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Tampa Bay and the Hillsborough River are critically important ecosystems and vital natural resources that attract and support millions of residents and visitors. However, unsustainable development and lifestyle practices are the heat island effect, and water shortages, causing potentially high costs for present and future generations. Additionally, the city of Tampa is increasingly vulnerable to the impacts of climate change. Extreme weather changes resulting in more frequent and intense storms, sea level rise, and higher, bigger, faster Tampa can transform these environmental challenges into opportunities by nature and human society. Our proposed strategy is to transform the landscape into a malleable archipelago of lush, gridded urban islands joined by landscape corridors, a ecology of the Hillsborough River and Tampa Bay, with the opportunities of each and the limitations of neither. These living urban islands are designed with many functions in mind. Of course they provide valuable and needed public space, but at the same time serve the public through stormwater management, potable stormwater drainage systems are integral features throughout the city, managing a large portion of rainwater peaks, saving costs and reducing damage to lots and overlaid with other uses such as tree nurseries, urban agriculture and community gardens. Buildings will be designed or refurbished to meet sustainable building criteria. A transition from costly space consuming automobile infrastructure to more sustainable forms of transportation such as pedestrian, potential investors, designers and users. The connections across the downtown peninsula will be strengthened through landscaping and destinations. The its end at the Bay through landscaping, urban furniture and design guidelines. The shading devices, fountains and rain gardens will serve as unifying elements and Landscape subthemes can provide variety including community garden 1 Wetlands center 3 Tampa Heights housing 4 Urban agriculture 6 Upper Westside sustainable housing 8 Green corridor 9 Recreation Bridge 13 Westbank mixed use district 16 Renaturation space 17 Bayshore renaturation project 21 Energy collectors 22 Recycling cruise ships 18 17 14 13 12 11 25 10 09 08 07 06 05 04 02 01 03 16 15 19 23 22 21 24 scale 1: 5.000 URBAN DEVELOPMENT PHASES WATERSCAPES

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Page 1: URBAN DEVELOPMENT PHASES - Genesis CEI · c b a cultural sport services education leisure water recr. ecology crurse ship waste digital grafitti bike sharing nomad restaur. tree nursery

Tampa Bay and the Hillsborough River are critically important ecosystems and vital natural resources that attract and support millions of residents and visitors. However, unsustainable development and lifestyle practices are ������������ ������ ����������������������� ����� �� ��������� ������the heat island effect, and water shortages, causing potentially high costs for present and future generations. Additionally, the city of Tampa is increasingly vulnerable to the impacts of climate change. Extreme weather changes resulting in more frequent and intense storms, sea level rise, and higher, bigger, faster � ��� ������� � ���� ������ ����������� ����� ����� ���� �������� � �������Tampa can transform these environmental challenges into opportunities by ����������� ��������������������� ��������������������������������������nature and human society.

Our proposed strategy is to transform the landscape into a malleable archipelago of lush, gridded urban islands joined by landscape corridors, a ����� ���� ������ �� ������ ��������� ������������ � �� �� ���� �� ������ ����ecology of the Hillsborough River and Tampa Bay, with the opportunities of each and the limitations of neither. These living urban islands are designed with many functions in mind. Of course they provide valuable and needed public space, but at the same time serve the public through stormwater management, potable ����������������� ������������������� ���������������� �����!����������������stormwater drainage systems are integral features throughout the city, managing a large portion of rainwater peaks, saving costs and reducing damage to ����������� � ���������������������������������������������� �������������� �����������������������������!���������������� �������������� �"����#��#lots and overlaid with other uses such as tree nurseries, urban agriculture and community gardens. Buildings will be designed or refurbished to meet sustainable building criteria. A transition from costly space consuming automobile infrastructure to more sustainable forms of transportation such as pedestrian, ������������������ ���$#� ������������������������������������� ��� � ��������� ������ ��#����������������������������������� #���������� ���������%���������� ����������������������������� �����������&���������� �������� �� ��potential investors, designers and users. The connections across the downtown peninsula will be strengthened through landscaping and destinations. The ������� ��'��������!������������������������ �������������������()*%� �its end at the Bay through landscaping, urban furniture and design guidelines. The shading devices, fountains and rain gardens will serve as unifying elements and Landscape subthemes can provide variety including community garden ����������� ��� � �#� ������ � ������� ���� � ���� ������� ��� + �� '��������!���� ������� ���� ��� ����� � ��� �������� ��� ��#� �������� �� � �� ���������� � ��� -����� -����������� "���� � ��� ����� � ������ ��� � �� %�����!����������

1 Wetlands center

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3 Tampa Heights housing

4 Urban agriculture

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6 Upper Westside sustainable housing

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8 Green corridor

9 Recreation Bridge

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13 Westbank mixed use district

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16 Renaturation space

17 Bayshore renaturation project

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21 Energy collectors

22 Recycling cruise ships

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18

17

14

13

12

1125

10

09

0807

06

0504

02

01

03

16

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19

23

2221

24

scale 1: 5.000

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URBAN DEVELOPMENT PHASES

WATERSCAPES

Page 2: URBAN DEVELOPMENT PHASES - Genesis CEI · c b a cultural sport services education leisure water recr. ecology crurse ship waste digital grafitti bike sharing nomad restaur. tree nursery

C

B

A

CULTURAL

SPORT

SERVICES

EDUCATION

LEISURE

WATER RECR.

ECOLOGY

CRURSE SHIP WASTE

DIGITAL GRAFITTI

BIKE SHARING

NOMAD RESTAUR.

TREE NURSERY

COMMUNITY GARDENS

ACQUA FARMING

URBAN AGRICULTURE

SOLAR GRILL

CHRITSMAS TREE

MARKET

AMUSEMENT PARKMUSIC

VIEWING AREAFISHING

SKATER PARK

ART CONTAINER

INFORMATION

CINEMA

ENERGY HARVESTING

GARAGE GALLERY

museumsquartier, viena

boqueriamarket, bcnsunrise ballon badeshiff, berlin

club der visionaire, berlin energy info and stationurban agriculture

picnic wearland center

urban campingriverwalk vegetation incubators moses bridge social activities

SEAL VIEWINGBOARD WALK

SPRI

NG

BRE

AK

WIN

TER

HOLI

DA

YS

A

B

C

e 400 - Years Storm - Protection and Evacuationd 100 - Years Storm - Flood zonec Annual highwater - Dry/Wet zoneb Daily highwater - Partially wet zonea River base level

Adaptation strategy - Amphibian - Development

d c b a a b c de e

"5KF}+!

*~++$*�}�}�( }+'-%!�-K*�K-$ $*~5~F(

CLIMATE CHANGE ADAPTATION

WATER CYCLES

HABITATSStrategy for Climate Change Resilience, Sustainable Stormwater Manage-ment, and Ecological Revitalization

� �� ���!�������-�� ���/0������������0:�������������/0������������

Downtown ecological stormwater management system:For a 25 year storm:

F������ ���������0:��� ��������/0�������� �� ���������� �������������F������ ���������J:��� ��������70�������� �� ���������� �������������

!>�-���� ��" ���������@:�����������/:�������� �� ���������� ��

-������������ ����������������������������������������� ��� ����� ������������������������� �������������

�����������#���������������������� ������������������cycle serves the community and ecosystem.

��� ������ �� ���� ���� ��������� ���&���� ������� ���emergency, provides recreational space, reduces the heat island effect, and manages stormwater.

A dike promenade encircles tampa downtown and functions ���������������������������������������! ���������� ���is reduced downtown through green roofs and raingardens, ������������� ��������������� ������ ��� �������������ponds store rainwater, gradually cascading into collection pools and surface canals, before being released into � ������������������������� ��������������� ��������������#���

���

���

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Climate resilient waterfront development and park space

Evacuation line at dike wall. The dike wall also serves as pedestrian and cyclist connection

Floating esplanades provide docking and are integrated with artificial reefs and oyster beds

Surface canals transport storm water and drain the area during intense storms

Retention ponds for stormwater management reduce peak flow by 20 % while also reducing the heat island effect and providing amenable public spaces

Soft edge - wetlands revitalization

Floating esplanades provide docking and are integrated with artificial reefs and oyster beds

surface canals transport storm water and drain the area during intense storms

50% of green roofs reduce peak stormwater runoff into the hillborough river and tampa bay by 25 %

Constructed reefs, wetlands rehabitation, oyster beds

soft edge - wetlands and mangroves revitalization

June August

September November

Bird migration

3

4

4

8

6

5

Re-Naturalization timing in years

SEAGRASSES

EMERGENT TIDAL WETLANDS Mangrove Forest Salt Marshes Salt barrens

OYSTER BARS

ARTIFICIAL HABITATS

COASTAL UPLANDS

FRESHWATER WETLANDS

Target Ecological Water Cycle Ratios

100% Rainfall

50% Retention -Evapo/Transpiration

40%Construction Wetlands

10%

+100%Potable Water

90% Wastewater Treatment

10% Greywater Treatment

Infiltration

Local Urban Water Cycle Ratios

0 -10% 100% Wastewater TreatmentInfiltration

+ 100 %Potable water10 - 20%

Evapo / Transpiration

100 % Rainfall

70 - 80%Storm Outflow

condensation

evaporation

precipitation

infiltration

runoff

precipitation

runoff

STITCHES

CRUISE SNIPS / WATER TAXI

SECUNDARY PEDESTRIAN

MAIN PEDESTRIAN

TRAIN

STREET CAR

IMPORTANT POINTS

SHADES

SMART GRID

TIDAL ENERGY

CRUISE SNIPS / WATER TAXI

PEDESTRIAN

WATER RECYCLING

SOLAR PANELS

WIFI

Smart GridWater recyclingDrainage ponds

Water recyclingDrainage ponds

Sustainable education and building practices

Biomass

Tidal energy

STITCHES

WETLANDS

SEMIPERMEABLE AREAS

LEVELS

TRAIN

DRAINAGE AREAS

PERMEABLE AREAS

GREEN AREAS

The former transportation corridors are converted into an interconnected landscape with sustainable infrastructure. The new Hillsborough River Renaissance "����� ;��� ��� -����� ����� "����� �� *� �� ��� "���� ���� *������ !���� "�������� ���� �� ���������� �������� ��� ���� ������ ����� ��#���� �� � �� ���peninsula with the surrounding neighborhoods. The Riverwalk and the new ;��� ���"������������ ������� ������� ��� �������������������������� ���� ���and parks. The river and bay edges will be softened and reconnected giving more space for human and habitat regeneration. The Bayshore seawall is softened creating a rich ecological park with piers and barrier islands that help �� ��� �� ����� � �� �� �� � ��� ������� ��� *� �� ��� "���� ��� ���playgrounds, wetland nursery, solar farms and rain gardens. The railroad corridor is similarly transformed by adding regional passenger rail, cycling and a pedestrian corridor that are combined with urban agriculture and recreation uses.

������������� � ���-�����-�����������"������������������������ ���}�reaches and connects the districts. Ecological steps will be taken to repair the river ecological system from its origin to the Bay. Education, water conservation, �� � ����!K�!��!������������������������������������������� �� ���������emissions are important to restoring the vitality and resilience of this natural ��� ����������������� ���������������������� ���� ������� ���������������through downtown to the bay at the river level. The city fabric stretches above and connects at the bridges. These points are points of density where both systems are connected.

The park celebrates the natural and dynamic relationship between water and coastal wetland, and invites the Tampa to explore, play, and learn. The daily tidal rhythms and dry and wet seasons are experienced in the park’s rain gardens, � �������� ��������" �� ��� ��������������� ������������������ ���������under the bridges, or provide portholes for glimpses into underwater ecosystems and renaturation measures. The park nurtures the fragile ecosystem and manages rainwater, while also defending the city from water’s more destructive tendencies. "���� �������� ���� � ������ ���� ������ � �� � ��� ������ �� ��� �� ����evacuation for more than a 400 year storm, ensuring that Tampa stays dry and safe.

On the water, the central design element in this river park is a modular � �������������<���������������� ����������K��������� ��������������%����������������*;������� ������������������� ����������� ������ �� ����������� ����� ������������ � ��������������������}������� ��������� ����������������� ����������� �������� ����������������� ����������������������������� ����� ���� ������� ������ ���� ��� �������� ��� � ������ �� ������ ����#����������� �������� � ����� ��������� ������� � �������� ����� �����������swimming and educational barges.

We hope these measures will help make Tampa a more livable, safe, and �������������������� ������������&����������������������� ������������privileged to share.