Library

Article describing the causes of wood decay and moisture issues.

Article from Stephen L. Quarles on fire resistant decking design and materials recommendations.

Guidance document on deep energy retrofits.

Article from The Home Energy Community of Practice on designing energy efficient homes in hot climate zones, including home orientation, window location, and roof design considerations.

Information about dense pack, cellulose insulation.

Report covering the rainwater performance of building assemblies.

The objective of this research was to quantify the field performance of wood-frame walls clad with a variety of common claddings in a mixed-humid climate.

Report on problems and solutions with EIFS stucco wall cladding systems.

Web page providing an overview of window coverings such as blinds, shades, shutters, films, and storm windows.

Website from the U.S. Department of Energy providing consumers with information on saving energy and using renewable energy technologies.

Brochure providing information on the design of the EPA Region 8 headquarters in Denver, CO.

Guidance documents describing Erosion Control Blankets (ECBs) use as a construction material that provides temporary cover and support for establishing vegetation on bare soil. ECB holds topsoil and seed (typically grass) in place to minimize erosion during germination of seed.

Information sheet with details on a building enclosure designed for Albuquerque, NM, as an example for building enclosures built for hot-dry and mixed-dry climates.

Information sheet that summarizes Insulated Concrete Form (ICF) construction including advantages and disadvantages of this construction strategy.

Report that demonstrates the durability, constructability, and cost-effectiveness of the extended plate and beam (EP&B) wall system for new construction housing projects in compliance with the International Energy Conservation Code, addressing moisture risk management and high-performance envelope...

Fact sheet describing the Extended Plate Wall (EPW) a system that incorporates a 2-inch layer of foam plastic insulative sheathing within the framing for top and bottom plates, streamlining air sealing, window and door installation, weather resistive barrier application, and cladding attachment for...

An example of a commercially available thermally expansive fire stopping product for controlling the spread of fires in a rainscreen cavity.

Summary document describing flood resistant building materials and some tips for building flood resistant walls.

Technical bulletin describing a set of standards for building materials able to withstand flood waters as needed with wet floodproofing.

Document describing ASCE 24-14 Flood Resistant Design and Construction changes and highlights, on topics including siting, materials, performance, and utilities.

Report on the field evaluation of whole-building approaches and estimation of the relative contributions of select technologies toward reducing energy use related to space conditioning in new manufactured homes.

Guidelines from the University of California Cooperative Extension on how fires spread, how homes typically burn, and what homeowners can do to prepare their homes for wildfire season.

A guide for designers, architects, engineers, and fire experts on how to design rainscreen and ventilated cavities such that they don’t contribute to the spread of a fire.

Webpage from FireSafe Marin explaining the vulnerability of different deck setups and materials.

Article from CAL FIRE on fire-resistant landscaping to mitigate ignition of homes.

List of guidelines for plants and their fire resistance from FIRESafe Marin.

Wildfire construction guidelines from the Colorado State Forest Service focusing on site design and building materials to mitigate damage to homes in wildfire-prone areas.

Article describing five fundamental changes to building construction from the last 50 years and their modern construction consequences.

Research report assessing the moisture and cooling load impacts of airtightness and mechanical ventilation in homes in hot-humid climates.

Guide from Building Science Corporation on how to construct a flood and hurricane resistant home.

Detailed information about Formaldehyde including health effects and strategies to reduce exposure.

Checklist providing recommendations for the right tape in order to reduce the risk of leaks during storms with wind-driven rain.

Article describing the fundamentals and basics of glazing hazard mitigation practices for both new and existing buildings.

Standard describing GREENGUARD Emission Criteria for use with GREENGUARD Certification Program for Low Emitting Products.

Report focuseing on dynamic window and opaque envelope technologies for GEBs, including electrochromic glazing, automated attachments, and thermal storage.

Document that gives a step-by-step approach for designing attachments for cladding materials through foam sheathing.

Guide describing the requirements by FORTIFIED Home™ for improving the home's resistance to high wind and hail.

Brochure describing advanced framing techniques.

Article from NREL on wall construction guidelines for homes in hot climate zones.

Report containing 37 fact sheets that provide technical guidance and recommendations concerning the construction of coastal residential buildings.

A guide that summarizes building materials and design considerations for increasing wildfire-resistivity of homes in areas that are prone to wildfires.

A starting point for ballparking and comparing the cost of different siding materials and a brief overview of the pros and cons of different siding materials.

Article summarizing for potential homeowners items to check or demand from the builder in designing a home for a cold climate.

Article describing how omission of two small but critical wall details, a kick-out flashing and a weep screed, lead to extensive water damage to a wall.

Factsheet describing proper methods for installing vinyl siding and soffit coverings in high wind and coastal areas.

Checklist for verifying FORTIFIED levels and documentation needed.

A structural insulated panel (SIP) roof has no embedded lumber in the structure, and therefore nothing substantial for attaching PV array and solar hot water mounts. Single or double lumber splines could be put into the panels, or I-joists at 4-foot intervals could be added.

Factsheet describing the importance of building enclosures and their impact on energy efficiency.

Article outlining the casuses and solutions for ice dam problems.

Wildfire guidance for homes located in the wildland urban interface, focused on site design and individual pieces of the home.