Louis St Laurent Ave & Leger Way, Milton, Ontario. KNYMH File # February 24 th, 2017 Preliminary site work has been performed by the owner in clearing the existing vegetation. The proposed lands are bound with siltation fence, and contains promotional signage for the developer to Louis St Laurent Ave. The subject lands and neighboring parcels generally appear to be uniform in grade, except for the stormwater management and public watercourses nearby; The stormwater management pond and channel to the north and east respectively fall below the otherwise roughly equal grade. Neighbouring properties include: 2.1) SOUTHWEST: Directly abutting the proposed lands are the future extension of the collector road Leger Way. Across from this is the 3 Storey Jean Vanier Catholic Secondary School. The parking lot, approximately the same depth as the proposed lands for the 6 storey development, separate the building from Leger Way. 2.2) WEST: The signalized intersection for Louis St Laurent Ave and Leger Way is abutting the west corner of the proposed development. Across from this intersection is a commercial plaza which includes a dozen 1 storey retail and personal service uses. A majority of these, including the anchor Supermarket, are at the rear of the property. The parking lot lies between the building and Louis St Laurent Ave, and is screened partially by corner feature commercial buildings. There is a 1 storey bank situated at the corner of Louis St Laurent Ave and Leger Way 2.3) NORTHWEST: The property and building mass abuts Louis St Laurent Ave on the northwest property boundary. Across the road there is a single row of 2 storey single detached dwellings fronting on Leger Way. The rear of these dwellings, and directly across from the proposed development, is a stormwater management pond. As typical, these lands commence at common elevation and slope uniformly to host the high capacity stormwater retention volume. There is a pedestrian pathway encircling the lake, connecting intermittently to side roads and terminating at both ends on Louis St Laurent Ave. 2.4) NORTH: Single dwellings and townhomes, all two storeys, line Cavanagn Ln to the north, across Louis St Laurent Ave. As Louis St Laurent Ave is an arterial roadway, the local road Cavanagh Ln abuts but does not connect to Loust St Laurent, instead connecting to a collector road to the north. 2.5) NORTHEAST: A Natural Heritage Space channel abuts the length of the northeast property line of the proposed lands. Across from the channel is the two storey Boyne Public School. The school lies at the northern corner of the site. There is a large grass field and assorted accessory buildings (portables) between the Natural Hertiage Space and the school building. 2.6) SOUTH/EAST: The former farmlands continue to the south and east of the abutting lands, with exception for the Natural Heritage Space described above, which continues in similar width and orientation beyond. Preliminary site works have locally commenced and future residential development is to follow. KNYMH INC Skyview, Suite 101, Burlington, Ontario L7P 0V1 P: / F: / E: info@knymh.com 2

5 SHADOW IMPACT STUDY for Macri-Dixon 6 Storey Apartment Building at Louis St Laurent Ave & Leger Way, Milton, Ontario. KNYMH File # February 24 th, METHOD OF ANALYSIS: See Solar Information Schedule 7- Appendix A The method of analysis will be a discussion of the impact of the development of the 6 storey apartment building fronting Louis St Laurent Ave. The summary is within Section 6.0. Secondary development of the subject lands (2 and 3 storey residential uses, see Section 9.0) are shown for context, but are otherwise not analyzed by this report. The graphic analysis which we present within this report is developed using a computer generated modelling program which is set to analyse four solar milestones (winter solstice, summer solstice, and spring/fall equinox) at four prescribed times of the day. The study graphics show the equinox at spring conditions, as the fall condition will be generally similar. 4.0 SHADOW STUDY: POST DEVELOPMENT ANALYSIS OF THE PROPOSED 6 STOREY DEVELOPMENT 4.1 WINTER SOLSTICE SHADOWS: (DECEMBER 21 Diagrams 8.01 to 8.04) The next section provides a summary of the Winter shadow affect of the subject property upon the surrounding area. This commentary will discuss the impact of the 6 storey residential apartment building s shadows upon properties at the north, east and west side of the subject property. It should be noted that Winter Shadows are the longest in terms of the shadow length due to a very low sun angle but shadows are present for the shortest period of time (hours in the day) due to a very short days this time of year. The times for this period are under Eastern Standard Time. 4.1A 10:00am (Diagram 8.01) Shadow A The morning sun in winter rotates approximately 116-degrees from east to west in approximately 9-hours at this time of year. At this time the sun has an altitude angle of degrees. The shadows cross Louis St Laurent Ave and end at the stormwater management pond The western extent of the shadow is crossing the back yard of two townhomes, and is moving away shortly as the day progresses. The corner of the shadow is beginning to fall on the Natural Heritage Space channel. 4.1B 12:00pm (Diagram 8.02) Shadow B The noontime sun in winter is still relatively low (22.95-degrees) in the sky and is located directly south of the subject property. The shadow falls on Louis St Laurent Ave and the Natural Heritage Space channel, crossing neither. KNYMH INC Skyview, Suite 101, Burlington, Ontario L7P 0V1 P: / F: / E: info@knymh.com 3

6 SHADOW IMPACT STUDY for Macri-Dixon 6 Storey Apartment Building at Louis St Laurent Ave & Leger Way, Milton, Ontario. KNYMH File # February 24 th, C 2:00pm (Diagram 8.03) Shadow C The mid-afternoon winter sun is falling from the noon high, remaining relatively low ( degrees) in the sky and is casting shadows further east. The shadow crosses is an acute angle to Louis St Laurent Ave and is only partially falling on the public space. The 2pm shadow is nearly 60m in length and reaches across the Natural Heritage Space channel and into the public yard of Boyne Public School. The shadow arc did not reach the Single Dwellings on Cavanagh Ln to the north. 4.1D 4:00pm (Diagram 8.04) Shadow D The afternoon sun in winter is already nearing the end of daytime and is 5.09 degrees above the horizon. At the winter solstice and just 48 minutes prior to sunset, this shallow angle is the largest shadow generating condition analyzed in this report. At this time, all structures/landscape will be generating great shadows, almost 9 times in length in proportion to their height. Only the proposed development s shadows are shown for clarity of this report. The shadow crosses the Natural Heritage Space channel and fall on the field and building of Boyne Public School. The shadow is limited to the above lands and does not cross to residential use beyond. 4.2 SPRING & FALL EQUINOX SHADOWS: (MARCH 21 Diagrams 8.05 to 8.08 SEPTEMBER 21 sim.) A summary of the Spring and Fall shadow effect on the subject property and surrounding area is following. It should be noted that the Fall and Spring are the moderate in terms of the annual shadows. The times for this period are under Eastern Daylight Time. 4.2A 10:00am (Diagram 8.05) Shadow A The morning sun in spring / fall rotates approximately 183-degrees from east to west in 12 hours and 16 minutes. It is low in the sky rising to approximately 27-degrees at this time of day. The shadow falls across the breadth of Louis St Laurent Ave. The northwestern limit of the shadow appears to lie at the boundary of the private yard of the dwelling on Leger Way. This shadow would be blended with the private yard fencing, and if opaque, would be cast on the street face of it. 4.2B 12:00pm (Diagram 8.06) Shadow B The noontime sun in spring / fall is higher (42.87-degrees) in the sky and originates from nearsouth. KNYMH INC Skyview, Suite 101, Burlington, Ontario L7P 0V1 P: / F: / E: info@knymh.com 4

7 SHADOW IMPACT STUDY for Macri-Dixon 6 Storey Apartment Building at Louis St Laurent Ave & Leger Way, Milton, Ontario. KNYMH File # February 24 th, 2017 The shadow falls Louis St Laurent Ave, crossing approximately halfway. The shadow is commencing its fall on the Natural Heritage Space channel to the northeast. 4.2C 2:00pm (Diagram 8.07) Shadow C The mid-afternoon sun in spring / fall is past mid-day peak. It is at degrees in the sky and originates from near-south. The shadow is close to leaving Louis Saint Laurent Ave, and is about halfway across the Natural Heritage Space channel. 4.2D 4:00pm (Diagram 8.08) Shadow D The afternoon sun in spring / fall is past its peak and 3.5 hours remain if daytime. It is approximately degrees above the horizon and the shadows are still short at this time of day. The shadow falls to the northeast and is limited within the Natural Heritage Space channel. It does not fall on the yard of Boyne Public School during this study period. 4.3 SUMMER SOLSTICE SHADOWS: (JUNE 21 Diagrams 8.09 to 8.12) A summary of the Summer Shadow affect is as follows. At this day the solar altitude is at a maximum; Shadows are minor and stay short, falling mostly upon the development site. The times for this period are under Eastern Daylight Time. 4.3A 10:00am (Diagram 8.09) Shadow A The morning sun is rising and already at degrees at this time. The sun will rotate 249 degrees in the sky on this day over fifteen and a half hours. The shadow falls across the sidewalk abutting the property and ends on Louis St Laurent Ave. 4.3B 12:00pm (Diagram 8.10) Shadow B The noontime sun in summer is reaching its peak in the sky (63.89-degrees) originating from the south at this time. The shadow falls across the sidewalk abutting the property and ends on Louis St Laurent Ave. 4.3C 2:00pm (Diagram 8.11) Shadow C The mid-afternoon sun in summer is just past its daytime peak, reaching 68.2-degrees and originating from just west of south at this time. KNYMH INC Skyview, Suite 101, Burlington, Ontario L7P 0V1 P: / F: / E: info@knymh.com 5

8 SHADOW IMPACT STUDY for Macri-Dixon 6 Storey Apartment Building at Louis St Laurent Ave & Leger Way, Milton, Ontario. KNYMH File # February 24 th, 2017 The shadow is only 8 metres long from typical peak, and barely crosses the northeast property line into the Natural Heritage Space channel. 4.3D 4:00pm (Diagram 8.12) Shadow D The afternoon sun in summer has begun descending and is still at about degrees altitude. The sun appears to be shining from the southwest. The shadow is extending into the Natural Heritage Space channel and at this time has not reached the halfway of its breadth. 5.0 GENERAL OBSERVATIONS: REGARDING THE PROPOSED 31, 29 and 27 STOREY DEVELOPMENT 5.1 The shadows cast from this proposed Apartment building are largest in the Winter. The towers are tall and cast long shadows in low winter solar angles The shadow consistently falls on Louis St Laurent Ave and the Natural Heritage Space channel. By the time the study period commences, the shadow has moved beyond coverage of any single dwelling. As the day progresses, the shadows remain long remain outside of single dwelling impact. At the end of the day, when all shadows are reaching extreme lengths, the shadows will cross to the Boyne Public School yard and building to the east. 5.2 The major shadow affect in Spring and Fall is as follows: The adjacent developments to the north and northeast are unaffected The shadows fall on Louis St Laurent Ave in the morning, moving to the Natural Heritage Space channel in the afternoon. 5.3 The major shadow affect in Summer is as follows: Shadows are very short throughout the whole study period. The shadow consistently falls only Louis St Laurent Ave and the Natural Heritage Space channel. The fall on each is limited and does not cross 50% of the width of either during the times analyzed. 5.4 General Comment Regarding Shadow Affect based upon SITE DESIGN: o The density of the development is spread uniformly across a broad tower. Shadows, while large in width, do not reach into sensitive low/mid density residential uses to the north. KNYMH INC Skyview, Suite 101, Burlington, Ontario L7P 0V1 P: / F: / E: info@knymh.com 6

9 SHADOW IMPACT STUDY for Macri-Dixon 6 Storey Apartment Building at Louis St Laurent Ave & Leger Way, Milton, Ontario. KNYMH File # February 24 th, SUMMARY OBSERVATIONS: REGARDING SHADOW IMPACT OF 6 STOREY BUILDING ON THE NEIGHBOURHOOD The Milton official plan provides guidance that the proposed high density use and the shadow it casts is to be analysed with its impact on nearby low and medium density residential uses. The proposed development will have no impact on nearby residential developments during the spring, summer and fall. It is expected to have very limited impact on the Boyne Public School yard in the winter solstice period, when the solar angles are at a minimum. The study at 4pm shows the shadow will fall on the school building, however this time is beyond the typical conclusion of classes. In the spring, summer, and fall months, at times when the open space Lions Sports Park areas are likely to be in use, the shadow fall is minimal and limited to the public areas directly abutting the subject lands. Based upon the analysis we suggest that the proposed development will not have a signfiicant negative effect on this neighbourhood. In our opinion this development is compatible with the area and does not have a significant effect on the existing neighbourhood in general. The location for a high density development of this nature is well situated and suited to the area being adjacent to high density developments and surrounded by good infrastructure, diverse use of land, and major transportation corridors. Sincerely, KNYMH Inc. Wayne Harrison Brad Ferguson KNYMH INC Skyview, Suite 101, Burlington, Ontario L7P 0V1 P: / F: / E: info@knymh.com 7

10 SECTION 7.0: APPENDIX A SOLAR INFORMATION Milton, Ontario. Canada Latitude = degrees North Longitude = degrees West SUN ANGLE / SHADOW LENGTH CHART Building 1 6 Storeys Solar Rotation Altitude Angle Shadow Length: degrees (m) (ft) Sunrise Sunset Building Height: WINTER (Solstice) December 21 st 10:00am :00pm :00pm :00pm :46AM 4:48PM SPRING* (Equinox) March 21 st 7:19AM 7:35PM :00am :00pm :00pm :00pm SUMMER* (Solstice) June 21 st 10:00am :00pm :00pm :00pm FALL* (Equinox) September 21 st 10:00am :00pm :00pm :00pm *Adjusted for Daylight Savings Time 5:36AM 9:06PM :46AM 7:20PM KNYMH INC Skyview Drive, Burlington Ontario L7P 0V1 P: / F: / E: info@knymh.com

11 SHADOW STUDY REPORT REGARDING an APPLICATION TO REDEVELOP 6 Storey Condominium Louis Saint Laurent Ave & Leger Way Milton, Ontario KNY FILE # Prepared by: Brad Ferguson & Wayne Harrison KNYMH INC. February 24 th, 2017 SECTION 8.0: APPENDIX B SHADOW PLAN DIAGRAMS FOR THE 4 STUDY PERIODS SECTION 8.0: 6 Storey Macri-Dixon Building Concept: SHADOW PLANS AT WINTER SOLSTICE: December 21 A = 10:00 AM B = 12:00 PM C = 2:00 PM D = 4:00 PM SHADOW PLANS AT EQUINOX: March 21 Shown (September 21 st Sim.) A = 10:00 AM B = 12:00 PM C = 2:00 PM D = 4:00 PM SHADOW PLANS AT SUMMER SOLSTICE: June 21 A = 10:00 AM B = 12:00 PM C = 2:00 PM D = 4:00 PM Red Building 6 Storey Condominium by KNYMH Inc. Purple Buildings 2/3 Storey Townhomes/Multiple Dwellings by Other See 9.01 Context Plan KNYMH INC Skyview Drive, Burlington Ontario L7P 0V1 P: / F: / E: info@knymh.com

12 A N CAVANAGH LN Shadow Study Macri-Dixon December 21st MILTON, ONTARIO Project No LEITERMAN DR CHUCHMACH CL LEGER WAY A R C H I T E C T U R E S O L U T I O N S K N Y M H I N C SKYVIEW DRIVE SUITE 101 BURLINGTON, ONTARIO L7P 0V1 T Shadow Times A - 10:00 am B - 12:00 pm C - 2:00 pm D - 4:00 pm 8.01

13 B N CAVANAGH LN Shadow Study Macri-Dixon December 21st MILTON, ONTARIO Project No LEITERMAN DR CHUCHMACH CL LEGER WAY A R C H I T E C T U R E S O L U T I O N S K N Y M H I N C SKYVIEW DRIVE SUITE 101 BURLINGTON, ONTARIO L7P 0V1 T Shadow Times A - 10:00 am B - 12:00 pm C - 2:00 pm D - 4:00 pm 8.02

14 C N CAVANAGH LN Shadow Study Macri-Dixon December 21st MILTON, ONTARIO Project No LEITERMAN DR CHUCHMACH CL LEGER WAY A R C H I T E C T U R E S O L U T I O N S K N Y M H I N C SKYVIEW DRIVE SUITE 101 BURLINGTON, ONTARIO L7P 0V1 T Shadow Times A - 10:00 am B - 12:00 pm C - 2:00 pm D - 4:00 pm 8.03

15 D N CAVANAGH LN Shadow Study Macri-Dixon December 21st MILTON, ONTARIO Project No LEITERMAN DR CHUCHMACH CL LEGER WAY A R C H I T E C T U R E S O L U T I O N S K N Y M H I N C SKYVIEW DRIVE SUITE 101 BURLINGTON, ONTARIO L7P 0V1 T Shadow Times A - 10:00 am B - 12:00 pm C - 2:00 pm D - 4:00 pm 8.04

16 A N CAVANAGH LN Shadow Study Macri-Dixon March 21st (Sept 21st Sim) MILTON, ONTARIO Project No LEITERMAN DR CHUCHMACH CL LEGER WAY A R C H I T E C T U R E S O L U T I O N S K N Y M H I N C SKYVIEW DRIVE SUITE 101 BURLINGTON, ONTARIO L7P 0V1 T Shadow Times A - 10:00 am B - 12:00 pm C - 2:00 pm D - 4:00 pm 8.05

17 B N CAVANAGH LN Shadow Study Macri-Dixon March 21st (Sept 21st Sim) MILTON, ONTARIO Project No LEITERMAN DR CHUCHMACH CL LEGER WAY A R C H I T E C T U R E S O L U T I O N S K N Y M H I N C SKYVIEW DRIVE SUITE 101 BURLINGTON, ONTARIO L7P 0V1 T Shadow Times A - 10:00 am B - 12:00 pm C - 2:00 pm D - 4:00 pm 8.06

18 C N CAVANAGH LN Shadow Study Macri-Dixon March 21st (Sept 21st Sim) MILTON, ONTARIO Project No LEITERMAN DR CHUCHMACH CL LEGER WAY A R C H I T E C T U R E S O L U T I O N S K N Y M H I N C SKYVIEW DRIVE SUITE 101 BURLINGTON, ONTARIO L7P 0V1 T Shadow Times A - 10:00 am B - 12:00 pm C - 2:00 pm D - 4:00 pm 8.07

19 D N CAVANAGH LN Shadow Study Macri-Dixon March 21st (Sept 21st Sim) MILTON, ONTARIO Project No LEITERMAN DR CHUCHMACH CL LEGER WAY A R C H I T E C T U R E S O L U T I O N S K N Y M H I N C SKYVIEW DRIVE SUITE 101 BURLINGTON, ONTARIO L7P 0V1 T Shadow Times A - 10:00 am B - 12:00 pm C - 2:00 pm D - 4:00 pm 8.08

20 A N CAVANAGH LN Shadow Study Macri-Dixon June 21st MILTON, ONTARIO Project No LEITERMAN DR CHUCHMACH CL LEGER WAY A R C H I T E C T U R E S O L U T I O N S K N Y M H I N C SKYVIEW DRIVE SUITE 101 BURLINGTON, ONTARIO L7P 0V1 T Shadow Times A - 10:00 am B - 12:00 pm C - 2:00 pm D - 4:00 pm 8.09

21 B N CAVANAGH LN Shadow Study Macri-Dixon June 21st MILTON, ONTARIO Project No LEITERMAN DR CHUCHMACH CL LEGER WAY A R C H I T E C T U R E S O L U T I O N S K N Y M H I N C SKYVIEW DRIVE SUITE 101 BURLINGTON, ONTARIO L7P 0V1 T Shadow Times A - 10:00 am B - 12:00 pm C - 2:00 pm D - 4:00 pm 8.10

22 C N CAVANAGH LN Shadow Study Macri-Dixon June 21st MILTON, ONTARIO Project No LEITERMAN DR CHUCHMACH CL LEGER WAY A R C H I T E C T U R E S O L U T I O N S K N Y M H I N C SKYVIEW DRIVE SUITE 101 BURLINGTON, ONTARIO L7P 0V1 T Shadow Times A - 10:00 am B - 12:00 pm C - 2:00 pm D - 4:00 pm 8.11

23 D N CAVANAGH LN Shadow Study Macri-Dixon June 21st MILTON, ONTARIO Project No LEITERMAN DR CHUCHMACH CL LEGER WAY A R C H I T E C T U R E S O L U T I O N S K N Y M H I N C SKYVIEW DRIVE SUITE 101 BURLINGTON, ONTARIO L7P 0V1 T Shadow Times A - 10:00 am B - 12:00 pm C - 2:00 pm D - 4:00 pm 8.12

24 SHADOW STUDY REPORT REGARDING an APPLICATION TO REDEVELOP 6 Storey Condominium Louis Saint Laurent Ave & Leger Way Milton, Ontario KNY FILE # Prepared by: Brad Ferguson & Wayne Harrison KNYMH INC. February 24 th, 2017 SECTION 9.0: APPENDIX C LOCATION INFORMATION 9.01 SITE CONTEXT MAP AERIAL IMAGE & IDENTITY OF THE SURROUNDING NEIGHBOURHOOD / AREA KNYMH INC Skyview Drive, Burlington Ontario L7P 0V1 P: / F: / E: info@knymh.com

25

SHADOW STUDY REPORT REGARDING

SHADOW STUDY REPORT REGARDING SHADOW STUDY REPORT REGARDING an APPLICATION TO REDEVELOP Three 6 Storey Condominiums Regional Road 25 (Ontario Street) and Britannia Road Milton, Ontario KNYMH FILE # 17030 Prepared by: Krista Lilley

More information

For most observers on Earth, the sun rises in the eastern

For most observers on Earth, the sun rises in the eastern 632 CHAPTER 25: EARTH, SUN, AND SEASONS WHAT IS THE SUN S APPARENT PATH ACROSS THE SKY? For most observers on Earth, the sun rises in the eastern part of the sky. The sun reaches its greatest angular altitude

More information

IV.B. VISUAL RESOURCES SHADE SHADOW

IV.B. VISUAL RESOURCES SHADE SHADOW IV.B. VISUAL RESOURCES SHADE SHADOW INTRODUCTION This section identifies and describes the visual characteristics of the Project site and surrounding area and evaluates the potential change in the existing

More information

APPENDIX B SHADOW STUDY

APPENDIX B SHADOW STUDY APPENDIX B SHADOW STUDY Shadow Study Methodology and Analysis Douglas Avenue Multi-Family Residential Development Project Methodology Panorama evaluated for accuracy the building foot print data provided

More information

SHADOW IMPACT STUDY REPORT

SHADOW IMPACT STUDY REPORT SHADOW IMPACT STUDY REPORT 175 Zoo Park Road Town of Wasaga Beach Date: September 2017 Prepared for: Simcoe County Housing Corporation Prepared by: MacNaughton Hermsen Britton Clarkson Planning Limited

More information

APPENDIX N View Impact & Shadow Analysis

APPENDIX N View Impact & Shadow Analysis Permit Application Document TABLE OF CONTENTS 1.0 VIEW IMPACT ANALYSIS... 2 1.1 Overview... 2 1.2 View Impact Assessment Methodology... 2 1.3 Site Description... 3 1.4 Comparative Structure Heights...

More information

Project No India Basin Shadow Study San Francisco, California, USA

Project No India Basin Shadow Study San Francisco, California, USA Project No. 432301 India Basin Shadow Study San Francisco, California, USA Numerical Modelling Studies 04 th June 2018 For Build Inc. Report Title: India Basin Shadow Study San Francisco, California, USA

More information

IV. ENVIRONMENTAL IMPACT ANALYSIS B. AESTHETICS SHADE/SHADOW

IV. ENVIRONMENTAL IMPACT ANALYSIS B. AESTHETICS SHADE/SHADOW IV. ENVIRONMENTAL IMPACT ANALYSIS B. AESTHETICS SHADE/SHADOW 1. INTRODUCTION Potential effects of the Proposed Project related to visual character, views and light/glare are addressed in Section IV.A,

More information

225 Bush Street Suite 1700 San Francisco, CA phone fax

225 Bush Street Suite 1700 San Francisco, CA phone fax 225 Bush Street Suite 1700 San Francisco, CA 94104 415.896.5900 phone 415.896.0332 fax www.esassoc.com memorandum date July 29, 2009 to from subject Craig Nikitas, San Francisco Planning Department Daniel

More information

SHADE/SHADOW REPORT. For the Proposed 8777 Washington Project. Culver City, CA. Prepared for:

SHADE/SHADOW REPORT. For the Proposed 8777 Washington Project. Culver City, CA. Prepared for: SHADE/SHADOW REPORT For the Proposed 8777 Washington Project Culver City, CA Prepared for: VITRUVIAN CULVER CITY LLC (THE APPLICANT) 5822 WEST WASHINGTON BOULEVARD CULVER CITY, CALIFORNIA 90232 Prepared

More information

March 21. Observer located at 42 N. Horizon

March 21. Observer located at 42 N. Horizon March 21 Sun Observer located at 42 N Horizon 48 June 21 March 21 A 48 90 S 23.5 S 0 23.5 N 42 N 90 N Equator (June 21) C (March 21) B A 71.5 48 Horizon 24.5 Observer Sun 40 Observer Sun 22 Observer Sun

More information

Attachment E: CADP Design Shadow Analysis

Attachment E: CADP Design Shadow Analysis Attachment E: CADP Design Shadow Analysis June 6, 2016 TO: Don Lewis San Francisco Planning Department 1650 Mission Street, Suite 400 San Francisco, CA 94103 SUBJECT: 2060 Folsom Street 17 th & Folsom

More information

Practice Questions: Seasons #1

Practice Questions: Seasons #1 1. Seasonal changes on Earth are primarily caused by the A) parallelism of the Sun's axis as the Sun revolves around Earth B) changes in distance between Earth and the Sun C) elliptical shape of Earth's

More information

Grade 6 Nature Walk: Volunteer Guide

Grade 6 Nature Walk: Volunteer Guide Grade 6 Nature Walk: Volunteer Guide On the first walk, students will mark out a 1x1 meter plot of land along the stream near the back playground. Each month, students will visit this plot and note conditions.

More information

5 - Seasons. Figure 1 shows two pictures of the Sun taken six months apart with the same camera, at the same time of the day, from the same location.

5 - Seasons. Figure 1 shows two pictures of the Sun taken six months apart with the same camera, at the same time of the day, from the same location. ASTR 110L 5 - Seasons Purpose: To plot the distance of the Earth from the Sun over one year and to use the celestial sphere to understand the cause of the seasons. What do you think? Write answers to questions

More information

ME 476 Solar Energy UNIT THREE SOLAR RADIATION

ME 476 Solar Energy UNIT THREE SOLAR RADIATION ME 476 Solar Energy UNIT THREE SOLAR RADIATION Unit Outline 2 What is the sun? Radiation from the sun Factors affecting solar radiation Atmospheric effects Solar radiation intensity Air mass Seasonal variations

More information

Before you Sit. Please Pick-up: Blue Information Sheet for Evening Observing. 1 Red and 1 Blue ticket for Observing/ Planetarium

Before you Sit. Please Pick-up: Blue Information Sheet for Evening Observing. 1 Red and 1 Blue ticket for Observing/ Planetarium Before you Sit Please Pick-up: Blue Information Sheet for Evening Observing. 1 Red and 1 Blue ticket for Observing/ Planetarium Evening Observing Observing at the Brooks Observatory: Three different weeks

More information

October 16, Dear Mr. Hawkins:

October 16, Dear Mr. Hawkins: IBI GROUP 101 410 Albert Street Waterloo ON N2L 3V3 Canada tel 519 585 2255 fax 519 585 2269 October 16, 2017 Mr. Trevor Hawkins Manager of Applications and Implementation Integrated Planning and Public

More information

Earth-Sun Relationships. The Reasons for the Seasons

Earth-Sun Relationships. The Reasons for the Seasons Earth-Sun Relationships The Reasons for the Seasons Solar Radiation The earth intercepts less than one two-billionth of the energy given off by the sun. However, the radiation is sufficient to provide

More information

L.O: EARTH'S 23.5 DEGREE TILT ON ITS AXIS GIVES EARTH ITS SEASONS March 21 (SPRING), June 21(SUMMER), Sept 22 (AUTUMN) & Dec 21(WINTER)

L.O: EARTH'S 23.5 DEGREE TILT ON ITS AXIS GIVES EARTH ITS SEASONS March 21 (SPRING), June 21(SUMMER), Sept 22 (AUTUMN) & Dec 21(WINTER) L.O: EARTH'S 23.5 DEGREE TILT ON ITS AXIS GIVES EARTH ITS SEASONS March 21 (SPRING), June 21(SUMMER), Sept 22 (AUTUMN) & Dec 21(WINTER) 1. The apparent daily path of the Sun changes with the seasons because

More information

SUBJECT: 363 6th Street Shadow Analysis with Cumulative Analysis of 345 6th Street

SUBJECT: 363 6th Street Shadow Analysis with Cumulative Analysis of 345 6th Street June 8, 2015 TO: Clara / 6th LLC 505 Sansome Street, Suite 400 San Francisco, CA 94111 SUBJECT: 363 6th Street Shadow Analysis with Cumulative Analysis of 345 6th Street OVERVIEW The Planning Department

More information

MiSP Astronomy Seasons Worksheet #1 L1

MiSP Astronomy Seasons Worksheet #1 L1 MiSP Astronomy Seasons Worksheet #1 L1 Name Date CHANGING HOURS OF DAYLIGHT ON LONG ISLAND Introduction You sometimes hear people say, Days are longer in the summer and shorter in the winter. That is a

More information

Geography Class 6 Chapters 3 and

Geography Class 6 Chapters 3 and CHAPTER 3 MOTIONS OF THE EARTH The Earth is always travelling in Space. That makes each person on Earth, a Space Traveller. No one feels the movement of the Earth because humans are too tiny when compared

More information

1.4j interpret simple shadow stick data to determine local noon and observer s longitude

1.4j interpret simple shadow stick data to determine local noon and observer s longitude 1.4j interpret simple shadow stick data to determine local noon and observer s longitude There are many opportunities for making observations of shadows cast with a vertical stick and the Sun. Observations

More information

Student Exploration: Seasons: Earth, Moon, and Sun

Student Exploration: Seasons: Earth, Moon, and Sun Name: Date: Student Exploration: Seasons: Earth, Moon, and Sun Vocabulary: altitude, axis, azimuth, equinox, horizon, latitude, revolution, rotation, solstice Prior Knowledge Questions (Do these BEFORE

More information

ASTR 101L: Motion of the Sun Take Home Lab

ASTR 101L: Motion of the Sun Take Home Lab Name: CWID: Section: Introduction Objectives This lab is designed to help you understand the Sun s apparent motion in the sky over the course of the year. In Section 2 you are asked to answer some questions

More information

ASTR 101L: Motion of the Sun Take Home Lab

ASTR 101L: Motion of the Sun Take Home Lab Name: CWID: Section: Introduction Objectives This lab is designed to help you understand the Sun s apparent motion in the sky over the course of the year. In Section 2 you are asked to answer some questions

More information

4.A.3 SHADE/SHADOW 1. INTRODUCTION. 2. ENVIRONMENTAL SETTING a. Existing Conditions. (1) Project Vicinity 4.A.3 1

4.A.3 SHADE/SHADOW 1. INTRODUCTION. 2. ENVIRONMENTAL SETTING a. Existing Conditions. (1) Project Vicinity 4.A.3 1 4.A.3 SHADE/SHADOW 1. INTRODUCTION This section describes the potential for the Project to result in shade/shadow impacts. New construction has the potential to block sunlight from land uses that are sensitive

More information

Earth Science Seasons Test Name Per Date

Earth Science Seasons Test Name Per Date Name Per Date Page 1 1. The diagram below represents four positions of the Earth as it revolves around the Sun. 5. Base your answer to the following question on the diagram below, which shows the apparent

More information

Attachment A: Existing Conditions Illustrated by Context

Attachment A: Existing Conditions Illustrated by Context Attachment A: Existing Conditions Illustrated by Context CONTEXT B (R-1) CONTEXT C (R-2) A Attachment B: Current Trends Structures Illustrated by Context CONTEXT B (R-1) CONTEXT C (R-2) B Attachment C:

More information

Motion of the Sun. motion relative to the horizon. rises in the east, sets in the west on a daily basis. Basis for the unit of time, the DAY

Motion of the Sun. motion relative to the horizon. rises in the east, sets in the west on a daily basis. Basis for the unit of time, the DAY Motion of the Sun motion relative to the horizon rises in the east, sets in the west on a daily basis Basis for the unit of time, the DAY noon: highest point of Sun in sky relative to the horizon 1 altitude:

More information

Page 1. Name:

Page 1. Name: Name: 1) What is the primary reason New York State is warmer in July than in February? A) The altitude of the noon Sun is greater in February. B) The insolation in New York is greater in July. C) The Earth

More information

MiSP Astronomy - Seasons Worksheet #1 L2

MiSP Astronomy - Seasons Worksheet #1 L2 MiSP Astronomy - Seasons Worksheet #1 L2 Name Date Changing Hours of Daylight on Long Island (L 1, 2, 3) Introduction You sometimes hear people say, Days are longer in the summer and shorter in the winter.

More information

Earth & Space Science, Interpreting Data DURATION Preparation: 5 minutes Activity: 40 minutes (total over one day)

Earth & Space Science, Interpreting Data DURATION Preparation: 5 minutes Activity: 40 minutes (total over one day) Objectives In this activity students will: 1. Observe how the position of the sun in the sky changes during the course of the day 2. Discover the cardinal directions by tracking the motion of the sun Materials

More information

MOTIONS OF THE EARTH. Figure 3.1 : Inclination of the Earth s axis and the orbital plane. Figure 3.2 : Day and Night on the Earth due to rotation

MOTIONS OF THE EARTH. Figure 3.1 : Inclination of the Earth s axis and the orbital plane. Figure 3.2 : Day and Night on the Earth due to rotation 3 Let s Do Take a ball to represent the earth and a lighted candle to represent the sun. Mark a point on the ball to represent a town X. Place the ball in such a way that the town X is in darkness. Now

More information

5.6.2 SHADOW / DAYLIGHT ASSESSMENT

5.6.2 SHADOW / DAYLIGHT ASSESSMENT ENVIRONMENTAL IMPACT STATEMENT 5.6.2 SHADOW / DAYLIGHT ASSESSMENT 5.6.2.1 Introduction As part of the Environmental Impact Study (EIS) required for the planning submission for the proposed 120 bed wing

More information

5 - Seasons. Figure 1 shows two pictures of the Sun taken six months apart with the same camera, at the same time of the day, from the same location.

5 - Seasons. Figure 1 shows two pictures of the Sun taken six months apart with the same camera, at the same time of the day, from the same location. Name: Partner(s): 5 - Seasons ASTR110L Purpose: To measure the distance of the Earth from the Sun over one year and to use the celestial sphere to understand the cause of the seasons. Answer all questions

More information

Which Earth latitude receives the greatest intensity of insolation when Earth is at the position shown in the diagram? A) 0 B) 23 N C) 55 N D) 90 N

Which Earth latitude receives the greatest intensity of insolation when Earth is at the position shown in the diagram? A) 0 B) 23 N C) 55 N D) 90 N 1. In which list are the forms of electromagnetic energy arranged in order from longest to shortest wavelengths? A) gamma rays, x-rays, ultraviolet rays, visible light B) radio waves, infrared rays, visible

More information

Philip A. Ginsburg, General Manager Dawn Kamalanathan, Director, Capital & Planning Division

Philip A. Ginsburg, General Manager Dawn Kamalanathan, Director, Capital & Planning Division Date June 3, 2015 To: Through: From: Subject: Recreation and Park Commission Capital Committee Philip A. Ginsburg, General Manager Dawn Kamalanathan, Director, Capital & Planning Division Stacy Bradley,

More information

NAME; LAB # SEASONAL PATH OF THE SUN AND LATITUDE Hemisphere Model #3 at the Arctic Circle

NAME; LAB # SEASONAL PATH OF THE SUN AND LATITUDE Hemisphere Model #3 at the Arctic Circle NAME; PERIOD; DATE; LAB # SEASONAL PATH OF THE SUN AND LATITUDE Hemisphere Model #3 at the Arctic Circle 1 OBJECTIVE Explain how latitude affects the seasonal path of the Sun. I) Path of the Sun and Latitude.

More information

Summer solstice June 21, 2014

Summer solstice June 21, 2014 function get_style19370 () { return "none"; } function end19370_ () { document.getelementbyid('elastomer19370').style.display = get_style19370(); } Differences in amount of daylight on solstices for Liberal

More information

Cartesian Coordinates Need two dimensional system 2 number lines perpendicular to each other X-axis is horizontal Y-axis is vertical Position relative

Cartesian Coordinates Need two dimensional system 2 number lines perpendicular to each other X-axis is horizontal Y-axis is vertical Position relative General Physical Science Chapter 15 Place and Time Space and Time Einstein Space and time related Single entity Time is the 4 th dimension! Cartesian Coordinates Need some system to tell us where something

More information

Which graph best shows the relationship between intensity of insolation and position on the Earth's surface? A) B) C) D)

Which graph best shows the relationship between intensity of insolation and position on the Earth's surface? A) B) C) D) 1. The hottest climates on Earth are located near the Equator because this region A) is usually closest to the Sun B) reflects the greatest amount of insolation C) receives the most hours of daylight D)

More information

Earth is rotating on its own axis

Earth is rotating on its own axis Earth is rotating on its own axis 1 rotation every day (24 hours) Earth is rotating counterclockwise if you are looking at its North pole from other space. Earth is rotating clockwise if you are looking

More information

Earth Motions Packet 14

Earth Motions Packet 14 Earth Motions Packet 14 Your Name Group Members Score Minutes Standard 4 Key Idea 1 Performance Indicator 1.1 Explain complex phenomena, such as tides, variations in day length, solar insolation, apparent

More information

function get_style23731 () { return "none"; } function end23731_ () { document.getelementbyid('elastomer23731').style.display = get_style23731(); }

function get_style23731 () { return none; } function end23731_ () { document.getelementbyid('elastomer23731').style.display = get_style23731(); } function get_style23731 () { return "none"; } function end23731_ () { document.getelementbyid('elastomer23731').style.display = get_style23731(); } EarthSky Late dawn. Early sunset. Short day. Long night.

More information

Proposition K Technical Memo

Proposition K Technical Memo Maxwell & Associates Environmental Planning Consultants March 30, 2009 Proposition K Technical Memo To: Ms. Joy Navarette Mr. Kevin Guy San Francisco Planning Department From: Sally Maxwell, Principal

More information

Daylight Data: Days and Nights Around the World

Daylight Data: Days and Nights Around the World Days & Nights 1 Name Daylight Data: Days and Nights Around the World Purpose: To investigate the number of hours of daylight received by countries at different latitudes. Materials: Daylight data sheet

More information

ZW2000 and Your Vertical Sundial Carl Sabanski

ZW2000 and Your Vertical Sundial Carl Sabanski 1 The Sundial Primer created by At this point I assume that you have downloaded and set up ZW2000 on your computer and have also read the overview document. If not please read Getting Started with ZW2000

More information

COUNCIL POLICY MANUAL

COUNCIL POLICY MANUAL COUNCIL POLICY MANUAL SECTION: PUBLIC WORKS SUBJECT: SNOW & ICE CONTROL POLICY 2012/2013 GOAL: Pages: 1 of 10 Approval Date: Dec. 3, 2012 Res. # 1001/2012 To annually identify the winter maintenance costs

More information

IMPROVING LIGHT PENETRATION FOR GOLF GREENS Scott Robinson ArborCom Technologies Halifax, Nova Scotia

IMPROVING LIGHT PENETRATION FOR GOLF GREENS Scott Robinson ArborCom Technologies Halifax, Nova Scotia IMPROVING LIGHT PENETRATION FOR GOLF GREENS Scott Robinson ArborCom Technologies Halifax, Nova Scotia SEASONAL SUN ANGLE CHANGES Definitions Summer Solstice Sun rises and sets farthest away from south

More information

LAB: What Events Mark the Beginning of Each Season?

LAB: What Events Mark the Beginning of Each Season? Name: Date: LAB: What Events Mark the Beginning of Each Season? The relationship between the Sun and Earth have been used since antiquity to measure time. The day is measured by the passage of the Sun

More information

C) the seasonal changes in constellations viewed in the night sky D) The duration of insolation will increase and the temperature will increase.

C) the seasonal changes in constellations viewed in the night sky D) The duration of insolation will increase and the temperature will increase. 1. Which event is a direct result of Earth's revolution? A) the apparent deflection of winds B) the changing of the Moon phases C) the seasonal changes in constellations viewed in the night sky D) the

More information

Astronomy 101: 9/18/2008

Astronomy 101: 9/18/2008 Astronomy 101: 9/18/2008 Announcements Pick up a golf ball at the front of the class or get one from Alex; you will need it for an in-class activity today. You will also need the question sheet from Alex.

More information

The celestial sphere, the coordinates system, seasons, phases of the moon and eclipses. Chapters 2 and S1

The celestial sphere, the coordinates system, seasons, phases of the moon and eclipses. Chapters 2 and S1 The celestial sphere, the coordinates system, seasons, phases of the moon and eclipses Chapters 2 and S1 The celestial sphere and the coordinates system Chapter S1 How to find our way in the sky? Let s

More information

MEMORANDUM. The study area of the analysis was discussed with City staff and includes the following intersections:

MEMORANDUM. The study area of the analysis was discussed with City staff and includes the following intersections: MEMORANDUM DATE: JULY 6, 2012 TO: FROM: RE: CC: MELANIE KNIGHT BRAD BYVELDS/ JENNIFER LUONG 1050 SOMERSET STREET PRELIMINARY TRAFFIC ANALYSIS OUR FILE NO. 111152 NEIL MALHOTRA The purpose of this memo

More information

TIME. Astronomical time Time is defined by astronomical cycles. The day is the average time from noon to noon (the solar day).

TIME. Astronomical time Time is defined by astronomical cycles. The day is the average time from noon to noon (the solar day). ASTRONOMY READER TIME 2.1 TIME Astronomical time Time is defined by astronomical cycles. The day is the average time from noon to noon (the solar day). The month was originally based on the average time

More information

Name: Date: 5. The bright stars Vega, Deneb, and Altair form A) the summer triangle. B) the winter triangle. C) the Big Dipper. D) Orion, the Hunter.

Name: Date: 5. The bright stars Vega, Deneb, and Altair form A) the summer triangle. B) the winter triangle. C) the Big Dipper. D) Orion, the Hunter. Name: Date: 1. If there are about 6000 stars in the entire sky that can be seen by the unaided human eye, about how many stars would be seen at a particular instant on a given dark night from a single

More information

C) wavelength C) eastern horizon B) the angle of insolation is high B) increases, only D) thermosphere D) receive low-angle insolation

C) wavelength C) eastern horizon B) the angle of insolation is high B) increases, only D) thermosphere D) receive low-angle insolation 1. What is the basic difference between ultraviolet, visible, and infrared radiation? A) half-life B) temperature C) wavelength D) wave velocity 2. In New York State, the risk of sunburn is greatest between

More information

Computer Activity #3 SUNRISE AND SUNSET: THE SEASONS

Computer Activity #3 SUNRISE AND SUNSET: THE SEASONS NAME(S)!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! ASTRONOMY 25 Computer Activity #3 SUNRISE AND SUNSET: THE SEASONS SECTION DAY/TIME S. V. LLOYD Overview The seasonal variation in temperature is due to two changes

More information

Seasons. What causes the seasons?

Seasons. What causes the seasons? Questions: Seasons What causes the seasons? How do we mark the progression of the seasons? What is the seasonal motion of the sun in the sky? What could cause the seasonal motion of the sun to change over

More information

Student Exploration: Seasons in 3D

Student Exploration: Seasons in 3D Name: Date: Student Exploration: Seasons in 3D Vocabulary: axis, equinox, latitude, Northern Hemisphere, revolve, rotate, solar energy, solar intensity, Southern Hemisphere, summer solstice, winter solstice

More information

Astronomy 115 Section 4 Week 2. Adam Fries SF State

Astronomy 115 Section 4 Week 2. Adam Fries SF State Astronomy 115 Section 4 Week 2 Adam Fries SF State afries@sfsu.edu Important Notes: Homework #1 is Due at the beginning of class next time. Attendance Sheet is going around one last time! Homework Questions?

More information

Sunlight and its Properties Part I. EE 446/646 Y. Baghzouz

Sunlight and its Properties Part I. EE 446/646 Y. Baghzouz Sunlight and its Properties Part I EE 446/646 Y. Baghzouz The Sun a Thermonuclear Furnace The sun is a hot sphere of gas whose internal temperatures reach over 20 million deg. K. Nuclear fusion reaction

More information

CELESTIAL COORDINATES

CELESTIAL COORDINATES ASTR 1030 Astronomy Lab 27 Celestial Coordinates CELESTIAL COORDINATES GEOGRAPHIC COORDINATES The Earth's geographic coordinate system is familiar to everyone - the north and south poles are defined by

More information

1. Which continents are experiencing daytime? 2. Which continents are experiencing nighttime?

1. Which continents are experiencing daytime? 2. Which continents are experiencing nighttime? Name: Section: Astronomy 101: Seasons Lab Objective: When you have completed this lab, you will be able to describe the seasons of the year and explain the reasons for those seasons. Answer the questions

More information

November 20, NOTES ES Rotation, Rev, Tilt.notebook. vertically. night. night. counterclockwise. counterclockwise. East. Foucault.

November 20, NOTES ES Rotation, Rev, Tilt.notebook. vertically. night. night. counterclockwise. counterclockwise. East. Foucault. NOTES ES, Rev,.notebook, and Rotates on an imaginary axis that runs from the to the South North Pole Pole vertically North The of the axis points to a point in space near day Pole Polaris night Responsible

More information

Chapter 1: Discovering the Night Sky. The sky is divided into 88 unequal areas that we call constellations.

Chapter 1: Discovering the Night Sky. The sky is divided into 88 unequal areas that we call constellations. Chapter 1: Discovering the Night Sky Constellations: Recognizable patterns of the brighter stars that have been derived from ancient legends. Different cultures have associated the patterns with their

More information

Motions of the Sun Model Exploration

Motions of the Sun Model Exploration Name Date Bell Motions of the Sun Model Exploration 1. Go to the University of Nebraska-Lincoln Motions of the Sun Simulator: http://astro.unl.edu/naap/motion3/animations/sunmotions.swf 2. This is what

More information

Re: Draft OPA 320 Recommended Amendments to Various Neighbourhood Policies Statutory Public Meeting to be held on Monday 16 November 2015

Re: Draft OPA 320 Recommended Amendments to Various Neighbourhood Policies Statutory Public Meeting to be held on Monday 16 November 2015 PG8.5.5 ANALOGICA George S. Belza Partner 9 Madeline Road Toronto, Ontario Canada M2N 2S7 T: 416 223 9584 F: 416 223 5665 E: belana@axxent.ca E-Mailed to: pgmc@toronto.ca Wednesday 04 November 2015 Planning

More information

Viewed from Earth's north pole, the rotation of Earth and its moon are counter-clockwise.!

Viewed from Earth's north pole, the rotation of Earth and its moon are counter-clockwise.! The Earth rotates around once in 24 hours The time it takes for the Earth to rotate completely around once is what we call a day. It's Earth's rotation that gives us night and day. Viewed from Earth's

More information

Earth is tilted (oblique) on its Axis!

Earth is tilted (oblique) on its Axis! MONDAY AM Radiation, Atmospheric Greenhouse Effect Earth's orbit around the Sun is slightly elliptical (not circular) Seasons & Days Why do we have seasons? Why aren't seasonal temperatures highest at

More information

Exercise 7.0 THE CHANGING DIURNAL CIRCLES OF THE SUN

Exercise 7.0 THE CHANGING DIURNAL CIRCLES OF THE SUN Exercise 7.0 THE CHANGING DIURNAL CIRCLES OF THE SUN I. The Apparent Annual Motion of the Sun A star always rises and sets at the same place on the horizon and, hence, it is above the horizon for the same

More information

TREASURE COAST REGIONAL PLANNING COUNCIL M E M O R A N D U M. To: Council Members AGENDA ITEM 4B10

TREASURE COAST REGIONAL PLANNING COUNCIL M E M O R A N D U M. To: Council Members AGENDA ITEM 4B10 TREASURE COAST REGIONAL PLANNING COUNCIL M E M O R A N D U M To: Council Members AGENDA ITEM 4B10 From: Date: Subject: Staff December 14, 2018 Council Meeting Local Government Comprehensive Plan Review

More information

SHADOW FLICKER MODELING ANALYSIS

SHADOW FLICKER MODELING ANALYSIS KENT HILLS 3: KENT HILLS WIND FARM EXPANSION PHASE 3 Appendix K Shadow Flicker Modeling Analysis SHADOW FLICKER MODELING ANALYSIS KENT HILLS 3: KENT HILLS WIND FARM EXPANSION PHASE 3 Appendix K Shadow

More information

Time, Seasons, and Tides

Time, Seasons, and Tides Time, Seasons, and Tides Celestial Sphere Imagine the sky as a great, hollow, sphere surrounding the Earth. The stars are attached to this sphere--- some bigger and brighter than others--- which rotates

More information

(1) Over the course of a day, the sun angle at any particular place varies. Why?

(1) Over the course of a day, the sun angle at any particular place varies. Why? (1) Over the course of a day, the sun angle at any particular place varies. Why? (Note: Although all responses below are true statements, only one of them actually explains the observation!) (A)The sun

More information

King City URA 6D Concept Plan

King City URA 6D Concept Plan King City URA 6D Concept Plan King City s Evolution Among the fastest growing cities 2000 Census 1,949 2010 Census 3,111 60% increase 2016 Census estimate 3,817 23% increase Average annual rate 4.3% Surpassing

More information

THE EARTH AND ITS REPRESENTATION

THE EARTH AND ITS REPRESENTATION UNIT 7 THE EARTH AND ITS REPRESENTATION TABLE OF CONTENTS 1 THE EARTH AND THE SOLAR SYSTEM... 2 2 THE EARTH S MOVEMENTS... 2 2.1 Rotation.... 2 2.2 The revolution of the Earth: seasons of the year....

More information

Earth s Motion. Lesson Outline LESSON 1. A. Earth and the Sun 1. The diameter is more than 100 times greater than

Earth s Motion. Lesson Outline LESSON 1. A. Earth and the Sun 1. The diameter is more than 100 times greater than Lesson Outline Earth s Motion LESSON 1 A. Earth and the Sun 1. The diameter is more than 100 times greater than Earth s diameter. a. In the Sun, atoms combine during, producing huge amounts of energy.

More information

Practice Questions: Seasons #2

Practice Questions: Seasons #2 1. How many degrees does the Sun appear to move across the sky in four hours? A) 60 B) 45 C) 15 D) 4 Practice Questions: Seasons #2 2. Base your answer to the following question on the diagram below, which

More information

The Celestial Sphere. Chapter 1. Constellations. Models and Science. Constellations. Diurnal vs. Annular Motion 9/16/2010

The Celestial Sphere. Chapter 1. Constellations. Models and Science. Constellations. Diurnal vs. Annular Motion 9/16/2010 The Celestial Sphere Chapter 1 Cycles of the Sky Vast distances to stars prevent us from sensing their true 3-D arrangement Naked eye observations treat all stars at the same distance, on a giant celestial

More information

Bell Ringer: Page 31 Yes...you are skipping pages!!!!

Bell Ringer: Page 31 Yes...you are skipping pages!!!! Bell Ringer: Page 31 Yes...you are skipping pages!!!! 5 Minutes: Write about a geographic feature that interests you. Write down what you want to know about that feature and how you might answer your own

More information

Chapter 4 Earth, Moon, and Sky 107

Chapter 4 Earth, Moon, and Sky 107 Chapter 4 Earth, Moon, and Sky 107 planetariums around the world. Figure 4.4 Foucault s Pendulum. As Earth turns, the plane of oscillation of the Foucault pendulum shifts gradually so that over the course

More information

b. So at 12:00 p.m., are the shadows pointing in the direction you predicted? If they are not, you must explain this observation.

b. So at 12:00 p.m., are the shadows pointing in the direction you predicted? If they are not, you must explain this observation. Astronomy 100 Name(s): Exercise 2: Timekeeping and astronomy The following exercise illustrates some basic ideas about time, and how our position in the solar system uniquely configures the measurement

More information

Heat Transfer. Energy from the Sun. Introduction

Heat Transfer. Energy from the Sun. Introduction Heat Transfer Energy from the Sun Introduction The sun rises in the east and sets in the west, but its exact path changes over the course of the year, which causes the seasons. In order to use the sun

More information

Tackling Astronomical Misconceptions. Dave Leake William M. Staerkel Planetarium Parkland College

Tackling Astronomical Misconceptions. Dave Leake William M. Staerkel Planetarium Parkland College Tackling Astronomical Misconceptions Dave Leake William M. Staerkel Planetarium Parkland College Is the Earth round? 1.ESS1.1 = Patterns from observation (sun/moon rise/set, stars visible at night, apparent

More information

Reminder: Seasonal Motion

Reminder: Seasonal Motion Seasonal Motion Reminder: Seasonal Motion If you observe the sky at the same time, say midnight, but on a different date, you find that the celestial sphere has turned: different constellations are high

More information

Roadway Traffic Noise Feasibility Assessment. Conservancy Subdivision. Ottawa, Ontario

Roadway Traffic Noise Feasibility Assessment. Conservancy Subdivision. Ottawa, Ontario Conservancy Subdivision Ottawa, Ontario REPORT: GWE17 151 Traffic Noise Prepared For: Andrew Finnson Barrhaven Conservancy East Inc. Ottawa, Ontario Prepared By: Joshua Foster, P.Eng., Principal Omar Daher,

More information

Astronomy 101 Exam 1 Form A

Astronomy 101 Exam 1 Form A Astronomy 101 Exam 1 Form A Name: Lab section number: (In the format M0**. See back page; if you get this wrong you may not get your exam back!) Exam time: one hour and twenty minutes Please put bags under

More information

Fall equinox means 12 hours of sunlight for everyone, everywhere

Fall equinox means 12 hours of sunlight for everyone, everywhere Fall equinox means 12 hours of sunlight for everyone, everywhere By Washington Post, adapted by Newsela staff on 09.28.17 Word Count 738 Level 1130L Sunset over the southern part of the Atlantic Ocean.

More information

Fall equinox levels the sunlight playing field all around the world

Fall equinox levels the sunlight playing field all around the world Fall equinox levels the sunlight playing field all around the world By Washington Post, adapted by Newsela staff on 09.28.17 Word Count 719 Level 950L Sunset over the southern part of the Atlantic Ocean.

More information

13 SHADOW FLICKER Introduction Methodology

13 SHADOW FLICKER Introduction Methodology Table of contents 13 SHADOW FLICKER... 13-1 13.1 Introduction... 13-1 13.2 Methodology... 13-1 13.2.1 Factors Influencing Shadow Flicker Occurrence... 13-2 13.2.2 Shadow Flicker Analysis Methodology...

More information

Laboratory Exercise #7 - Introduction to Atmospheric Science: The Seasons

Laboratory Exercise #7 - Introduction to Atmospheric Science: The Seasons Laboratory Exercise #7 - Introduction to Atmospheric Science: The Seasons page - 1 Section A - Introduction: This lab consists of both computer-based and noncomputer-based questions dealing with atmospheric

More information

Celestial Sphere. Altitude [of a celestial object] Zenith. Meridian. Celestial Equator

Celestial Sphere. Altitude [of a celestial object] Zenith. Meridian. Celestial Equator Earth Science Regents Interactive Path of the Sun University of Nebraska Resources Copyright 2011 by Z. Miller Name Period COMPANION WEBSITES: http://www.analemma.com/ http://www.stellarium.org/ INTRODUCTION:

More information

Earth Moon Motions A B1

Earth Moon Motions A B1 Earth Moon Motions A B1 1. The Coriolis effect provides evidence that Earth (1) rotates on its axis (2) revolves around the Sun (3) undergoes cyclic tidal changes (4) has a slightly eccentric orbit 9.

More information

June 15, 2006 July 19, 2009 A south facing vertical declining sundial by a barn in, Silver City, NM Using a trigon and empirical methods, and a gnomon whose sub-style was vertical True N Magnetic N Silver

More information

LESSON PLAN - Optimum Orientation of Solar Panels Using Soltrex Data

LESSON PLAN - Optimum Orientation of Solar Panels Using Soltrex Data LESSON PLAN - Optimum Orientation of Solar Panels Using Soltrex Data Title of Lesson: Optimum Orientation of Solar Panels Using Soltrex Data Description of class: High School physics, astronomy, or environmental

More information

Laboratory Exercise #7 - Introduction to Atmospheric Science: The Seasons and Daily Weather

Laboratory Exercise #7 - Introduction to Atmospheric Science: The Seasons and Daily Weather Laboratory Exercise #7 - Introduction to Atmospheric Science: The Seasons and Daily Weather page - Section A - Introduction: This lab consists of questions dealing with atmospheric science. We beginning

More information

Riocan Centre Study Area Frontenac Mall Study Area Kingston Centre Study Area

Riocan Centre Study Area Frontenac Mall Study Area Kingston Centre Study Area OVERVIEW the biggest challenge of the next century (Dunham Jones, 2011). New books are continually adding methods and case studies to a growing body of literature focused on tackling this massive task.

More information