H2Oversight The Importance of Water Management

 Stretching south from Orlando, the Everglades are vital to sustaining Florida’s sensitive ecosystem. To this end, proper water management is critical to  maintaining equilibrium for residents, vegetation and wildlife. In a climate  like southern Florida's, well-planned and managed water management and drainage  systems are essential. Neglecting this can have devastating result from—flooding to mold to costly residential and commercial real estate damage.  

 While water management is a tiered system operating on many levels with various  oversight, it is true that water seeks its own level and thus what occurs in  one tier or segment of the management process impacts all tiers.

 Three Key Issues

 “We deal with the primary system. For example, we’re like I-95, the counties and municipalities are like the secondary roads, and  the HOAs are like the tertiary roads,” says Susan Sylvester, the chief of the Water Control Operations Bureau at the  South Florida Water Management District. “The flow of traffic is the same as with water management. We operate a system  that was built to operate flood control and that is our primary goal but along  with that we deal with water supply which is so very important due to the  Everglades and the environment.”  

 Mark Clark is a Wetlands and Water Quality Soil and Water Sciences specialist  and an associate professor at University of Florida. He explains that there are  three key issues related to water management: water supply, water quality and  flooding (eventually related to sea level rise associated with climate change).  While HOA’s are “tertiary,” boards have the ability to affect meaningful change.  

 “Water management relates to the demand for water from a finite water supply  available to South Florida,” says Clark. “HOAs often control landscaping and irrigation expectations in the common areas  of a community and influence the landscaping and irrigation expectations of  homeowners within the community. Since 40 to 60 percent of the water used in  residential areas is used for outdoor purposes, HOAs can have a strong effect  on the water supply issue.”  

 The second issue, he notes, is equally important as it relates to water quality.  “As storm-water runs off the landscape or infiltrates into the ground water,  contaminants associated with fertilizers, pesticides, heavy metals and  hydrocarbons can runoff the landscape and roads entering storm-water  infrastructure and eventually the environment,” says Clark.  

 “Regulations associated with impaired waters and nutrient criteria are increasing  the focus on sources of contaminants and treatment processes in an effort to  minimize or eliminate the source of these chemicals since it can be challenging  to remove the contaminants once they enter into the storm-water system and  environment,” he continues. “Management of storm-water infrastructure to maximize efficiency as well as  enhance contaminant removal processes is often within the purview and  responsibility of HOA’s.”  

 Jane Tolbert, Ph.D., senior information specialist for the Florida-Friendly  Landscaping Program, Environmental Horticulture Department Institute of Food  and Agricultural Sciences, University of Florida, says her organization “deals with sustainable landscaping practices that reduce nutrients and runoff  from polluting waterways.” When dealing with “drainage,” which typically refers to the removal of free water (flooded or saturated soil  conditions) from the landscape, it is important to have best practices in  place. To further a board’s knowledge on this all-important issue, she points to the 2008 report “Florida Friendly Best Management Practices for Protection of Water Resources  produced,” by the Green Industries.  

 “Non-point source pollution comes from diffuse sources and is associated with the  long-term effects of everyday activities. It is carried primarily by rainfall  and irrigation water, which cause pollutants that have accumulated on the land  surface to run off into surface waters or to leach into ground water,” the report notes. “Water is the primary mechanism for the transport of dissolved chemicals through  the soil. Non-point source pollution may not be obvious until a rainfall event  occurs, leading to storm-water runoff from roads, parking lots, suburban areas,  and farms. As Florida’s population has soared, this type of pollution has become an increasingly  important issue in the state.”  

 Clark’s third issue, climate change and rising sea levels, might be on the distant  horizon, but with sea levels already rising higher in certain regions, the  location of an HOA can impact reaction time. “Depending on where a particular development is in proximity to the coastline and  at what elevation the community sites above sea level, drainage of floodwater  to the tide will become increasingly difficult,” says Clark. “Water Management District infrastructure will need to be upgraded to deal with  this over time, likely resulting in pumping water and not just relying on  gravity to lower water levels in canals so that HOA storm-water infrastructure  can drain to the canals,” says Clark.  


 In order for a development to discharge storm-water into public water resources,  a water permit is required which is usually applied for by a developer, HOA or  a Community Development Districts (CDD). This permit has requirements for  maintenance which is typically an obligation passed on to the HOA. Once the  design criteria are met, a permit is granted which mainly focuses on quantity  issues associated with storm-water management; however, there is a new  Statewide Storm-water Permit program currently being developed which will  increase the focus on water quality issues. Guidance on this issue, and others,  can be found at the Florida Storm-water Association.  

 Whether an HOA subcontracts the handling of water management issues to a CDD or  not, industry experts said board members should be familiar with the following  terms and definitions:  

 Runoff: referring to water that flows freely over the land surface.  

 Storm-water: referring to runoff directly associated with a storm event.  

 Storm water basin: a digressional area created to receive storm-water quickly  during a rain event to prevent flooding around critical infrastructure (e.g.,  streets, homes, etc.). The basin either slowly releases that water to the  environment via mainly surface discharge (i.e., a detention basin) or via  infiltration and evapotranspiration (i.e., a retention basin). “Basins can be dry basins which should not have any standing water in the basin  within several days of the storm event or wet basins which typically have  standing water for an extended period like a pond or lake,” notes Clark.  

 Impervious surface: a surface that does not allow any water to infiltrate into the ground, almost  all of the water runs off (e.g., roofs, sidewalks, roadways, highly compacted  or clay soils, etc.).  

 Pervious Surface: a surface that allows at least some of the water to infiltrate  into the ground (e.g., uncompacted turf, natural areas, pervious pavers or  pavement, etc.).  

 Interception: rainfall that hits vegetation or structures that does not reach  the ground, but instead can evaporate back to the atmosphere.  

 The Process Itself

 Once an entity (developer, HOA or CDD) is selected, it takes on the  responsibility to maintain the infrastructure so that flood control and  treatment aspects of the original design continue to function. When a CDD is  selected as the lead, for example, it is normally staffed with an engineer and  collectively complements the responsibilities of the HOA. While operating  amenities and ensuring that deed restrictions and other quality standards are  enforced remain the responsibility of the HOA, the CDD can handle the  maintenance functions previously performed by an association.  

 “A civil engineer working for a home owners association, city or county are  looking at water as it relates to storm drains whereas for us, we look at the  bigger picture,” says Sylvester. “We provide drainage and in that sense the ground water and surface water are  very tightly linked,” she continues. “Whereas it historically used to be about draining the Everglades, it’s not about that anymore. Today, it’s about providing for the seven million people who live here while not draining  the Everglades.”  

 Even with a permit in place, the state assumes that the infrastructure is being  maintained and operational according to the permit requirements; however,  problems can arise. For example, if there were problems related to flooding or  water quality issues that were the result of negligence, the HOA or CDD would  be liable for damages and to fix the problem.  

 Clark explains that the biggest anthropogenic consequence of poor water  management is flooding. “If the infrastructure designed to drain the landscape during a storm is  compromised in some way then the design criteria that were permitted will not  be met and therefore the consequence may be damage to property,” he says. “From an environmental standpoint, even with an operational permitted storm-water  management system, changes in the hydro-logic characteristics of an area such  as too much, too little depth, duration, frequency or the timing of flooding  can have impacts, but the broader reaching implications typically have to do  with changes in water quality.” He adds that most quality issues are best addressed using better source  controls to prevent the contaminants from entering the environment in the first  place.  

 Properly maintaining a drainage system by and large is achieved by ensuring the  infrastructure is operational which can be handled by an experienced visual  inspection on a regular basis and after any significant storm event to make  sure the system has not been compromised and that structure is clear of debris.  “Visual inspections can be conducted by homeowners, landscape maintenance  personnel or property managers,” says Clark. “This visual inspection is mainly to make sure that it is structurally sound with  no sign of damage or erosion. If it is fouled with debris or overgrown than  landscape maintenance organization can clear the material. If the structure  appears to be damaged or there is erosion in the area that might compromise the  structure than it should be inspected by an engineer.”  

 Money and Maintenance

 While determining a budget for maintenance is subjective to each HOA, the  majority of storm-water permits require a regular inspection by an engineer to  certify that the permitted system is in good working order and operational.  This requires a HOA, for example, to hire an engineer, and should he or she  find issues, funds in place to address problems.  

 “On our level, we continual do maintenance during the dry season. We try and keep  this system, which is now over 60 years old, in top shape,” says Sylvester. “We are trying to avoid poor water management and every homeowner can do their  part; for example, by xeriscaping which is landscaping with plants that take  the minimum amount of water and more importantly, the minimum amount of  nutrients because we receive all the runoff from all over and that runs off to  the Everglades which is not healthy.”    

 W.B. King is a freelance writer and frequent contributor to The South Florida  Cooperator.  

Related Articles

Coronavirus & COVID-19

What Should Condos and HOAs Do?

Hidden Energy Wasters

Finding Them Saves Money

Maintaining Air Quality

Managing the Indoor Environment