Indifference towards people and the reality in which they live is actually the one and only cardinal sin in design.
– Dieter Rams
resilience: a capability to anticipate, prepare for, respond to, and recover from significant multi-hazard threats with minimum damage to social well-being, the economy, and the environment.
– U.S. Climate Resilience Toolkit
As recent hurricane seasons remind us, new global weather patterns continue to wreak havoc at an alarming pace on our neighborhoods and the environment. For thousands of Americans, these storm patterns have caused large scale damage and humanitarian disasters that have had long lasting impacts on communities large and small.
As landscape architects, these issues of resiliency and stormwater management are at the forefront of our thinking. We must rethink new, innovative ways of designing for these large scale, pressing ecological and climatological issues that our planet faces. Our landscapes are in crisis—much of which has been accelerated by human activity. In considering the future of campus design, these issues of resiliency are at the forefront of university campus planning and design. Consider the possibility that this educational typology of landscape design could become a forum for learning and engagement while restoring the environment and creating engaging and unique places just to hang out.
A Holistic Approach to Designing for Resiliency
We must craft resilient designs that will not only enrich the living and working experiences for campus communities, but also prepare colleges and universities to anticipate and respond to an uncertain climate future. Our firm is focused on understanding the science of resiliency and utilizing that as the foundation of the tapestry that is landscape architecture. This integration of science with the social and cultural art of landscape architecture is our challenge—to partner with universities to create learning environments that will thrive for decades to come.
The primary purpose of the Park is to provide the best practicable means of healthful recreation, for the inhabitants of the city, of all classes. It should have an aspect of spaciousness and tranquility, with variety and intricacy of arrangement, thereby affording the most agreeable contrast to the confinement, bustle, and monotonous street-division of the city…The Park is intended to furnish healthful recreation for the poor and the rich, the young and the old, the vicious and the virtuous, so far as each can partake therein without infringing upon the rights of others, and no further.
In their interview during the PPN meeting, Chris and Lane referred back to this founding mission and explained that restrained adaptation has always been essential to fulfilling the Park’s historic mission of remaining broadly accessible to the public.
Thirty-four education sessions that took place during the ASLA 2018 Annual Meeting and EXPO in Philadelphia are now available on the ASLA Online Learning website, learn.asla.org. The recorded sessions’ topics range from climate adaptation and design solutions for dealing with fires and landslides to starting your own landscape architectural firm and storytelling for designers.
ASLA Online Learning offers both live online presentations throughout the year and more than 200 recordings for Landscape Architecture Continuing Education System™ (LA CES™)-approved professional development hours (PDH). ASLA member prices are discounted at least 75% below non-member prices—log in using your ASLA username and password to get the member discount.
The 2018 education sessions that have been added to the ASLA Online Learning library are:
Augmented intelligence (AI) is disrupting the complexity where designers thrive. A new era of collaboration enables shift from data overload toward data sensibility. How will capitalizing on augmented intelligence affect your practice? Your productivity? Geodesign, a unique AI, provides distinctive opportunities—learn from practitioners successfully navigating this shift.
Speakers: Kelleann Foster, ASLA, The Pennsylvania State University; James Sipes, ASLA, Sand County Studios; Jesse D. Suders, McCormick Taylor, Inc.
Landscape architects face pressure on projects to use building information modeling, or BIM, software for their designs. Risks are numerous, but advantages can be significant. Learn how one landscape architect made BIM work for her as a sole proprietor and hear answers to common questions about firing up BIM.
Water conservation is an important topic in landscape architecture, as its professionals are stewards of the built and natural environment for society. Without a balanced water supply, drinking water, sanitation, ecological balance, and safety cannot be secured for our existence. Thus, when we speak of water conservation, what we really mean is freshwater or domestic water conservation.
Furthermore, some of the areas of water conservation discussed below are not only about water quantity conservation, but also water quality conservation in our natural surroundings. The adage “an ounce of prevention is worth a pound of cure” is true in water conservation in the sense that not only does saving and using less water in landscapes reduce the quantity of water consumed, but it also prevents poor quality water for reuse or filtering site water from being reintroduced into the environment and conserves existing precious clean freshwater for domestic uses and for habitats.
When a site is altered from its natural or previously disturbed state, the patterns of rainfall runoff and infiltration are also altered. Natural areas that were once reliant on ample infiltration can be deprived of recharge from paved and developed sites by sealing off underground soils from the atmosphere or just by increasing the velocity of water movement across a site such that runoff does not have time to infiltrate. High velocity, unmitigated stormwater flow can cause erosion of valuable land areas, transport sediment that could fill in and cause eutrophication of natural water bodies, cause damage to sites and structures downstream, and serve as a massive heat exchanging liquid as rain falls on, passes across, and carries away the latent heat trapped in urban pavement—polluting otherwise ecologically-balanced freshwater supplies and habitats.