231
© Springer Nature Switzerland AG 2021
P. B. Roös, Regenerative-Adaptive Design for Sustainable Development, Sustainable Development
Goals Series, https://doi.org/10.1007/978-3-030-53234-5
Appendix 6
Regenerative-Adaptive Patterns: Application
to the Town Anglesea
Twelve Regenerative- Adaptive Patterns of Anglesea
The 12 regenerative-adaptive patterns of Anglesea include the following:
• Regenerative-Adaptive Pattern [1]: Adaptive Built Environments - includes considerations of
adaptive potential of buildings and infrastructure;
• Regenerative-Adaptive Pattern [2]: Protect Nature’s Adaptive Capacity - considers the adaptive
capacity of local natural systems, assists in the ability to adapt;
• Regenerative-Adaptive Pattern [3]: Nature’s Work as a Continuous and Reciprocal Interactions allows life support functions to be processed through conversion, distribution, filtration, assimilation and storage with interaction throughputs;
• Regenerative-Adaptive Pattern [4]: Optimisation and Multiple Functions - inclusion of multiple
functions and outcomes for systems to optimise resilience ability;
• Regenerative-Adaptive Pattern [5]: Aggregate not Isolate, Integrate rather than Segregate - integrate all parts to fix connections, aggregate to assist the inclusion of symbiotic relationships to
promote regeneration;
• Regenerative-Adaptive Pattern [6]: Self- Regulation and Feedback Loops - include self-regulation
of positive and negative feedback loop systems in processes;
• Regenerative-Adaptive Pattern [7]: Produce no Waste, Recycle and Assimilate - make use of all
inputs and outputs for a closed loop or net positive system;
• Regenerative-Adaptive Pattern [8]: Conversion of the Solar Income - include passive solar systems
for energy, heating and cooling, thermal storage and conversion;
• Regenerative-Adaptive Pattern [9]: Scale Linking to Facilitate Flow - shaping the medium to facilitate flow, scale linking for support of maximum function at the smallest scale;
• Regenerative-Adaptive Pattern [10]: Storage as a Key Resource; for Energy, Water and Materials maintaining adequate storage by balancing the replenish rate with the rate of use;
• Regenerative-Adaptive Pattern [11]: Valued Renewable Resources and Services - use and value
existing natural, renewable resources for energy and biological services; and
• Regenerative-Adaptive Pattern [12]: Human - Nature Connections for Healthy and Prosperous
Environments - the application of Biophilia strategies and designs to create healthy environments
for both humans and nature.
© Springer Nature Switzerland AG 2021
P. B. Roös, Regenerative-Adaptive Design for Sustainable Development, Sustainable Development
Goals Series, https://doi.org/10.1007/978-3-030-53234-5
Appendix 6
Regenerative-Adaptive Patterns: Application
to the Town Anglesea
Twelve Regenerative- Adaptive Patterns of Anglesea
The 12 regenerative-adaptive patterns of Anglesea include the following:
• Regenerative-Adaptive Pattern [1]: Adaptive Built Environments - includes considerations of
adaptive potential of buildings and infrastructure;
• Regenerative-Adaptive Pattern [2]: Protect Nature’s Adaptive Capacity - considers the adaptive
capacity of local natural systems, assists in the ability to adapt;
• Regenerative-Adaptive Pattern [3]: Nature’s Work as a Continuous and Reciprocal Interactions allows life support functions to be processed through conversion, distribution, filtration, assimilation and storage with interaction throughputs;
• Regenerative-Adaptive Pattern [4]: Optimisation and Multiple Functions - inclusion of multiple
functions and outcomes for systems to optimise resilience ability;
• Regenerative-Adaptive Pattern [5]: Aggregate not Isolate, Integrate rather than Segregate - integrate all parts to fix connections, aggregate to assist the inclusion of symbiotic relationships to
promote regeneration;
• Regenerative-Adaptive Pattern [6]: Self- Regulation and Feedback Loops - include self-regulation
of positive and negative feedback loop systems in processes;
• Regenerative-Adaptive Pattern [7]: Produce no Waste, Recycle and Assimilate - make use of all
inputs and outputs for a closed loop or net positive system;
• Regenerative-Adaptive Pattern [8]: Conversion of the Solar Income - include passive solar systems
for energy, heating and cooling, thermal storage and conversion;
• Regenerative-Adaptive Pattern [9]: Scale Linking to Facilitate Flow - shaping the medium to facilitate flow, scale linking for support of maximum function at the smallest scale;
• Regenerative-Adaptive Pattern [10]: Storage as a Key Resource; for Energy, Water and Materials maintaining adequate storage by balancing the replenish rate with the rate of use;
• Regenerative-Adaptive Pattern [11]: Valued Renewable Resources and Services - use and value
existing natural, renewable resources for energy and biological services; and
• Regenerative-Adaptive Pattern [12]: Human - Nature Connections for Healthy and Prosperous
Environments - the application of Biophilia strategies and designs to create healthy environments
for both humans and nature.