Victor Schinnerer’s most recent quarterly report has some interesting commentary on the increased risk that the new LEED Accredited Professional (“LEED AP”) program may be creating for professionals that participate on LEED projects. Specifically, on page 4, the report notes that the new LEED AP program, which divides LEED APs into three tiers of increasing expertise, from LEED Green Associate, to LEED AP with specialization, and up to LEED AP Fellow, “has significantly changed the value of the program and the risks to [the] program’s participants.” However, although the report acknowledges that “[m]embers of the upgraded LEED AP [Fellow] program now will face a higher standard of care for their services,” it also states that “[c]urrently this increased exposure is a manageable risk. Current claims information does not indicate a need for additional insurance premiums to cover the exposure created by the higher standard of care.” I think that this latter point is critical- as I wrote previously here at GRELJ, most professional liability insurance policies contain an exclusion for assumptions of liability that are not imposed by law (i.e., because the LEED AP Fellow designation implies that the design professional will perform at a higher level than the prevailing common law standard, the design professional may not be covered for any resulting claims of negligent design services arising out of disputed green design services). It seems to me that if the LEED AP fellow designation implies a higher standard of care than is prevalent in the industry, this type of form exclusion would come into play. Accordingly, I am very curious to see if there is any reaction from insurance industry professionals on this crucial issue.
Tag Archives | green building standard of care
Green roofs have been a part of building for over a thousand years. The current green building movement has, however, had the greatest impact on the growth of the green roofing industry. A green roof is commonly defined as a roof that consists of vegetation and soil, or a growing medium, planted over a waterproofing membrane. There are two basic types of green roofs: (i) an extensive roof, which has a few inches of soil cover; and (ii) an intensive roof that has two feet or more of soil for a variety of grass, trees, bushes and shrubs. Green roofs are used in a multitude of buildings, including industrial facilities, commercial offices, retail properties and residences. The benefits of a green roof include reduced storm-water runoff, absorption of air pollution, reduced heat island effect, protection of underlying roof material from sunlight, reduced noise, and insulation from extreme temperatures. A green roof can thus be a critical design element for a green building. As more properties across the country are attempting to obtain LEED certification, it is worth noting that a green roof can help a property obtain over a dozen LEED credits, including credits for reduced site disturbance, landscape design that reduces urban heat islands, storm water management, water efficient landscaping, innovative wastewater technologies and innovation in design. The increase in green roofs and the green building movement is also resulting in an increase in liability resulting from errors in the design, installation or maintenance of green roofs. As a result, owners, design professionals and contractors should carefully consider ways to mitigate the potential risks involved with building a green roof.