The following links contain ideas and tips on mitigating your home or business from the affects of future disasters.
Rising Above the Rain: One Family’s Decision to Elevate Saves Heartache Again and Again
In June of 2003, Chuck and Beth Welsch’s Monticello, Iowa home lay in shambles. Several weeks of heavy rain had swelled the normally tranquil Maquoketa River out of its banks and pushed several feet of water into their three-bedroom house. The volume and force of the water shifted the house, collapsed the basement walls, and left it unlivable.
“We had a pretty strong amount of water coming in from one direction, shifting, and coming in from around the back,” Beth Welsch recalled. “It was just more than the foundation could take.”
After days and weeks of cleaning up, the time came for the family to make the difficult decision of whether to rebuild and where.
“The house was built in 1972 by my dad so it has a lot of sentimental value,” Welsch said. “We liked our location, so we went ahead with rebuilding.”
But the family decided there would be changes. What they didn’t know at the time was that those changes would end up paying huge dividends down the road.
The family used a U.S. Small Business Administration low-interest disaster loan to start the process. They had the foundation and basement filled in and moved the house, complete with a newly poured concrete basement, a little further up a small hill on their property. They raised the height of their basement by 2 feet, forcing their first floor higher as well.
“When we talked about pouring a new foundation, we went with thick walls and Steve Ludwig, president of the company we used, asked us if we wanted to sit a few feet higher,” Welsch explained.
Looking back, Steve Ludwig, president of Worthington-based Greiner Construction, said the higher basement just made sense.
“It seemed like a good idea. It just set the first floor a little higher in case there was ever another situation like this again,” Welsch said.
Turns out, there was – twice.
In 2008, when much of Iowa was soaked with record amounts of rain, the Maquoketa left its banks again. This time, the Welsch home was left high and dry.
“It was like a little island,” Welsch said.
Welsch said if the house had been rebuilt in its original location at the same height, water would have ruined the basement and first floor.
And just two years later, in July of 2010, following the collapse of an upstream dam on Lake Delhi, the swirling water of the Maquoketa came racing toward them again.
“It was a shock to even think that water could actually be there again,” recalled Welsch. “We watched the water come up. At that point there is not a lot you can do. We were putting a marker down and watching the grass go away and the grass go away and the next thing you know you are using a boat to go back and forth from the house.”
Inside the house, water had filled the entire basement and crept up the stairs to the first floor as the river crested at the highest level the couple had ever seen. Amazingly, Welsch said the first floor was dry.
“We went in and the water was just lapping into the kitchen. It wouldn’t have taken another half-inch or two to cause significant damage. It is amazing to think what raising the house two feet did for us,” Welsch said.
According to estimates by the National Flood Insurance Program, the Welsch’s decision to elevate their home could potentially have saved them $52,000 in damage. Research shows that two feet of water can cause upwards of $26,000. The family escaped major first-floor damage in two separate events.
“This is a perfect, real-life example of how mitigation works,” said Beth Freeman, Regional Administrator of FEMA’s Region 7 Office in Kansas City, Mo. “It shows not only huge personal savings to the homeowner, but on a larger scale, it reduces the recovery burden on local governments and taxpayers. We’re not seeing money repeatedly poured into the same property flood after flood.”
While the Welsch’s reaped the benefits of a major mitigation technique, there are other low-cost efforts that can prove just as successful.
Bob Bissell, director of FEMA’s Mitigation Division in Region 7 says there are dozens of relatively inexpensive ways citizens can mitigate against future damage from all disasters, whether repairing, rebuilding, or building new.
“Raising electrical outlets, furnaces, or air conditioning units can reduce future damage, and simple steps like adding weather-stripping or cleaning out your gutters and downspouts can make your home more disaster-resistant,” Bissell said.
The Welsches plan to take some of those steps too in order to add an extra layer of protection. Their outdoor air conditioning unit will be on a 2-foot pedestal and the furnace downstairs will be elevated.
“If you have the means to (elevate), do it, absolutely,” Welsch recommends. “If we had not raised the basement we would be, I’m ninety-nine percent sure, just walking away.”
12 Mitigation Ideas Under $50
Repairing damage after a disaster can be expensive. In cases of severe
damage, the costs can be staggering.
However, many projects can be done for little or no money. Most can make a big difference in the next disaster and provide the extra bonus of lowering utility and home-maintenance costs year-round.
Here are some ideas:
1. Cut it short.
When floor-level water meets drywall, it wicks up into the wallboard, which can lead to mold if left untreated. So when replacing drywall, create a small buffer zone by leaving a 1/2-inch to 1-inch gap between the bottom of the drywall sheeting and the top level of the floor. If adding carpeting, be sure the gap is above the carpeted level. Cover the gap with baseboard.
Cost: Free for this technique. Drywall and baseboard costs separate.
Benefits: Quicker, easier and cheaper cleanup in cases of low-level floods or common everyday spills, like liquids in a kitchen or bathroom.
2. Power up.
Raise electrical outlets. Check first to see what local codes allow, but most don’t have restrictions on the height of an outlet above the floor. Consider moving outlets up at least 1 foot above the minimum flood level or 24 inches above floor level.
Cost: Free, if done after drywall has been removed. If drywall is still in place, costs can vary.
Benefits: Helps keep water from seepage or a low-level flood from infiltrating and damaging an electrical receptacle, which can cause damage to an electrical system and usually requires an electrician to repair or replace.
3. Show your numbers.
Add visible address numbers to a house exterior and to the street curb or mailbox. Though it seems like a small task it will make a difference if there is an emergency, especially if occupants need to be rescued. Large numbers are best. Consider visibility (color, design, etc.) when choosing. Check local building codes and homeowner association or subdivision covenants for compliance requirements.
Cost: Most numbers sold at home-improvement stores are 4 inches tall and cost about $2 each. Larger numbers, depending on style and size, range from $5 to $10 each.
Benefits: Missing or barely visible address numbers can cause delays for emergency responders, especially during a disaster. The larger the numbers, the easier they are to see at night or during bad weather. After a disaster, a visible address helps inspectors locate damaged property.
4. Put on a strip.
Install weather stripping on outside doors and windows to help seal out air and even water. Weather stripping should seal well when a door or window is closed. With doors, a space as small as 1/8-inch between a standard exterior door and its threshold is equivalent to a 2-square-inch hole in a wall. Closing the gaps can save up to 15 percent in heating and cooling costs and can help minimize the intrusion of low-level water.
Cost: Weather stripping supplies and techniques range from simple to complex but most are easily installed as do-it-yourself projects. Costs range from less than $5 for a 1-inch x 7-foot white vinyl piece to $11 for a ¾-inch x 1-foot aluminum and vinyl adjustable door set.
Benefits: Relatively easy to install, effective, durable, comes in a variety of colors. Vinyl stripping holds up well and resists moisture. Metal stripping lasts for years. Both are affordable.
5. Turn on the radio.
Buy a NOAA Weather Radio All Hazards to get advanced warning of weather emergencies from the nearest National Weather Service office. Radio broadcasts include such information as watches and warnings for heavy rains, flash flooding, severe thunderstorms, hurricanes, extreme heat/cold, creek and river rises, and other hazards. Information is broadcast, as needed, 24 hours a day, seven days a week.
Cost: Prices range from $20 to $200, depending on the model and features. The radios can be purchased at retail stores that sell electronics, some drug stores, through mail-order catalogs or via the Internet.
Benefits: Provides early warning to save lives and protect property, (i.e., moving, securing, raising or evacuating valuable items). Portable. Can run on AC power or batteries. Inexpensive enough to have more than one (house, office, cabin, car, boat, etc.).
6. Caulk it up.
Use caulk to seal all exterior openings, such as holes where wires, cables and pipes enter or exit a structure (winds of 74 mph can blow water up a wall about 4 feet). Once only available in polyurethane and silicone forms, caulk now comes in many non-toxic varieties that are specifically designed for a number of different home-repair jobs.
Cost: All-purpose caulk, suitable for most jobs, is less than $2 a tube; for doors and windows, less than $10 a tube.
Benefits: Makes a daily difference by helping to prevent heat loss around windows and doors. In severe storms, a well-sealed exterior helps to keep out wind-driven rain and overland flooding. A small opening can allow enough water in to fill interior cavities or walls. Some caulks are designed for use in high-moisture areas. Caulk can be used indoors or outdoors; some types can last up to 20 years.
7. Well … cover it.
Add a clear plastic cover over exterior window wells to help keep out debris, leaves, animals and excess water – both from the window cavity (well) and a structure’s interior. Most covers are made from a poly-carbonate plastic and specially designed for window-well areas.
Cost: Prices vary, depending on size and style, but most range from $15 to more than $50 each. Available at most local home-improvement stores.
Benefits: Weather resistant. Generally not affected by sunlight or temperature extremes. Easy to install and relatively maintenance free. Many can be customized to fit openings of special sizes and/or shapes.
8. Gut your troughs and downspouts.
Keep gutters and downspouts clear of leaves, twigs and sediment buildup so water flows freely down and out. Composition roofs are known to shed shingle granules that can lead to silt buildup. Gutter clogs accelerate rust and often force water to spill uncontrollably over the edges and down onto foundation walls. From there, water can leak into crawl spaces or basements instead of properly draining away from a structure. Consider installing mesh leaf guards over gutter tops to minimize debris buildup. Thoroughly clean the entire system at least twice a year, especially before rainy seasons and in the fall when leaves, limbs and other debris might cause problems.
Cost: Free, if gutters and downspouts are routinely maintained. If gutters get clogged, scoop out debris and flush with water until free-flowing from the end of downspouts.
Benefits: Well-maintained gutters and downspouts can double or triple the life of a roof drainage system, can keep water from getting inside a structure and can prevent ground saturation around the foundation which can also lead to water leaking into the interior.
9. Elbow a way around.
Add an elbow or drain sleeve to the bottom of downspouts to help divert water away from a structure. Elbows can come in aluminum or flexible heavy plastic tubing and are made to fit round or square downspouts. The flexible variety is especially good if water needs to be diverted some distance away from a structure.
Cost: Aluminum elbows start at about $4 each; metal about $6 each. Flexible gutter elbows (heavy plastic tubing) range in size from 8 to 18 inches. Costs start at $4.
Benefits: Keeps rainwater from eroding foundations and from finding it way into crawl spaces or basements.
10. Block that splash.
Place splash blocks directly under the lower end of a downspout to stem soil erosion and divert water away from a structure. Choose blocks large enough to handle the volume of water that could come through a downspout in a heavy rainstorm. Also, place the block high enough and at enough of an angle to divert water at least 3 feet from the foundation
Cost: Plastic or fiberglass splash blocks range from $5 to $10 each. Concrete splash blocks average about $15 but can run as much as $45, depending on the size.
Benefit: Saves damage to a structure’s foundation and helps to keep water from channeling under ground (below slabs, for example) and through to the interior.
11. Shape up and out.
Landscaping is an effective, easy way to keep overland water at bay and make a property more attractive. Add fill dirt with a binding material like clay around a foundation and angle it away from the structure. Cover with low-growing vegetation or ornamental materials, such as shredded bark or lightweight lava rock. Avoid heavier rock or landscaping gravel, unless required for drainage, to keep it from flying around in a high-wind event and causing damage. Don’t plant vines that grow up exterior walls. Certain vines can break mortar or open cracks in siding which allow in moisture or insects.
Cost: A 50-pound bag of wood bark or mulch will cost about $15. Or, sometimes communities offer mulch from large-scale tree removal projects that’s free for the hauling. The amount of bark required will depend on the coverage area. Many low-growing, spreading plants can be purchased for less than $50.
Benefits: Helps keep overland flooding from reaching a foundation and leaking inside. Foliage helps hold soil in place, naturally enhances drainage and increases curb appeal.
12. Go green.
Plant trees to add color, create visual interest, help stem erosion, and improve water and air quality. Be smart about what and where trees are planted, taking care to keep them far enough from structures that they don’t pose a danger in high-wind events. If needed, consult a tree professional for planting tips.
Cost: Prices vary depending on tree species, age and size but good deals do abound. For a $10 membership, the Arbor Day Foundation will send 10 seedlings chosen for your geographic area. Check the foundation’s tree store for more sizes and varieties by going online at www.arborday.org.
Benefits: Can provide shelter and shade from weather extremes, contribute to a healthy environment, attract wildlife and help fight global warming. Can increase house values up to 15 percent. Also, planting the right trees in the right places can reduce annual heating and cooling costs by as much as 30 percent.
Elevating Your Home
Elevation Can Keep a Structure High and Dry
Elevation means raising a structure so that the lowest floor is at or above the base flood elevation – the minimum level at which a flood has a 1 percent chance of occurring in any year. A new foundation is put under the elevated structure and stairs or landings then are built to provide access to the main floor.
When a structure is properly elevated, the living area will be above all but the most severe floods.
To decide whether elevating a structure is a good idea, consider these factors:
What is the risk of another flood impacting the structure? Properties in a Special Flood Hazard Area (SFHA), commonly referred to as a “100-year floodplain,” usually have a greater chance than others of being impacted. The term “100-year flood” really means that there is a 1 percent chance of a flood occurring in any year. A “500-year flood” has a .02 percent chance of striking in any year.
What kind of flooding could impact the structure? Take into account the potential water depth, the velocity of floodwaters (how fast they move affects the damage potential) and the frequency of flooding in the area.
What level of protection is needed? Should the elevation protect against a 1-percent flood, a .02-percent flood or some other level?
How long might floodwaters remain before receding? The longer the exposure, the greater the damage.
How would floating debris impact the structure?
Once these questions are answered, check with local building authorities to find out what is required or allowable by local or state codes and ordinances. This answer will determine, in large part, what can and can’t be done.
Next, check with a few qualified contractors who have previously done this type of work to determine what’s involved in elevating an existing structure, or building a new, elevated structure and the associated costs.
In some areas, local ordinances may require that a structure be elevated if it has sustained substantial damage (50 percent of the building’s pre-flood market value) from any cause, or if substantial improvements costing 50 percent of a building’s market value, are going to be made. Local officials will determine whether a structure fits either of these categories.
Elevating a structure can have the following benefits:
- The structure is compliant with a community’s local floodplain ordinance, which enables residents to purchase flood insurance.
- The flood risk to a building and its contents is reduced, thereby eliminating the need to move vulnerable items above the water during flooding, or losing contents altogether.
- Flood insurance premiums are reduced.
An additional benefit is that the existing lot often is adequate in size, enabling an elevation to occur without having to purchase additional land — a factor that may be required to accomplish other types of mitigation.
The Federal Emergency Management Agency (FEMA) offers a free publication, Above the Flood: Elevating Your Flood-Prone House (Pub# 347), that explains how to elevate a house. Download a copy online, or order a hard copy by calling 800-480-2520.
Fortifying from the Inside Out
Protecting the inside of your property from potential flood damage
Fortifying the outside of a structure to keep rain, wind and water from getting inside is essential to avoiding big-ticket damage or costly repairs.
It’s equally important to protect the inside. Repair costs can add up quickly here as well. However, an investment up front can save a lot of time, work and money later if disaster should strike.
Here are some ideas to better protect a structure from the inside out:
- Consider foregoing wall-to-wall carpeting. Instead, use one or more rugs or carpet remnants for a floor covering. Smaller pieces can be rolled up and stored on an upper floor in a heavy rain event.
- Completely dry subflooring before laying new flooring.
- Do not use laminate flooring on top of concrete – predominantly in a basement – where the floor could retain moisture or get wet.
- Install a sewer backflow valve to temporarily block drain pipes and prevent sewage from backing up into the house.
- Install a sump pump in the basement floor to help keep groundwater from entering a structure. Sump pumps are used to remove water from basements and other low areas. Consider choosing a model with a battery backup so that it continues to work if the power goes out.
- Raise wiring and electrical components – panel boxes, switches, outlets – at least 1 foot above the Base Flood Elevation (BFE). For those who are not in a designated floodplain, consider raising these components an extra foot above the level required by building codes. For help in determining the BFE and/or to which heights these components can be raised, check with local building officials.
- Choose wire rated for underground use if it has to run into areas that could get wet.
- Ensure that all junctions are in approved junction boxes. Upgrade all outlets to a style that includes Ground Fault Interrupters.
- Raise electric baseboard heaters above the BFE.
- Hire a licensed electrician for all wiring projects. Be sure that the work is properly permitted and approved by the local building department.
Elevate appliances such as water heaters, furnaces, washers and dryers. When possible, move them from a basement or lower level to an upper floor. Otherwise, relocate appliances on a masonry or pressure-treated lumber base that’s at least 1 foot above the BFE (or at least 6 inches tall if there is no BFE). Make sure washers and dryers will not vibrate off the platform during use. Hire a licensed contractor when plumbing or electrical changes are needed.
- Wash and disinfect studs and sills if the drywall and insulation have been removed. Give the studs and sills plenty of time to dry before hanging new drywall. Use a moisture meter to be doubly sure.
- Cut drywall so that it is 1/2 to 1 inch off the floor, especially in basements. Concrete floors commonly absorb ground moisture – particularly in winter months. That moisture can wick up the wallboard if it’s touching the floor, allowing mold to grow out of sight within the walls. Hide the gap with wooden or vinyl baseboard.
- If greenboard or other moisture-resistant drywall got wet, replace it. These materials can present the same health hazards as regular drywall when soaked with floodwaters.
Protecting Flood-Damaged Structures
How to Better Protect Flood-Damaged Structures
After disasters strike, the first big chore many survivors face is digging in and cleaning up their damaged houses and businesses.
Next comes the task of repairing, rebuilding or building anew. This stage provides a perfect opportunity to incorporate disaster-resistance measures that can be put in place from the ground up and the outside in to help reduce or prevent possible future damages.
Before beginning exterior work, be sure to have a means to provide temporary protection (i.e. tarps, plywood, etc.) that will keep out weather
elements and avoid interior damage if the project lasts several days. Don’t forget to check local code and permitting requirements before beginning any work.
Here are a number of ideas to help protect structures from floods, severe storms and high winds:
High winds and hail are common causes of roof damage. Failing to properly secure a roof also can mean that water may leak or blow into a structure during severe storms. To better withstand the pressures that high winds can put on a structure, make a strong connection by:
- Ensuring the roof deck is properly fastened to the rafters or trusses that support the deck. A qualified roofer should know the proper nail weight and spacing.
- Attaching roof rafters to the walls with metal connectors to tie the structure together to help resist wind uplift. This is best done when new sheathing and shingles are installed. It’s a good idea to go further and tie the structure to the foundation as well to fortify the entire structure.
- Installing a waterproof underlayment beneath shingles.
- Securing shingles on composition roofs with six nails per shingle.
- Ensuring that flashing is made of a corrosion-resistant metal and securely attached to the structure.
- Fortifying gable roofs by bracing the end wall of the gable. This can be added fairly easily, but have a contractor do it to ensure the bracing is properly designed and attached.
- Keeping gutters clean and clear. Consider adding metal screens to help keep leaves, twigs and other debris from landing in the gutter and restricting water flow. Be sure to check the gutter/downspout connection for clogs as well.
Walls & Foundations:
A strong connection is not just important at the top, but all the way to the
bottom as well. Make this connection by:
- Tying one floor to another with a continuous strap nailed on the outside on the wall or with a floor-tie anchor nailed to the inside of the wall.
- Securing the structure to the foundation with connectors nailed to the studs and bolted into the concrete – again, to help the structure resist wind uplift.
- Repelling water by adding a waterproofing membrane around the foundation (this will require siding removal).
- Sealing all exterior openings, such as holes where wires, cables and pipes enter or exit a structure (winds of 74 mph can blow water up a wall about 4 feet).
- Installing a French drain at the base of the foundation – either around the full perimeter of the structure or in areas that frequently flood. French drains refer to a trench in which a drain pipe is laid; traditional versions are a trench filled with gravel. Ensure that the drain has a method for diverting water away from the structure (not towards someone else’s) to a storm drainage system, retention pond or some other source. Check with local building officials for requirements.
Windows & Doors:
Exterior glass is highly vulnerable in a severe storm, but there are ways to lessen the chances of windows and doors breaking in bad weather. Do this by:
- Installing shutters to protect windows and doors; OR
- Installing impact-resistant laminated glass windows or doors.
Windstorm protection for glass should include all windows and doors, especially sliding glass doors, because they are more vulnerable to wind damage than most other doors.
Garage doors can be especially vulnerable in severe storms because of their size. Strengthen these doors by installing permanent wood or metal stiffeners to an existing door or replacing the door with one that is specifically designed to resist high winds.
If floodwaters have damaged an air conditioning unit or heat pump to the point of replacement, take advantage of the situation and install the new one on a raised platform. Be sure to tie the unit down to the platform.
Proper landscaping and tree care can help protect a structure in floods and in high-wind events. Here’s how:
- Don’t underestimate the power of a little dirt when it comes to keeping overland water at bay. Add fill dirt around the foundation and angle it away from the structure. Cover with low-growing vegetation or ornamental materials such as shredded bark or light-weight lava rock. Avoid heavier rock or landscaping gravel, unless required for drainage, to keep it from flying around in a high-wind event. Keep trees trimmed so that branches are at least 7 inches away from the exterior of the structure.
- Keep vines off exterior walls because they can break mortar or help open cracks in the siding, which allow in moisture or insects.
- Floodwaters can easily tip an unanchored fuel tank causing it to spill fuel and/or float away. Avoid this by:
- Anchoring the tank to a large concrete slab or by running straps that are attached to ground anchors over the tank to keep it in place. Use non-corrosive metal structural supports and fasteners. Check with the fuel tank manufacturer for recommendations on anchoring.
- Keeping the fuel tank topped off to increase its weight and reduce buoyancy.
Protecting Your Business
How to Better Protect Your Business from Disaster
Everyone in business knows time is money.
When disaster strikes, the time a business is disrupted is just one of many problems a company can face. Damaged equipment, ruined inventory, workforce impacts and sudden drops in cash flow can drive many businesses to the brink of extinction in the blink of an eye.
There are, however, ways to minimize the impacts on a business, no matter the size, before disaster strikes. Here are some ideas:
Do a disaster risk analysis for the business. Determine the most probable type of disaster that can occur, such as, wind, flood, fire, power outage, etc., and how each disaster type would impact the business.
Develop both emergency and recovery plans for the business. Plan what to do if a disaster were to occur, including what employee assignments will be. Practice those assignments. Also, create a recovery plan of how to jumpstart the business once the disaster event is over.
Evaluate all insurance coverage. Know specifically which business components are covered and under what conditions. If possible, insure to replacement cost. Consider insuring more than physical assets, such as the building or equipment, and include business interruption protection as well to help with cash flow.
Ask about flood insurance. If flooding is not covered under the business policy, which is usually the case, consider buying a flood insurance policy through the National Flood Insurance Program (NFIP). This coverage is available for the structure, contents or both in any community that participates in the NFIP. Home businesses often are not covered under a homeowner’s flood insurance policy but can be insured separately. There is a 30-day waiting period before the policy becomes effective.
Protect business records and files. Regularly back up vital electronic files such as suppliers, billing and payroll records, and customer lists. Consider doing this at least weekly. Make at least three copies of essential information and store the backups in secure, off-site locations.
Estimate the cost of repairing or replacing each essential piece of equipment in the business. These estimates will help determine operational vulnerability and focus disaster-resistance needs.
Maintain a list of essential suppliers and/or repair services needed to begin disaster recovery for the business. Include alternate vendors for supplies and equipment outside of the immediate area around your business in case of a widespread disaster. Keep backups of this information off site as well.
Maintain an up-to-date inventory of assets, important materials and equipment. Document these assets both in writing and with photographs. Include this documentation with the off-site backup files.
Assign disaster mitigation duties to employees. For example, some employees could be responsible for securing storage bins or others for backing up computer files and delivering copies to a secure location.
Prepare the company’s workforce. Determine workforce readiness in the event of a disaster. Know which employees can or should report immediately to work once it’s safe and which ones may not be able to work right away because of personal issues. Help employees prepare themselves and their families for a variety of disasters by providing information on developing family disaster plans, making disaster supply kits and how to better protect their personal residences.
Consider storing minimal inventory on site. One recommendation is to maintain just three to five days’ worth of inventory on hand so that when a disaster occurs, the loss isn’t as great.
Identify equipment susceptible to damage. Consider the location of the equipment. For example, equipment near a hot water tank or pipes could be damaged if the pipes burst. Likewise, equipment near windows could be damaged in a tornado, hurricane or other high-wind event.
Relocate or elevate and secure major appliances, critical equipment or machinery above possible flood levels. Items such as furnaces, water heaters, copiers, computer networks, etc., can be re-set and secured on a raised platform base. Electrical panel boxes and outlets also can be relocated higher. Any alternate location should be above the base flood elevation at that site. Local building officials can identify the base flood elevation.
In any situation requiring structural changes, be sure to first check with local authorities to determine what code requirements must be met.
Other Mitigation Resources
For more information about mitigating your home or business to reduce the loss of property and life due to wind and flooding,
visit these resources: Protect Your Property or Business from Disaster; Insurance Institute for Business and Home Safety;
Federal Alliance for Safe Homes; Arbor Day Foundation; Blueprint For Safety; Blue Sky Foundation of North Carolina Publication;
Homeowners' Guide to Retrofitting; and FEMA’s Home Builder’s Guide to Coastal Construction Technical Fact Sheets Series.