Project No India Basin Shadow Study San Francisco, California, USA
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1 Project No India Basin Shadow Study San Francisco, California, USA Numerical Modelling Studies 04 th June 2018 For Build Inc.
2 Report Title: India Basin Shadow Study San Francisco, California, USA Client: Build Inc. Document No: Report01v5 Release: 5 Report Date: 4 th June 2018 Status: Fifth Issue Name: Signature: Date: Author: Dr. S. Mijorski 4 th June 2018 Approver: Dr. S. Cunningham 4 th June 2018 Authoriser: Mr. J. Green 4 th June 2018 Issue Date Description _Report01v1 8 th January 2018 First Issue _Report01v2 21 st February 2018 Second Issue _Report01v3 6 th March 2018 Third Issue _Report01v4 9 th March 2018 Fourth Issue _Report01v5 4 th June 2018 Fifth Issue India Basin Shadow Study 2 of rep1v5.docx
3 India Basin Shadow Study Contents 1. Introduction The Assessment of Shadowing and the Criteria Assessment Methodology Shadowing Results Discussion of Results References Tables Figures India Basin Shadow Study 3 of rep1v5.docx
4 EXECUTIVE SUMMARY Background BMT Fluid Mechanics Ltd. (BMT) has conducted a shadow analysis for the proposed India Basin development along the India Basin shoreline of San Francisco Bay in San Francisco, California. The purpose of the study is to assess the potential for the proposed project to cast new shadow on a park or open space in accordance with criteria specified in Section 295 of the San Francisco Planning Code. Test Criteria The criteria for assessing the effect of shadows cast by new developments in San Francisco, CA, are established in the San Francisco Planning Code Section 295. The shadowing effect is assessed in terms of hourly shadow diagrams for selected days including the "worst case" shadow days for different park and open spaces. In addition, the square foot hours of net new shadow and existing shadow on each of these days on parks and open spaces is determined. Proposed Project The proposed project site, located in the Bayview Hunters Point neighborhood in the southeast quadrant of San Francisco, comprises private-owned 700 Innes and publicly-owned 900 Innes, India Basin Shoreline Park, and India Basin Open Space. The 700 Innes property consists of multiple parcels that would contain buildings ranging from 20 to 160 feet tall. Test Scenarios The study provides an assessment of the shadowing effect for the proposed project site and shadow calculations for the parks and open spaces, including India Basin Open Space, Big Green, 900 Innes, and India Basin Shoreline. The assessment considers two configurations, namely the: Existing Scenario, shadow conditions in the area without the proposed project site buildings at 700 Innes; and Proposed Scenario, shadow conditions in the area after introduction of the proposed project buildings at 700 Innes inclusive of all existing buildings from the Existing Scenario. Summary Results The tables below summarize the main results of the study. India Basin Shadow Study 4 of rep1v5.docx
5 Theoretical Annual Available Sunlight for the Parks / Open Spaces Parks / Open Spaces Park area Hours of annual available sunlight (from one hour after sunrise to one hour before sunset on each day) Theoretical Annual Available Sunlight (TAAS) India Basin Open Space Big Green India Basin Shoreline Park 900 Innes 319,111 sq. ft. 219,982 sq. ft. 276,957 sq. ft. 88,613 sq. ft. (7.33 acres) (5.05 acres) (6.36 acres) (2.03 acres) 3,721.4 hours 3,721.4 hours 3,721.4 hours 3,721.4 hours 1,187,539,675 sfh 818,641,015 sfh 1,030,667,780 sfh 329,764,418 sfh Shading for the Parks / Open Spaces Park/Open Space area India Basin Open Space Annual Annual shading shading (% of (sfh) TAAS) Annual shading (sfh) Big Green India Basin Shoreline Park 900 Innes Annual shading (% of TAAS) Annual shading (sfh) Annual shading (% of TAAS) Annual shading (sfh) Annual shading (% of TAAS) Existing Shadow 876, % 139, % 4,594, % 29,611, % Project Shadow 62,068, % 90,792, % 480, % 14,931, % Total Shadow with Proposed Project 62,944, % 90,932, % 5,074, % 44,542, % India Basin Shadow Study 5 of rep1v5.docx
6 Net New Shading Ranges for the Parks / Open Spaces Parks / Open Spaces India Basin Open Space Big Green India Basin Shoreline Park 900 Innes Total Days with New Shadow Total Minutes with New Shadow 219, ,476 1, ,733 Maximum Duration in Minutes Minimum Duration in Minutes Average Duration in Minutes Days of Maximum New Net Shading for the Parks / Open Spaces Parks / Open Spaces Date(s) when maximum new shading occurs Percentage net new shading on date(s) of maximum shading Total net new shading on date(s) of maximum shadow India Basin Open Space Big Green India Basin Shoreline Park 900 Innes December 26 th December 26 th December 20 th December 24 th 10.37% 17.54% 0.29% 10.46% 391,393 sfh 456,504 sfh 9,507 sfh 109,720 sfh Moments of Maximum Shading for the Parks / Open Spaces Parks / Open Spaces Date and time at moment of maximum shading Percentage of shaded park area Total net new shading on time and date of maximum shadow India Basin Open Space December 21 st 15:45 Big Green January 25 th 16:25 India Basin Shoreline Park December 28 th 08: Innes December 13 th 08: % 75.78% 8.94% 76.75% 34,699 sf 27,964 sf 2,522 sf 17,004 sf India Basin Shadow Study 6 of rep1v5.docx
7 India Basin San Francisco, CA Shadow Study 1. Introduction BMT Fluid Mechanics Ltd. (BMT) has conducted a shadow study for the proposed India Basin Mixed-Use Project along the India Basin shoreline of San Francisco Bay in San Francisco, California. The purpose of the shadow study is to assess the potential for the proposed project to cast new shadow on a park or open space in accordance with the criteria specified in Section 295 of the San Francisco Planning Code Study Area The proposed project site is in the Bayview Hunters Point neighborhood, in the southeast quadrant of San Francisco. The site is bounded by the Bay to the north, the Candlestick Point Hunters Point Phase I and Phase II Shipyard Development Plan areas to the east, Innes Avenue 2 to the south, and Hunters Point Boulevard and Hawes Street to the west. Portions of Innes Avenue adjacent to the site are included in the project boundary. The proposed project site is generally flat between Hudson Street and Earl Street to the India Basin Open Space boundary, with a slope toward the Bay. The elevation of the site is highest along Innes Avenue at approximately 50 feet above mean sea level, and lowest along the shoreline at approximately 5 feet above mean sea level. The existing site conditions are presented within the context of the wider surrounding area in Figure Proposed Development The proposed project consists of private-owned 700 Innes and publicly-owned 900 Innes, India Basin Shoreline Park, and India Basin Open Space as illustrated in Figure 1.2. The 700 Innes property consists of multiple parcels that would contain buildings ranging from 20 to 160 feet tall, see Figure 1.3 and Figure 1.4. Pathways in the form of boardwalks, trails, and stairways would connect the India Basin Open Space property with an approximately 5.05-acre, publicly accessible open space area, referred to as the Big Green. India Basin Shadow Study 7 of rep1v5.docx
8 1.3. Test Scenarios The study assessed the main shadowing effects in terms of hourly shadow diagrams and shadow calculations for the parks and open spaces, including India Basin Open Space, Big Green, 900 Innes, and India Basin Shoreline. The assessment considers two configurations, namely the: Existing Scenario, shadow conditions in the area without the proposed project site buildings at 700 Innes; and Proposed Scenario, shadow conditions in the area after introduction of the proposed project site buildings at 700 Innes inclusive of all existing buildings from the Existing Scenario. Figures 1.1 and 1.2 present the Existing Scenario and Proposed Scenario respectively. The buildings immediately surrounding the proposed project indicated in the Existing Scenario were included in the assessment of the Proposed Scenario. India Basin Shadow Study 8 of rep1v5.docx
9 2. The Assessment of Shadowing and the Criteria Criteria for assessing the effect of shadows cast by new developments in San Francisco, CA, are outlined in the San Francisco Planning Code Section 295 [1]. New developments in San Francisco over 40 feet in height which have the potential to cast new shadows on parks under the jurisdiction of the San Francisco Recreational and Parks Department (RPD) are subject to review under the San Francisco Planning Code Section 295 [1]. Section 295 of the San Francisco Planning Code requires shadows cast by any project in excess of 40 feet in height do not adversely affect use of parks and open spaces under the jurisdiction of the San Francisco RPD. The shadowing effect is assessed in terms of hourly shadow diagrams and shadow calculations, from one hour after sunrise through to one hour before sunset. These are respectively qualitative and quantitative approaches to the assessment of new shadows cast by the proposed development [2]: Shadow Diagrams: Shadow diagrams are graphical illustrations of the shadows cast by the proposed scenario and the surrounding developments on the parks / open spaces regulated by the San Francisco Planning Code Section 295 [1] for both existing and future surrounds configurations. Shadow diagrams are produced hourly, starting one hour after sunrise and ending one hour before sunset, for up to five days of the year. The analysis consisted of: o Spring equinox (March 21 st ) shadows are midway through a period of lengthening; o Summer solstice (June 21 st ) midday sun is at its highest and shadows are at their shortest; o Winter solstice (December 21 st ) midday sun is lowest and shadows are at their longest; o The days of maximum shadowing (duration) the days on which the overall sfh of net new shadow cast by the proposed scenario on different parks and open spaces has been identified; o Moments of maximum shadowing (area) the moments on which the maximum shading area of net new shadow cast by the proposed scenario on different parks and open spaces has been identified. Shadow Calculations: Tabulated data indicating the amount of net new shadow and existing shadow, expressed in square foot hours, in fifteen minute increments throughout the day between one hour after sunrise and one hour before sunset on each day where the proposed development would cast net new shadows on parks/open spaces regulated by Section 295 of the Planning Code [1]. The tabulated data is provided for the project and represents conditions in the existing surrounding area. India Basin Shadow Study 9 of rep1v5.docx
10 3. Assessment Methodology 3.1. Model Details 3D models of the existing and proposed site conditions included a sufficiently detailed representation of adjacent developments, within a distance judged to have an influence on the shadowing conditions around the proposed development site. Any local topography that may affect the shadowing was included in the model. The model of the proposed scenario was constructed based on 3D CAD models supplied to BMT by the design team Shadowing Analysis The software used was Radiance, which computes the level of shadows cast by existing buildings and by the proposed development buildings on the parks and open spaces regulated by Section 295 of the San Francisco Planning Code. Computations are carried out at 15-minute intervals from one hour after sunrise to one hour before sunset, throughout the year. The difference between the existing levels of shading and the level of shading occurring with the introduction of the proposed buildings generates the annual increase in square-foot-hours of shade. The Theoretical Available Annual Sunlight (TAAS) is used to compute the baseline amount square foot hour of sunshine that would fall within the park / open space under the hypothesis that no shadow is cast on it throughout the year. It is calculated by multiplying the area of the park / open space by the total number of annual hours that fall between one hour after sunrise and one hour before sunset. The TAAS is thus used to present the increase in square foot hour of shade as a percentage of theoretical square foot hour of sun in the park / open space Affected Parks / Open Spaces A shadow fan was pre-defined by the San Francisco Planning Department as part of the Preliminary Project Assessment on August 9 th, 2017 (see Figure 3.1). The shadow fan indicated the susceptibility of the proposed project to cast shadows on spaces which are protected by Section 295 of the San Francisco Planning Code. This initial assessment identified India Basin Open Space, 900 Innes, and India Basin Shoreline as the parks and open spaces regulated under Section 295 of the San Francisco Planning Department [1] susceptible to be adversely affected by the proposed project in terms of shadowing. Additionally, the Big Green area was assessed, however this area will not be under RPD jurisdiction. India Basin Shadow Study 10 of rep1v5.docx
11 4. Shadowing Results Tables 4.1 to 4.5 summarize the existing conditions and quantitative shadowing results of the proposed project on the India Basin Open Space, Big Green, 900 Innes, and India Basin Shoreline park. Statistics for the shadows cast for each day of the year are provided in Appendix A and in the electronic Microsoft Excel spreadsheet _India_Basin_Shadow_Statistics.xlsx [3]. The shadow diagrams provided in Figure 4.1 to Figure 4.67 provide a visual representation of the new shadows cast by the proposed project on parks / open spaces around the site, on an hourly basis, starting one hour after sunrise and ending one hour prior to sunset. These are provided for the following days: Figure 4.1 to Figure Spring equinox: March 21 st : New shadows are cast on the India Basin Open Space and the Big Green all day long from 08:10, predominantly on the south-west corner of the park space, with the maximum net new shadow occurring also at 08:10. New shadows would be cast on the 900 Innes Property at 08:10 in the morning, but would mostly recede from this space by 10:00. No new shadow is cast on the India Shoreline Park; Figure 4.13 to Figure Summer solstice: June 21 st : Few new shadows are cast on the India Basin Open Space, with the maximum net new shadow occurring at 19:34 principally to the south east of the open space. Few net new shadow occurs on the Big Green and 900 Innes with no new net shadow observed on the India Basin Shoreline Park; Figure 4.28 to Figure Winter solstice: December 21 st : The India Basin Open Space is exposed to new shadows all day long, with a minimum net new shadow occurring at 12:00 and the maximum net new shadow occurring at 15:54. The maximum net new shadow principally covers the south east and south west corners of the open space. Figure 4.37 to Figure 4.45 Day of maximum shadowing (duration): December 26 th : The worst day of the year in terms of overall sfh of net new shadow cast by the proposed scenario on the India Basin Open Space and Big Green ; Figure 4.46 to Figure 4.54 Day of maximum shadowing (duration): December 24 th : The worst day of the year in terms of overall sfh of net new shadow cast by the proposed scenario on the 900 Innes park; Figure 4.55 to Figure 4.63 Day of maximum shadowing (duration): December 20 th : The worst day of the year in terms of overall sfh of net new shadow cast by the proposed scenario on the India Basin Shoreline park; Figure 4.64 Moment of maximum shadowing for the India Basin Open Space: December 21 st, 15:45. This figure represents the moment when net new shadow cast by the proposed scenario on the India Basin Open Space reaches its maximum area; Figure 4.65 Moment of maximum shadowing for the Big Green: January 25 th, 16:25: This figure represents the moment when net new India Basin Shadow Study 11 of rep1v5.docx
12 shadow cast by the proposed scenario on the Big Green reaches its maximum area; Figure 4.66 Moment of maximum shadowing for the 900 Innes park: December 13 th, 08:30: This figure represents the moment when net new shadow cast by the proposed scenario on 900 Innes park reaches its maximum area; Figure 4.67 Moment of maximum shadowing for the India Basin Shoreline park: December 28 th, 08:23: This figure represents the moment when net new shadow cast by the proposed scenario on India Basin Shoreline park reaches its maximum area. Note: Topography is taken into account when preparing the shadow diagrams. This results in existing shading (grey) of the topography not contributing to the net new shading (green). India Basin Shadow Study 12 of rep1v5.docx
13 5. Discussion of Results 5.1. India Basin Open Space The India Basin Open Space has a total area of 319,111 square feet (7.33 acres) which for the existing conditions has 876,170 sfh of shade annually. Based on the Theoretical Annual Available Sunlight (TAAS) of 1,187,539,675 sfh, the open space is shaded 0.07% of the year. The total shadows cast inclusive of the proposed and existing buildings amount to 62,944,306 sfh of shade annually. The proposed scenario accounts for 62,068,136 sfh, or 5.23%, of additional net shading throughout the year. The day of maximum shading throughout the year occurs on December 26 th where new shadows from the proposed project amount to 391,393 sfh, or 10.37% of the TAAS available on this day. New shadows from the proposed project on the open space during this day would occur in the morning and afternoon hours. The combination of the proposed project massing, the sun path in winter months, and the position of the India Basin Open Space to the north of the proposed project results in new shadows cast on the open space during these time periods. The moment of maximum shading for the India Basin Open Space occurs on December 21 st at 15:45. This shadow accounts for 43.49% of the total India Basin Open Space area. For the Spring and Fall seasons, other than natural shadowing caused by the uneven terrain, there is no shadowing caused by the existing buildings. As dawn breaks, the southwest corner of the park experiences shadowing from the proposed buildings at the west end of the 700 Innes property. The shadow diminishes throughout the day and dying away completely by 15:00. As the evening draws in, there is new shadowing observed on the northeast corner of the park after 16:00 caused by the adjacent proposed buildings. For the Summer season, there is no shadowing due to the existing buildings on the open space. However, new shadows occur in the evening hours (after 19:00) at the northeast section of the park due to an adjacent proposed building. For the Winter season, as dawn breaks, shadows are observed in the southwest corner of the park caused by the proposed buildings to the southeast. These shadows diminish towards the noon hours, however partial shadowing remains in the southwest corner of the park throughout the day. As evening draws in, sections in the north of the park are shaded by the adjacent proposed buildings after 15:00. Additionally, in the hour before sunset the southwest corner of the park experiences shading due to the existing buildings located to the south Big Green The Big Green will be a publicly accessible open space but will not be under the jurisdiction of the San Francisco RPD. The Big Green has a total area of 219,982 India Basin Shadow Study 13 of rep1v5.docx
14 square feet (5.05 acres) which for the existing conditions has 139,703 sfh of shade annually. Based on the Theoretical Annual Available Sunlight (TAAS) of 818,641,015 sfh, the Big Green is shaded 0.02% of the year. The total shadows cast inclusive of the proposed and existing buildings amount to 90,932,382 sfh of shade annually. The proposed scenario accounts for 90,792,679 sfh, or 11.09%, of additional net shading throughout the year. The day of maximum shading throughout the year occurs on December 26 th where new shadows from the proposed project amount to 456,504 sfh, or 17.54% of the TAAS available on this day. New shadows from the proposed project on the Big Green during this day occur in the morning and afternoon hours. The moment of maximum shading for the Big Green occurs on January 25 th at 16:25. This shadow accounts for 75.58% of the total Big Green area. For the Spring and Fall seasons, no shadowing from existing buildings are observed on the park. New shadowing occurs in the morning on the east park areas from the proposed buildings, which diminishes by 10:00-11:00. In the afternoon hours (starting from 15:00), new shadowing is observed on the south and southwest areas of the park from the proposed buildings. For the Summer season, new shadowing is observed in the afternoon hours (starting from 16:00) on the very south areas of the park due to the adjacent proposed buildings. For the Winter season, as dawn breaks the south and east sections of the park experience new shadowing due to the proposed buildings located to the east. These shadows diminish throughout the day, dying away by noon. In the afternoon hours (after 13:00), new shadows from the proposed building are observed again. Also, on the south corner of the park, shading from the existing buildings from the south of the park is observed at the hour before sunset India Basin Shoreline Park India Basin Shoreline park has a total area of 276,957 square feet (6.36 acres) which for existing conditions has 4,594,210 sfh of shade annually. Based on the Theoretical Annual Available Sunlight (TAAS) of 1,030,667,780 sfh, the India Basin Shoreline park is shaded 0.44% of the year. The total shadows cast inclusive of the proposed and existing buildings amount to 5,074,648 sfh of shade annually. The proposed scenario accounts for 480,438 sfh, or 0.05%, of additional net shading throughout the year. The day of maximum shading throughout the year occurs on December 20 th where new shadows from the proposed project amount to 9,507 sfh, or 0.29% of the TAAS available on this day. New shadows from the proposed project on the India Basin Shoreline park for this day occur for a short duration in the morning hours. The moment of maximum shading for the India Basin Shoreline park area occurs on December 28 th at 08:23. This shadow accounts for 8.94% of the total India Basin Shoreline park area. India Basin Shadow Study 14 of rep1v5.docx
15 For the Spring and Fall seasons, no shadows are observed due to the proposed development. Shadowing does occur in the afternoon for small sections in the south of the park due to the adjacent existing buildings around 17:00. Shadowing is also observed due to the uneven terrain. For the Summer season, the shadows follow the same pattern as observed during the Spring and Fall seasons. Shadows from the proposed development do not occur. For the Winter season, as dawn breaks, the proposed buildings cause shadowing on the southeast part of the park. These shadows quickly diminish through the morning hours with no shading from the proposed development observed after 9:00. In the evening hours, shadows are observed at the south of the park due to the adjacent existing buildings to the south Innes Park 900 Innes park has a total area of 88,613 square feet (2.03 acres), which for the existing conditions has 29,611,011 sfh of shade annually. Based on the Theoretical Annual Available Sunlight (TAAS) of 329,764,418 sfh, the park is shaded 8.98% of the year. The existing buildings are located close/within the park and the park is relatively small when compared to the building footprints. The building located within this park generates shadows throughout the year and increases the annual existing shading. The total shadows cast inclusive of the proposed and existing buildings amount to 44,542,109 sfh of shade annually. The proposed scenario accounts for 14,931,097 sfh, or 4.53%, of additional net shading throughout the year. The day of maximum shading throughout the year occurs on December 24 th where new shadows from the proposed project amount to 109,720 sfh, or 10.46% of the TAAS available on this day. New shadows from the proposed project on 900 Innes park during this day occur in the morning hours. The moment of maximum shading for the 900 Innes park occurs on December 13 th at 08:30. This shadow accounts for 76.75% of the total 900 Innes park area. For the Spring and Fall seasons, new shadowing due to the adjacent proposed buildings is observed on the east of the park which diminishes by 10:00. It should be noted the shadowing in the morning includes shadowing in the southeast corner of the park due to the existing building located within the park itself. Towards the end of the day, shadow is observed across two-thirds of the park due to the existing buildings located to the west. For the Summer season, minor shadowing in the southeast corner of the park is observed due to the adjacent proposed buildings. Additionally, shadows are observed in the afternoon hours (after 16:00) across the middle to the south of the park due to the existing buildings located to the west. For most of the afternoon hours, shadows due to the proposed buildings do not occur. India Basin Shadow Study 15 of rep1v5.docx
16 For the Winter season, as dawn breaks, almost the entire park is shadowed by the proposed development to the east. These shadows diminish throughout the day, dying away by noon. The remaining sections in the south of the park experience shadowing from the existing building located within this park. As the evening draws in, the shadowing observed is from the existing buildings located to the south which covers the entire park. India Basin Shadow Study 16 of rep1v5.docx
17 6. References [1] San Francisco Planning Department, Section 295. Height Restrictions on Structures Shadowing Property under the Jurisdiction of the recreation and park Commission, April [2] San Francisco Planning Department, Shadow Analysis Procedures and Scope Requirements, Memo, July [3] BMT Fluid Mechanics, India Basin Shadow Study, "432301_India_Basin_Shadow_Statistics.xlsx" - for Build Inc, 9 th March India Basin Shadow Study 17 of rep1v5.docx
18 7. Tables Table 4.1: Theoretical Annual Available Sunlight for the Parks / Open Spaces Parks / Open Spaces Park area Hours of annual available sunlight (from one hour after sunrise to one hour before sunset on each day) Theoretical Annual Available Sunlight (TAAS) India Basin Open Space Big Green India Basin Shoreline Park 900 Innes 319,111 sq. ft. 219,982 sq. ft. 276,957 sq. ft. 88,613 sq. ft. (7.33 acres) (5.05 acres) (6.36 acres) (2.03 acres) 3,721.4 hours 3,721.4 hours 3,721.4 hours 3,721.4 hours 1,187,539,675 sfh 818,641,015 sfh 1,030,667,780 sfh 329,764,418 sfh Table 4.2: Park/Open Space area Existing Shadow Net New Shading for the Parks / Open Spaces India Basin Open Space Annual Annual shading shading (% of (sfh) TAAS) Annual shading (sfh) Big Green Annual shading (% of TAAS) India Basin Shoreline Park Annual shading (sfh) Annual shading (% of TAAS) Annual shading (sfh) 900 Innes Annual shading (% of TAAS) 876, % 139, % 4,594, % 29,611, % Project Shadow 62,068, % 90,792, % 480, % 14,931, % Total Shadow with Proposed Project 62,944, % 90,932, % 5,074, % 44,542, % India Basin Shadow Study 18 of rep1v5.docx
19 Table 4.3: Table 4.4: Net Shading Ranges for the Parks / Open Spaces Parks / Open Spaces India Basin Open Space Big Green India Basin Shoreline Park 900 Innes Total Days with New Shadow Total Minutes with New Shadow 219, ,476 1, ,733 Maximum Duration in Minutes Minimum Duration in Minutes Average Duration in Minutes Days of Maximum New Net Shading for the Parks / Open Spaces Parks / Open Spaces Date(s) when maximum new shading occurs Percentage net new shading on date(s) of maximum shading Total net new shading on date(s) of maximum shadow India Basin Open Space Big Green India Basin Shoreline Park 900 Innes December 26 th December 26 th December 20 th December 24 th 10.37% 17.54% 0.29% 10.46% 391,393 sfh 456,504 sfh 9,507 sfh 109,720 sfh Table 4.5: Moments of Maximum Shading for the Parks / Open Spaces Parks / Open Spaces Date and time at moment of maximum shading Percentage of shaded park area Total net new shading on time and date of maximum shadow India Basin Open Space December 21 st 15:45 Big Green January 25 th 16:25 India Basin Shoreline Park December 28 th 08: Innes December 13 th 08: % 75.78% 8.94% 76.75% 34,699 sf 27,964 sf 2,522 sf 17,004 sf India Basin Shadow Study 19 of rep1v5.docx
20 8. Figures Figure 1.1: Existing Scenario India Basin Shadow Study 20 of rep1v5.docx
21 Figure 1.2: Proposed Scenario India Basin Shadow Study 21 of rep1v5.docx
22 Figure 1.3: 700 Innes Property India Basin Shadow Study 22 of rep1v5.docx
23 Figure 1.4: Rendering of the Proposed 700 Innes Property India Basin Shadow Study 23 of rep1v5.docx
24 Figure 3.1: Shadow Fan India Basin Shadow Study 24 of rep1v5.docx
25 Figure 4.1: Shadow Diagrams, Vernal/Autumnal Equinox, March 21 st /September 21 st, 08:10 India Basin Shadow Study 25 of rep1v5.docx
26 Figure 4.2: Shadow Diagrams, Vernal/Autumnal Equinox, March 21 st /September 21 st, 09:00 India Basin Shadow Study 26 of rep1v5.docx
27 Figure 4.3: Shadow Diagrams, Vernal/Autumnal Equinox, March 21 st /September 21 st, 10:00 India Basin Shadow Study 27 of rep1v5.docx
28 Figure 4.4: Shadow Diagrams, Vernal/Autumnal Equinox, March 21 st /September 21 st, 11:00 India Basin Shadow Study 28 of rep1v5.docx
29 Figure 4.5: Shadow Diagrams, Vernal/Autumnal Equinox, March 21 st /September 21 st, 12:00 India Basin Shadow Study 29 of rep1v5.docx
30 Figure 4.6: Shadow Diagrams, Vernal/Autumnal Equinox, March 21 st /September 21 st, 13:00 India Basin Shadow Study 30 of rep1v5.docx
31 Figure 4.7: Shadow Diagrams, Vernal/Autumnal Equinox, March 21 st /September 21 st, 14:00 India Basin Shadow Study 31 of rep1v5.docx
32 Figure 4.8: Shadow Diagrams, Vernal/Autumnal Equinox, March 21 st /September 21 st, 15:00 India Basin Shadow Study 32 of rep1v5.docx
33 Figure 4.9: Shadow Diagrams, Vernal/Autumnal Equinox, March 21 st /September 21 st, 16:00 India Basin Shadow Study 33 of rep1v5.docx
34 Figure 4.10: Shadow Diagrams, Vernal/Autumnal Equinox, March 21 st /September 21 st, 17:00 India Basin Shadow Study 34 of rep1v5.docx
35 Figure 4.11: Shadow Diagrams, Vernal/Autumnal Equinox, March 21 st /September 21 st, 18:00 India Basin Shadow Study 35 of rep1v5.docx
36 Figure 4.12: Shadow Diagrams, Vernal/Autumnal Equinox, March 21 st /September 21 st, 18:22 India Basin Shadow Study 36 of rep1v5.docx
37 Figure 4.13: Shadow Diagrams, Summer Solstice, June 21 st, 06:48 India Basin Shadow Study 37 of rep1v5.docx
38 Figure 4.14: Shadow Diagrams, Summer Solstice, June 21 st, 07:00 India Basin Shadow Study 38 of rep1v5.docx
39 Figure 4.15: Shadow Diagrams, Summer Solstice, June 21 st, 08:00 India Basin Shadow Study 39 of rep1v5.docx
40 Figure 4.16: Shadow Diagrams, Summer Solstice, June 21 st, 09:00 India Basin Shadow Study 40 of rep1v5.docx
41 Figure 4.17: Shadow Diagrams, Summer Solstice, June 21 st, 10:00 India Basin Shadow Study 41 of rep1v5.docx
42 Figure 4.18: Shadow Diagrams, Summer Solstice, June 21 st, 11:00 India Basin Shadow Study 42 of rep1v5.docx
43 Figure 4.19: Shadow Diagrams, Summer Solstice, June 21 st, 12:00 India Basin Shadow Study 43 of rep1v5.docx
44 Figure 4.20: Shadow Diagrams, Summer Solstice, June 21 st, 13:00 India Basin Shadow Study 44 of rep1v5.docx
45 Figure 4.21: Shadow Diagrams, Summer Solstice, June 21 st, 14:00 India Basin Shadow Study 45 of rep1v5.docx
46 Figure 4.22: Shadow Diagrams, Summer Solstice, June 21 st, 15:00 India Basin Shadow Study 46 of rep1v5.docx
47 Figure 4.23: Shadow Diagrams, Summer Solstice, June 21 st, 16:00 India Basin Shadow Study 47 of rep1v5.docx
48 Figure 4.24: Shadow Diagrams, Summer Solstice, June 21 st, 17:00 India Basin Shadow Study 48 of rep1v5.docx
49 Figure 4.25: Shadow Diagrams, Summer Solstice, June 21 st, 18:00 India Basin Shadow Study 49 of rep1v5.docx
50 Figure 4.26: Shadow Diagrams, Summer Solstice, June 21 st, 19:00 India Basin Shadow Study 50 of rep1v5.docx
51 Figure 4.27: Shadow Diagrams, Summer Solstice, June 21 st, 19:34 India Basin Shadow Study 51 of rep1v5.docx
52 Figure 4.28: Shadow Diagrams, Winter Solstice, December 21 st, 08:21 India Basin Shadow Study 52 of rep1v5.docx
53 Figure 4.29: Shadow Diagrams, Winter Solstice, December 21 st, 09:00 India Basin Shadow Study 53 of rep1v5.docx
54 Figure 4.30: Shadow Diagrams, Winter Solstice, December 21 st, 10:00 India Basin Shadow Study 54 of rep1v5.docx
55 Figure 4.31: Shadow Diagrams, Winter Solstice, December 21 st, 11:00 India Basin Shadow Study 55 of rep1v5.docx
56 Figure 4.32: Shadow Diagrams, Winter Solstice, December 21 st, 12:00 India Basin Shadow Study 56 of rep1v5.docx
57 Figure 4.33: Shadow Diagrams, Winter Solstice, December 21 st, 13:00 India Basin Shadow Study 57 of rep1v5.docx
58 Figure 4.34: Shadow Diagrams, Winter Solstice, December 21 st, 14:00 India Basin Shadow Study 58 of rep1v5.docx
59 Figure 4.35: Shadow Diagrams, Winter Solstice, December 21 st, 15:00 India Basin Shadow Study 59 of rep1v5.docx
60 Figure 4.36: Shadow Diagrams, Winter Solstice, December 21 st, 15:54 India Basin Shadow Study 60 of rep1v5.docx
61 Figure 4.37: Shadow Diagrams, Maximum Overall Shading, December 26 th, 08:23 India Basin Shadow Study 61 of rep1v5.docx
62 Figure 4.38: Shadow Diagrams, Maximum Overall Shading, December 26 th, 09:00 India Basin Shadow Study 62 of rep1v5.docx
63 Figure 4.39: Shadow Diagrams, Maximum Overall Shading, December 26 th, 10:00 India Basin Shadow Study 63 of rep1v5.docx
64 Figure 4.40: Shadow Diagrams, Maximum Overall Shading, December 26 th, 11:00 India Basin Shadow Study 64 of rep1v5.docx
65 Figure 4.41: Shadow Diagrams, Maximum Overall Shading, December 26 th, 12:00 India Basin Shadow Study 65 of rep1v5.docx
66 Figure 4.42: Shadow Diagrams, Maximum Overall Shading, December 26 th, 13:00 India Basin Shadow Study 66 of rep1v5.docx
67 Figure 4.43: Shadow Diagrams, Maximum Overall Shading, December 26 th, 14:00 India Basin Shadow Study 67 of rep1v5.docx
68 Figure 4.44: Shadow Diagrams, Maximum Overall Shading, December 26 th, 15:00 India Basin Shadow Study 68 of rep1v5.docx
69 Figure 4.45: Shadow Diagrams, Maximum Overall Shading, December 26 th, 15:57 India Basin Shadow Study 69 of rep1v5.docx
70 Figure 4.46: Shadow Diagrams, Maximum Overall Shading, December 24 th, 08:22 India Basin Shadow Study 70 of rep1v5.docx
71 Figure 4.47: Shadow Diagrams, Maximum Overall Shading, December 24 th, 09:00 India Basin Shadow Study 71 of rep1v5.docx
72 Figure 4.48: Shadow Diagrams, Maximum Overall Shading, December 24 th, 10:00 India Basin Shadow Study 72 of rep1v5.docx
73 Figure 4.49: Shadow Diagrams, Maximum Overall Shading, December 24 th, 11:00 India Basin Shadow Study 73 of rep1v5.docx
74 Figure 4. 50: Shadow Diagrams, Maximum Overall Shading, December 24 th, 12:00 India Basin Shadow Study 74 of rep1v5.docx
75 Figure 4.51: Shadow Diagrams, Maximum Overall Shading, December 24 th, 13:00 India Basin Shadow Study 75 of rep1v5.docx
76 Figure 4.52: Shadow Diagrams, Maximum Overall Shading, December 24 th, 14:00 India Basin Shadow Study 76 of rep1v5.docx
77 Figure 4.53: Shadow Diagrams, Maximum Overall Shading, December 24 th, 15:00 India Basin Shadow Study 77 of rep1v5.docx
78 Figure 4.54: Shadow Diagrams, Maximum Overall Shading, December 24 th, 15:46 India Basin Shadow Study 78 of rep1v5.docx
79 Figure 4.55: Shadow Diagrams, Maximum Overall Shading, December 20 th, 08:20 India Basin Shadow Study 79 of rep1v5.docx
80 Figure 4.56: Shadow Diagrams, Maximum Overall Shading, December 20 th, 09:00 India Basin Shadow Study 80 of rep1v5.docx
81 Figure 4.57: Shadow Diagrams, Maximum Overall Shading, December 20 th, 10:00 India Basin Shadow Study 81 of rep1v5.docx
82 Figure 4.58: Shadow Diagrams, Maximum Overall Shading, December 20 th, 11:00 India Basin Shadow Study 82 of rep1v5.docx
83 Figure 4.59: Shadow Diagrams, Maximum Overall Shading, December 20 th, 12:00 India Basin Shadow Study 83 of rep1v5.docx
84 Figure 4.60: Shadow Diagrams, Maximum Overall Shading, December 20 th, 13:00 India Basin Shadow Study 84 of rep1v5.docx
85 Figure 4.61: Shadow Diagrams, Maximum Overall Shading, December 20 th, 14:00 India Basin Shadow Study 85 of rep1v5.docx
86 Figure 4.62: Shadow Diagrams, Maximum Overall Shading, December 20 th, 15:00 India Basin Shadow Study 86 of rep1v5.docx
87 Figure 4.63: Shadow Diagrams, Maximum Overall Shading, December 20 th, 15:54 India Basin Shadow Study 87 of rep1v5.docx
88 Figure 4.64: Shadow Diagrams, Moment of Maximum Shading, December 21 st, 15:45 India Basin Shadow Study 88 of rep1v5.docx
89 Figure 4.65: Shadow Diagrams, Moment of Maximum Shading, January 25 th, 16:25 India Basin Shadow Study 89 of rep1v5.docx
90 Figure 4.66: Shadow Diagrams, Moment of Maximum Shading, December 13 th, 08:30 India Basin Shadow Study 90 of rep1v5.docx
91 Figure 4.67: Shadow Diagrams, Moment of Maximum Shading, December 28 th, 08:23 India Basin Shadow Study 91 of rep1v5.docx
92 APPENDIX A. TIME RANGES WITH NEW SHADOW CASTS Table A.1: Time ranges with new shadow casts from the proposed development on the India Basin Open Space Time Range ID Start Day Start Time End Day End Time Duration in Minutes 1 1-Jan 8:24 1-Jan 16: Jan 8:24 2-Jan 16: Jan 8:24 3-Jan 16: Jan 8:24 4-Jan 16: Jan 8:24 5-Jan 16: Jan 8:24 6-Jan 16: Jan 8:24 7-Jan 16: Jan 8:24 8-Jan 16: Jan 8:24 9-Jan 16: Jan 8:24 10-Jan 16: Jan 8:24 11-Jan 16: Jan 8:24 12-Jan 16: Jan 8:24 13-Jan 16: Jan 8:23 14-Jan 16: Jan 8:23 15-Jan 16: Jan 8:23 16-Jan 16: Jan 8:22 17-Jan 16: Jan 8:22 18-Jan 16: Jan 8:21 19-Jan 16: Jan 8:21 20-Jan 16: Jan 8:21 21-Jan 16: Jan 8:20 22-Jan 16: Jan 8:19 23-Jan 16: Jan 8:19 24-Jan 16: Jan 8:18 25-Jan 16: Jan 8:18 26-Jan 16: Jan 8:17 27-Jan 16: Jan 8:16 28-Jan 16: Jan 8:15 29-Jan 16: Jan 8:15 30-Jan 16: Jan 8:14 31-Jan 16: Feb 8:13 1-Feb 16: Feb 8:12 2-Feb 16: Feb 8:11 3-Feb 16: Feb 8:10 4-Feb 16: Feb 8:09 5-Feb 16: Feb 8:09 6-Feb 16: Feb 8:08 7-Feb 16: Feb 8:07 8-Feb 16: Feb 8:06 9-Feb 16: Feb 8:04 10-Feb 16: Feb 8:03 11-Feb 16: Feb 8:02 12-Feb 16: Feb 8:01 13-Feb 16: Feb 8:00 14-Feb 16: Feb 7:59 15-Feb 16: Feb 7:58 16-Feb 16: Feb 7:57 17-Feb 16: Feb 7:55 18-Feb 16: Feb 7:54 19-Feb 16: Feb 7:53 20-Feb 16: Feb 7:52 21-Feb 16: Feb 7:50 22-Feb 16: Feb 7:49 23-Feb 16: Feb 7:48 24-Feb 16: Feb 7:46 25-Feb 16: Feb 7:45 26-Feb 16: Feb 7:44 27-Feb 17: Feb 7:42 28-Feb 17: Mar 7:40 1-Mar 17: Mar 7:38 2-Mar 17: Mar 7:37 3-Mar 17: Mar 7:35 4-Mar 17: Mar 7:34 5-Mar 17: Mar 7:32 6-Mar 17: Mar 7:31 7-Mar 17: Mar 7:29 8-Mar 17: Mar 7:28 9-Mar 17: Mar 7:27 10-Mar 17: Mar 7:25 11-Mar 17: Mar 7:24 12-Mar 17: Mar 7:22 13-Mar 17: Mar 7:21 14-Mar 17: Mar 7:19 15-Mar 17: Mar 7:18 16-Mar 17: Mar 7:16 17-Mar 17: Mar 7:15 18-Mar 17: Mar 7:13 19-Mar 17: Mar 7:12 20-Mar 17: Mar 7:10 21-Mar 17: India Basin Shadow Study 92 of rep1v5.docx
93 Table A.1 continued Time Range ID Start Day Start Time End Day End Time Duration in Minutes Mar 7:09 22-Mar 17: Mar 7:07 23-Mar 17: Mar 7:05 24-Mar 17: Mar 7:04 25-Mar 17: Mar 7:02 26-Mar 17: Mar 7:01 27-Mar 17: Mar 6:59 28-Mar 17: Mar 6:58 29-Mar 17: Mar 6:56 30-Mar 17: Mar 6:55 31-Mar 17: Apr 6:53 1-Apr 17: Apr 6:52 2-Apr 17: Apr 6:50 3-Apr 17: Apr 6:49 4-Apr 17: Apr 6:47 5-Apr 17: Apr 6:46 6-Apr 17: Apr 6:45 7-Apr 17: Apr 6:43 8-Apr 17: Apr 6:42 9-Apr 17: Apr 6:40 10-Apr 17: Apr 6:39 11-Apr 17: Apr 6:37 12-Apr 17: Apr 6:36 13-Apr 17: Apr 6:35 14-Apr 17: Apr 6:33 15-Apr 17: Apr 6:32 16-Apr 17: Apr 6:30 17-Apr 17: Apr 6:29 18-Apr 17: Apr 6:28 19-Apr 17: Apr 6:26 20-Apr 17: Apr 6:25 21-Apr 17: Apr 6:24 22-Apr 17: Apr 6:22 23-Apr 17: Apr 6:21 24-Apr 17: Apr 6:20 25-Apr 17: Apr 6:19 26-Apr 17: Apr 6:18 27-Apr 17: Apr 6:16 28-Apr 17: Apr 6:15 29-Apr 17: Apr 6:14 30-Apr 17: May 6:13 1-May 17: May 6:15 2-May 18: May 6:15 3-May 18: May 6:15 4-May 18: May 6:30 5-May 18: May 6:30 6-May 18: May 6:30 7-May 18: May 6:30 8-May 18: May 6:30 9-May 18: May 6:30 10-May 18: May 6:30 11-May 18: May 6:30 12-May 18: May 6:30 13-May 18: May 6:30 14-May 18: May 6:30 15-May 18: May 6:30 16-May 18: May 6:30 17-May 18: May 6:30 18-May 18: May 6:30 19-May 18: May 6:30 20-May 18: May 6:30 21-May 18: May 6:30 22-May 18: May 6:30 23-May 18: May 6:30 24-May 18: May 6:30 25-May 18: May 6:30 26-May 18: May 6:30 27-May 18: May 6:30 28-May 18: May 6:30 29-May 18: May 6:30 30-May 18: May 6:30 31-May 18: Jun 6:30 1-Jun 18: Jun 6:30 2-Jun 18: Jun 6:30 3-Jun 18: Jun 6:30 4-Jun 18: Jun 6:30 5-Jun 18: Jun 6:30 6-Jun 18: Jun 6:30 7-Jun 18: Jun 6:30 8-Jun 18: Jun 6:30 9-Jun 18: India Basin Shadow Study 93 of rep1v5.docx
94 Table A.1 continued Time Range ID Start Day Start Time End Day End Time Duration in Minutes Jun 6:30 10-Jun 18: Jun 6:30 11-Jun 18: Jun 6:30 12-Jun 18: Jun 6:30 13-Jun 18: Jun 6:30 14-Jun 18: Jun 6:30 15-Jun 18: Jun 6:30 16-Jun 18: Jun 6:30 17-Jun 18: Jun 6:30 18-Jun 18: Jun 6:45 19-Jun 18: Jun 6:45 20-Jun 18: Jun 6:45 21-Jun 18: Jun 6:45 22-Jun 18: Jun 6:45 23-Jun 18: Jun 6:45 24-Jun 18: Jun 6:45 25-Jun 18: Jun 6:45 26-Jun 18: Jun 6:45 27-Jun 18: Jun 6:45 28-Jun 18: Jun 6:45 29-Jun 18: Jun 6:45 30-Jun 18: Jul 6:45 1-Jul 18: Jul 6:45 2-Jul 18: Jul 6:45 3-Jul 18: Jul 6:45 4-Jul 18: Jul 6:45 5-Jul 18: Jul 6:45 6-Jul 18: Jul 6:45 7-Jul 18: Jul 6:45 8-Jul 18: Jul 6:45 9-Jul 18: Jul 6:45 10-Jul 18: Jul 6:45 11-Jul 18: Jul 6:45 12-Jul 18: Jul 6:45 13-Jul 18: Jul 6:45 14-Jul 18: Jul 6:45 15-Jul 18: Jul 6:45 16-Jul 18: Jul 6:45 17-Jul 18: Jul 6:45 18-Jul 18: Jul 6:45 19-Jul 18: Jul 6:45 20-Jul 18: Jul 6:45 21-Jul 18: Jul 6:45 22-Jul 18: Jul 6:45 23-Jul 18: Jul 6:45 24-Jul 18: Jul 6:45 25-Jul 18: Jul 6:45 26-Jul 18: Jul 6:45 27-Jul 18: Jul 6:45 28-Jul 18: Jul 6:30 29-Jul 18: Jul 6:30 30-Jul 18: Jul 6:30 31-Jul 18: Aug 6:30 1-Aug 18: Aug 6:30 2-Aug 18: Aug 6:30 3-Aug 18: Aug 6:30 4-Aug 18: Aug 6:30 5-Aug 18: Aug 6:30 6-Aug 18: Aug 6:30 7-Aug 18: Aug 6:30 8-Aug 18: Aug 6:30 9-Aug 18: Aug 6:30 10-Aug 18: Aug 6:22 11-Aug 18: Aug 6:23 12-Aug 18: Aug 6:24 13-Aug 18: Aug 6:25 14-Aug 18: Aug 6:26 15-Aug 18: Aug 6:26 16-Aug 18: Aug 6:27 17-Aug 17: Aug 6:28 18-Aug 17: Aug 6:29 19-Aug 17: Aug 6:30 20-Aug 17: Aug 6:31 21-Aug 17: Aug 6:32 22-Aug 17: Aug 6:32 23-Aug 17: Aug 6:33 24-Aug 17: Aug 6:34 25-Aug 17: Aug 6:35 26-Aug 17: Aug 6:36 27-Aug 17: Aug 6:37 28-Aug 17: India Basin Shadow Study 94 of rep1v5.docx
95 Table A.1 continued Time Range ID Start Day Start Time End Day End Time Duration in Minutes Aug 6:37 29-Aug 17: Aug 6:38 30-Aug 17: Aug 6:39 31-Aug 17: Sep 6:40 1-Sep 17: Sep 6:41 2-Sep 17: Sep 6:42 3-Sep 17: Sep 6:42 4-Sep 17: Sep 6:43 5-Sep 17: Sep 6:44 6-Sep 17: Sep 6:45 7-Sep 17: Sep 6:46 8-Sep 17: Sep 6:47 9-Sep 17: Sep 6:47 10-Sep 17: Sep 6:48 11-Sep 17: Sep 6:49 12-Sep 17: Sep 6:50 13-Sep 17: Sep 6:51 14-Sep 17: Sep 6:52 15-Sep 17: Sep 6:52 16-Sep 17: Sep 6:53 17-Sep 17: Sep 6:54 18-Sep 17: Sep 6:55 19-Sep 17: Sep 6:56 20-Sep 17: Sep 6:57 21-Sep 17: Sep 6:58 22-Sep 17: Sep 6:58 23-Sep 17: Sep 6:59 24-Sep 17: Sep 7:00 25-Sep 17: Sep 7:01 26-Sep 16: Sep 7:02 27-Sep 16: Sep 7:03 28-Sep 16: Sep 7:04 29-Sep 16: Sep 7:04 30-Sep 16: Oct 7:05 1-Oct 16: Oct 7:06 2-Oct 16: Oct 7:07 3-Oct 16: Oct 7:08 4-Oct 16: Oct 7:09 5-Oct 16: Oct 7:10 6-Oct 16: Oct 7:11 7-Oct 16: Oct 7:12 8-Oct 16: Oct 7:12 9-Oct 16: Oct 7:13 10-Oct 16: Oct 7:14 11-Oct 16: Oct 7:15 12-Oct 16: Oct 7:16 13-Oct 16: Oct 7:17 14-Oct 16: Oct 7:18 15-Oct 16: Oct 7:19 16-Oct 16: Oct 7:20 17-Oct 16: Oct 7:21 18-Oct 16: Oct 7:22 19-Oct 16: Oct 7:23 20-Oct 16: Oct 7:24 21-Oct 16: Oct 7:25 22-Oct 16: Oct 7:26 23-Oct 16: Oct 7:27 24-Oct 16: Oct 7:28 25-Oct 16: Oct 7:29 26-Oct 16: Oct 7:30 27-Oct 16: Oct 7:31 28-Oct 16: Oct 7:32 29-Oct 16: Oct 7:33 30-Oct 16: Oct 7:34 31-Oct 16: Nov 7:35 1-Nov 16: Nov 7:36 2-Nov 16: Nov 7:37 3-Nov 16: Nov 7:38 4-Nov 16: Nov 7:39 5-Nov 16: Nov 7:40 6-Nov 16: Nov 7:41 7-Nov 16: Nov 7:42 8-Nov 16: Nov 7:43 9-Nov 16: Nov 7:44 10-Nov 16: Nov 7:45 11-Nov 16: Nov 7:47 12-Nov 16: Nov 7:48 13-Nov 15: Nov 7:49 14-Nov 15: Nov 7:50 15-Nov 15: Nov 7:51 16-Nov 15: India Basin Shadow Study 95 of rep1v5.docx
96 Table A.1 continued Time Range ID Start Day Start Time End Day End Time Duration in Minutes Nov 7:52 17-Nov 15: Nov 7:53 18-Nov 15: Nov 7:54 19-Nov 15: Nov 7:55 20-Nov 15: Nov 7:56 21-Nov 15: Nov 7:57 22-Nov 15: Nov 7:58 23-Nov 15: Nov 7:59 24-Nov 15: Nov 8:00 25-Nov 15: Nov 8:01 26-Nov 15: Nov 8:02 27-Nov 15: Nov 8:03 28-Nov 15: Nov 8:04 29-Nov 15: Nov 8:05 30-Nov 15: Dec 8:06 1-Dec 15: Dec 8:07 2-Dec 15: Dec 8:08 3-Dec 15: Dec 8:09 4-Dec 15: Dec 8:10 5-Dec 15: Dec 8:10 6-Dec 15: Dec 8:11 7-Dec 15: Dec 8:12 8-Dec 15: Dec 8:13 9-Dec 15: Dec 8:14 10-Dec 15: Dec 8:14 11-Dec 15: Dec 8:15 12-Dec 15: Dec 8:16 13-Dec 15: Dec 8:17 14-Dec 15: Dec 8:17 15-Dec 15: Dec 8:18 16-Dec 15: Dec 8:19 17-Dec 15: Dec 8:19 18-Dec 15: Dec 8:20 19-Dec 15: Dec 8:20 20-Dec 15: Dec 8:21 21-Dec 15: Dec 8:21 22-Dec 15: Dec 8:22 23-Dec 15: Dec 8:22 24-Dec 15: Dec 8:22 25-Dec 15: Dec 8:23 26-Dec 15: Dec 8:23 27-Dec 15: Dec 8:23 28-Dec 15: Dec 8:24 29-Dec 15: Dec 8:24 30-Dec 16: Dec 8:24 31-Dec 16: India Basin Shadow Study 96 of rep1v5.docx
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