Call Us Today - 1 (860) 222-3055

The flood panel logo is a product of floodproofing.com

Page 21

September 3, 2024

Media Contact

Residents of low lying regions, such as Florida, have new reasons to worry after new research has revealed that sea level rise will occur much faster than had been previously predicted. The earlier estimates called for a sea level rise of about one meter by the end of this century. However, these calculations did not factor in significant melting and shrinkage of the ice sheets in Antarctica, which climate scientists had thought to be more or less stable. Now it is known that these ice sheets are not stable at all, and are in fact collapsing precipitously. The new information doubles the expected sea level rise; from one meter to two meters by the year 2100.

For Florida, which has many residents and much critical infrastructure close to the shoreline, this news is disheartening to say the least. A rise of two meters will incur great damage to many important municipal areas, including Miami, Fort Lauderdale, Fort Myers, and Tampa. Particularly hard hit would be the Everglades, which would be awash in salt water incursions that could spell the end of this unique ecosystem. The famous (and densely populated) Florida Keys would also be grievously affected, with up to 50% of the current land mass slipping beneath the waves. As of today, almost 80,000 people live in the Keys. If the current projections for sea level rise become a reality, or if these dire predictions are even surpassed by our failure to reduce greenhouse gases, many of these 80,000 people will lose their homes and communities.

The very low topography of southern Florida is evident in this color-coded shaded relief map generated with data from the Shuttle Radar Topography Mission. The image on the left is a standard view, with the green colors indicating low elevations, rising through yellow and tan, to white at the highest elevations. In this exaggerated view even those highest elevations are only about 60 meters (197 feet) above sea level. For the view on the right, elevations below 5 meters (16 feet) above sea level have been colored blue, and lighter blue indicates elevations below 10 meters (33 feet). This is a dramatic demonstration of how Florida’s low topography, especially along the coastline, make it especially vulnerable to flooding associated with storm surges. Planners can use data like these to predict which areas are in the most danger and help develop mitigation plans in the event of particular flood events. Image Courtesy SRTM Team NASA/JPL/NIMA. Source: earthobservatory.nasa.gov

Unfortunately, sea level rise is not the only dreadful consequence of unchecked carbon emissions. It is now known that weather patterns will be altered in such a way as to greatly increase both the frequency and intensity of storms — and this is already happening in the present day. Ferocious storms, in combination with rising sea level, spells flooding disaster for major metropolises around the world: from New York to Jakarta. Even at current the sea level, cities like Boston and Tampa are extremely vulnerable to the major “100-year” storms that seem to hit annually these days. At the turn of the next century, only 84 years from now, some of these huge population centers may no longer be defensible. A worldwide retreat from the coastline will most likely take place … unless carbon emissions are brought under control in time. Scientists have previously predicted these dire consequences for the planet, but now the damage may well be suffered by people alive today, not by our unborn descendants.

While many countries are working to reduce carbon emissions, the new research in Antarctica indicates that significant reductions in greenhouse gases must take place quite soon in order to stave off disastrous sea level rise which will doom coastal regions around the world to incessant floods and inundation by the seas. Incredibly, scientists have discovered that the entire planet is already wobbling on its axis in a new and different way — this is caused by the planet’s shifting weight distribution as ice melts at the poles and in Greenland. The good news is that it is still not too late to alter this future of flooding and storm surge — we need only work cooperatively to bring the emissions to a safe level. New technologies like solar, wind, and biomass energy production, if adequately funded and supported by prudent legislation, can help reduce our dependency on fossil fuels. If nations around the world get serious about abandoning dirty technologies, the ice sheets of Antarctica may still be salvageable … along with the cities of New York and Mumbai.

Source:: FloodBarrierUSA

As floods become more frequent and much more severe, novel ways of fighting them are cropping up all over the world. In some cases, the “new” flood control techniques may be in fact a return to ancient practices that have been lost in recent times. This may be the case with the recent enthusiasm for the introduction (or re-introduction) of farming practices that can help prevent or reduce flooding in the towns and cities located nearby.


Farmers rely heavily on water for their livelihood. Too much water or too little water — both of these scenarios can spell disaster for those who produce our food supply. Some flood control engineers are advocating for a natural approach to water and soil conservation that will, it is claimed, provide reliable water for the farmers and help protect nearby communities from flooding.


Roller/crimper demonstrated on cover crops. Photo: www.nrcs.usda.gov


The new measures call for several methods of flood control. One idea is to encourage farmers to allow some designated part of their land to be given over to flooding in the event of major precipitation rather than blocking the water — which would in many cases mean directing floods toward population centers. In this case, a farmer might permit some flooding of some cropland in order to protect more developed land. A bonus of this practice is that the flooded land becomes more fertile, having the benefit of alluvial deposits. Of course, in allowing some land to be given over to flooding, the farmer loses the productivity of that land for some time, so most localities are arranging for financial compensation for farmers who participate.


Another method of flood reduction is called conservation tillage. This practice entails simply leaving the fields covered with the stalks, roots, and other debris from last year’s crops. Something as simple as this can make a huge difference in the amount of runoff during storms and can greatly reduce the soil erosion that comes with it. There are many other benefits; including increasing rich organic matter in the soil, improving water and air quality, attracting beneficial earthworm colonies, and even providing sustenance and shelter for wildlife.


But the most important reward of conservation tillage is that it helps to hold water on the land. The stalks of the harvested crops, if left in place, provide shade on the land, preventing much of the evaporation that would occur on completely denuded fields. In addition, the stalks act as tiny dams during heavy rains, slowing the water long enough for it to soak into the ground rather than just running off the land. Wind erosion is also greatly decreased in these fields, and much less dust (and topsoil) flies off with the winds.


While all of these other benefits of conservation tillage may be of great value to farmers, food consumers, and earthworms; when it comes to preventing floods in nearby towns, the most important benefit of conservation tillage is the great reduction of “soil sealing”. Soil sealing is the result of raindrops hitting bare soil, a process that compacts the soil and makes it impermeable to water infiltration. Soil that has been compacted and sealed by hard rains will not easily absorb water, and the water will run off in the same way it runs off asphalt. Fields that are covered with stalks and old root systems will not suffer this compaction, and the water will be slowed down enough to sink into the permeable soil.


As climate change, harmful human activity, and rising sea levels all contribute to an increase in floods and major storms, we will need to change our practices on many levels to reduce the resulting destruction and damage. Conservation tillage is likely to become one of the many useful techniques borrowed from the past that will help ensure a better future.


Source:: FloodBarrierUSA

A letter from fema is on a white background.

As floods become more frequent and much more severe, novel ways of fighting them are cropping up all over the world. In some cases, the “new” flood control techniques may be in fact a return to ancient practices that have been lost in recent times. This may be the case with the recent enthusiasm for the introduction (or re-introduction) of farming practices that can help prevent or reduce flooding in the towns and cities located nearby.


Farmers rely heavily on water for their livelihood. Too much water or too little water — both of these scenarios can spell disaster for those who produce our food supply. Some flood control engineers are advocating for a natural approach to water and soil conservation that will, it is claimed, provide reliable water for the farmers and help protect nearby communities from flooding.


Roller/crimper demonstrated on cover crops. Photo: www.nrcs.usda.gov


The new measures call for several methods of flood control. One idea is to encourage farmers to allow some designated part of their land to be given over to flooding in the event of major precipitation rather than blocking the water — which would in many cases mean directing floods toward population centers. In this case, a farmer might permit some flooding of some cropland in order to protect more developed land. A bonus of this practice is that the flooded land becomes more fertile, having the benefit of alluvial deposits. Of course, in allowing some land to be given over to flooding, the farmer loses the productivity of that land for some time, so most localities are arranging for financial compensation for farmers who participate.


Another method of flood reduction is called conservation tillage. This practice entails simply leaving the fields covered with the stalks, roots, and other debris from last year’s crops. Something as simple as this can make a huge difference in the amount of runoff during storms and can greatly reduce the soil erosion that comes with it. There are many other benefits; including increasing rich organic matter in the soil, improving water and air quality, attracting beneficial earthworm colonies, and even providing sustenance and shelter for wildlife.


But the most important reward of conservation tillage is that it helps to hold water on the land. The stalks of the harvested crops, if left in place, provide shade on the land, preventing much of the evaporation that would occur on completely denuded fields. In addition, the stalks act as tiny dams during heavy rains, slowing the water long enough for it to soak into the ground rather than just running off the land. Wind erosion is also greatly decreased in these fields, and much less dust (and topsoil) flies off with the winds.


While all of these other benefits of conservation tillage may be of great value to farmers, food consumers, and earthworms; when it comes to preventing floods in nearby towns, the most important benefit of conservation tillage is the great reduction of “soil sealing”. Soil sealing is the result of raindrops hitting bare soil, a process that compacts the soil and makes it impermeable to water infiltration. Soil that has been compacted and sealed by hard rains will not easily absorb water, and the water will run off in the same way it runs off asphalt. Fields that are covered with stalks and old root systems will not suffer this compaction, and the water will be slowed down enough to sink into the permeable soil.


As climate change, harmful human activity, and rising sea levels all contribute to an increase in floods and major storms, we will need to change our practices on many levels to reduce the resulting destruction and damage. Conservation tillage is likely to become one of the many useful techniques borrowed from the past that will help ensure a better future.


Source:: FloodBarrierUSA

The status of FEMA’s new Elevation Certificate has raised a lot of questions by communities and users looking for guidance. The Florida Flood Plain Managers Association has shared the following information on FEMA’s new EC.


  • FEMA’s official posting concerning the new EC can be accessed here (PDF file will open in a new window). This also includes the new Floodproofing Certificate for Non-Residential Structures.
  • There will be no transition or grace period for using the old EC, per federal law.
  • If a Land Surveyor, Engineer, or Architect authorized to certify ECs was unable to download the new EC and therefore submits the previous version of the EC, communities should accept the old version, but advise the individual to download the new form for use in all future submittals.
  • Please note that this is guidance from FEMA; however, communities can have more stringent requirements and may not allow the old version at all, after a certain date. This policy is up to the community, as long as it meets the FEMA minimum requirements.
  • FEMA headquarters deems it an acceptable practice to convert the legal size EC format to letter size as long as all information is included.
  • FEMA is currently developing a Word version of the form that will soon be available.
A letter from fema is on a white background.

For CRS: For communities using the previous version of the EC during the period of time prior to FEMA placing the new EC on their website with a working link, no “error” will be counted upon CRS visit (Cycle, Modification, or Recertification). Once FEMA or CRS indicate the new EC is available via FEMA’s website, no further use of the older EC will be accepted.


Based on questions and input FFMA has received, and the ongoing EC trainings being conducted by FFMA, the FFMA has developed preliminary suggestions for approaching nuances of the new EC. Please note that these are not official guidance from FEMA.


  • Some users of the new EC have been unable to save a completed form using Adobe Reader. Instead, they have needed Adobe Acrobat Pro or a similar PDF editor. This should be resolved once the Word version is issued.
  • Note that several sections (i.e., A8/A9.d-engineered openings, B12-CBRS) have replaced the check boxes with “radio buttons.” These can be toggled between the options, but once “checked,” they cannot be “unchecked.” This could require completing the EC again.
  • The date formats for B6/B7-Index/FIRM dates are very specific. If manually entered, you should use the MM/DD/YY format for the field to populate to the expanded date format. Any other entries will remain as-is, whether numerical or text only.
  • The B9-BFE section inadvertently includes a date drop down menu. Do not use this; instead, type the BFE manually into the field.
  • Some users have had difficulty inserting pictures into the “Building Photographs” pages. In this case, add text similar to “The following digital photographs have been attached to this form: front, back, side, openings, etc.” in the picture box. Then insert the photographs into a document editor, such as Word; check the appropriate “Check here if attachments” box; in the appropriate comments section, add text similar to “Photographs attached on separate pages in lieu of the ‘Building Photographs’ pages of the form,” and attach the pages of photographs to the form.
  • The page of the form that includes Section G does not have an address header. If this section is completed, the property address from A2 should be repeated at the top of the comments section.
  • If you would like to host a training on completing the new EC in Florida, please contact Sally Cook, CFM, FFMA Associate Education Director at sally.cook@mymanatee.org.


If you have any questions regarding this guidance or the form, or input on the new EC, please contact Del Schwalls, P.E., CFM, FFMA Secretary and CRS/Insurance Committee Co-Chair at dschwalls@schwallsconsulting.com.

The cover of us builders review by f.w. brown llc

Congratulations to our New England partner F.W. Brown recently featured in this case study by US Builders Review that highlights Flood Panel.


Click here to view magazine article in a new window.

February 13, 2025
Mount Royal, N.J—Engineers, architects and contractors can rest assured that Floodproofing.com has a selection of products that meet and exceed the forthcoming American Society of Civil Engineers/Structural Engineering Institute (ASCE/SEI) 24-24 standards for flood-resistant design and construction. Now the international leader in flood mitigation products has another engineered and tested product that exceeds these new standards for buildings in FEMA flood zones. Floodproofing.com recently conducted third-party testing of its Flood Panel Mega Flood Log System following hydrostatic and impact performance standards of the American National Standard for Flood Mitigation Equipment known as ANSI/FM 2510. According to the new ASCE/SEI 24-24 standards, all flood barriers must be tested and certified to meet the applicable requirements of ANSI/FM 2510. Manufactured at the company’s Jupiter, Florida-based Flood Panel facility, the Mega Flood Log System underwent seepage and impact testing in two configurations 12 feet wide by 5 feet high, and 5 feet wide by 8 feet high. The system was tested in a water tank filled to 10 percent capacity for one hour and 100 percent capacity for 20 hours. The ANSI/FM 2510 test limit for seepage is 0.08 gallons per hour per linear foot of seal – about 10.2 ounces. The Mega Flood Log System tested at 0.01 gallons per hour – about 1.3 ounces, far exceeding the standard. Even after impact testing with a 110 lb. wooden log smashing into the assembled system, Mega Flood Logs showed no additional seepage when retested. “With the more stringent requirements of ASCE/SEI 24-24 about to go into effect, the design and build industry needs assurance that the flood mitigation products and solutions they incorporate are professionally engineered and thoroughly tested,” said Floodproofing.com President and CEO Tom Little, CFM. “We follow a very high standard of excellence for our products, and we are proud of the testing results of the Mega Flood Log System.” Designed to be highly resistant to heavy impact forces and withstand high-velocity water loads typical of flash floods and hurricanes, the Mega Flood Log System is an in-demand flood mitigation solution with hundreds of successful installations and deployments at commercial properties and critical infrastructure facilities. The innovative design makes it easy to install and quick to deploy. The Mega Flood Log System offers the following benefits: Easy Assembly: Offers the lowest reaction times of flood control systems on the market and can be assembled by just one or two people. C-Shaped Support Posts: The system comprises a series of “C” shaped support posts and hollow aluminum beams that anchor the flood barrier system. These beams stack on each other with a tongue and groove connection. The bottom beam of each span is fitted with a large rubber seal that makes contact with the surface achieving a watertight seal. The support posts that attach to the building structure can be installed on a removable basis, minimizing the aesthetic impact on the building. Easy Deployment and Storage: Twelve-inch-high logs cut the deployment time and allow for more efficient, easy storage. Modular System: A modular, stackable system makes it easy to install in specific flood-prone areas, including window openings, across doors and storefronts, as well as an entire perimeter defense against flooding. Because of its modular design, it can run the length of any sized structure. Custom Designs Available: Our team designs custom solutions to fit unique building specifications. About Floodproofing.com Floodproofing.com is the go-to resource for all things related to flood risk and resiliency. We manufacture and supply the largest selection of innovative solutions under one roof and provide complimentary floodproofing design and turnkey assessments that present the best options to mitigate flood damage, improve recovery time, and lower liability risk. In addition, the Floodproofing.com team has spent many years studying the science of flood mitigation and is certified to instruct and provide learning credits to all professionals affiliated with the design-build industry. Also, our in-house insurance agency, Risk Reduction Plus Group, provides NFIP and private flood insurance options with the lowest possible premiums for at-risk communities. For more information, visit Floodproofing.com.
A white car is driving through a flooded street
September 3, 2024
New Floodplain Maps for New Jersey Raise Concerns
Share by: