Deck and Patio Takes Two Top Awards
By: June Sullivan
In an era when television commercials ask us if we know the size of our carbon footprint, many on Long Island are trying harder to walk lightly on the earth. In fact, one Dix Hills couple – with the help of The Deck and Patio Company in Huntington – went beyond creating a retreat for themselves. Their new backyard “escape” was designed also to be a home for wildlife and lush vegetation.
“Pictures are not adequate,” says the wife, referring to their property’s new 38-by -18- foot pond and woodland retreat. “You need to be here to hear the sounds of the water and the falls – plus the birds singing and the frogs croaking — and to watch the Japanese koi swimming around. It’s so beautiful. Everyone who comes is overwhelmed.”
Winning a gold medal from the Association of Pool and Spa Professionals (APSP) in 2005, Deck and Patio was also awarded the APSP’s coveted “Chairman’s Award” for this project. It is also amazing to the homeowners that such a beautiful and nature friendly transformation has been accomplished so quickly.
“I have lived here over 40 years,” says the wife. “Our property has become overgrown. It wasn’t messy but it wasn’t well done anymore. I have always loved birds and flowers and a very natural setting. And we hadn’t seen birds in a long time.”
Felling they had neglected their love of nature long enough, she sought proposals from six or seven long island landscapers.
“A full-time bloom was important as I wanted to attract, in addition to birds, lots of butterflies,” she adds. “I also looked a many ponds that landscapers had done elsewhere. In the end, I felt Bill’s work [Bill Renter of The Deck and Patio Co.] looked the most natural, which was extremely important to me.”
“Our proposal included a deck that actually overhung the pond,” says Renter. “That way it would look as if the pond was partially underneath the deck and continued down the property. Our plans also called for two 35- foot babbling brooks and a four foot multi-tiered waterfall to feed into the pond.”
Renter says he also considered how their work would fit with the additional elements the homeowners had hired other companies to do, such as a conservatory and a small bridge — while always taking into account how everything would appear in nature.
“We understand the way water moves over rock,” says Renter, “which makes our waterfalls and streams looks natural. Movement is determined by the type of rocks you use, thus forcing water to move multiple ways when it comes down over the waterfall.”
The rocks used in this inspired pond installation – some of which weigh over three tons — were imported from farmers’ fields in New Jersey, says Renter. Each rock was hand picked for its particular use, sometimes for their ideal crevices in which garden perennials could be planted.
Every plant was approved by the homeowner wife in addition to being bounced off Deck and Patio’s landscape designer Marc Wiener who is also a certified arborist.
According to Wiener, The Deck and Patio Co. planted 4- 5,000 bulbs, over 300 species of deciduous woody plants, evergreens, and perennials including 150 different varieties of these species.
“The layout of the project detailed different settings and focal points,” says Wiener. “In some cases you are setting next to a pond observing a waterfall; in other cases you’re walking through a woodland path.” The result, says the designer, is a wonderful outdoor experience. First, one is captivated by the sensational color scheme — in colors the homeowners liked pinks, purples, yellows and lavender.
Inside the conservatory, the couple has built a additional small pond to house, during the winter months, the large turtles they have purchased.
“We don’t mind sharing it with them. And it’s the perfect spot to watch all the birds that now come to our property.”
In addition, the couple recently put a spy cam and small light inside one of their birdhouses.
“A male wren built a nest first,” she says. “Then a female came and did some rearranging before staying to lay her eggs.”
In fact, their visiting grandchildren were able to watch the eggs hatch and the mother bird feeding them until they fledged and flew away.
“We couldn’t wait to come home and see how our birds were doing,” she says. “We had the video cam set into our television and our grandchildren could watch the mother bird feeding her little ones as we all sat and ate dinner.”
Their grandchildren also love the vistas from the bridge, she says, especially to watch the Japanese koi swim by. But they don’t let the children throw coins into the water.
“We give them little stones to throw in,” says the homeowner. “Definitely no coins. That wouldn’t be good for the fish.”
Pool Renovations … Tips, Trends, and Money Saving Ideas
The recession of 2008/2009 has dramatically changed the “landscape” of home improvements. There are many homeowners having second thoughts about investing money into their home to beautify, improve and increase value or most importantly to allow for more quality family time due to perceived high cost. We have seen a shift in buying patterns in the landscape field from extreme and lavish spending to more value-based improvements. Don’t get me wrong, we still do some pretty exciting projects, but these are the things that many clients are asking for. When it comes to the outdoors, the best way to add value to your home is to renovate. This is a huge trend right now; many people already own a pool, patio, deck or bbq area. The following are value based ideas to spruce up these areas.
Inground pools: Whether your pool is gunite or vinyl, there is one easy way to upgrade and save big money. Consider changing you current one speed filter pump to an energy efficient variable speed pump. These pumps are so efficient that they can cut your energy costs to 1/6th of what they currently are. There are several manufactures that offer these pumps including Pentair, Sta-rite and Jandy. They will cost about $1,000-$1,500 but pay back time will be three years or less.
Other ideas would be to simply change the coping, tile and color of your pool. In gunite, there are many color options in marbledusts, pebble finishes and even all-tile pools. In vinyl pools you can change a staircase, add a bench or swimout, change the coping and of course change your old liner. The choices in liner are almost limitless and it is amazing what a new liner does to an old faded pool! There are even pebbled colored liners in a tan tone that make them look more like a gunite pool.
More involved pool area renovations have become popular recently because the total cost of the job is significantly reduced due to the existence of a pool. This type of renovation usually goes smoother when there is a plan, a landscape contractor and a pool builder working together. Some examples of add-on renovations to the pool would be to redo the liner or marbledust, repiping the pool (especially on older pools or ones with leaks), upgrading pool equipment to newer more efficient models, insulating walls, adding stairs, benches, swimouts, water features, a slide, a campfire and spillover spas to an existing pool.
Pool surrounds: Renovating around a pool is sometimes easier than renovating the pool itself. It could be something as easy as fixing a settled or damaged patio. Other ideas for renovating around a pool might be upgrading to a new patio material like Techo Bloc “Inca” pavers. Be sure to compact and install enough base to
prevent future settling.
Another popular upgrade is adding a waterfall. Insist on a rubber liner under the waterfall to ensure that it will be leak free for a long time.
Patio sizes can be reduced and adding stepping stones can be cost effective way of creating a pathway around your pool. Boulders set in the landscape and used for retaining steps are yet another way to reduce the cost of retaining walls and adding beauty.
Written by: Bill Renter
Award winning pond designed and built by the Deck and Patio Company in Huntington Station New York. This pond is 16′ X 25′ with a 35′ stream around the back. It was built in Cold Spring Harbor New York. The pond features all Aquscape products including and grande biofall and grande skimmer, a 10,000 gph ADI pump, 3″ plumbing, 45 mil liner with underlayment, all Moss rock pond stone and waterfall, and river gravel. This pond is an ecosystem, and requires very little maintanance. To see more award winning ponds, pool and waterfalls go to http://deckandpatio.com/awards/Awards2007.html
We’ve been conditioned in the United States to think that the only safe water is water that has been sanitized by powerful chemicals and/or devices using ozone or ultraviolet light. In fact, it seems that our industry has promulgated a doctrine that we need to kill everything in the pool (except for swimmers).
While it is certainly true that disinfected water is safe for swimming, we need to keep in mind that we mammals evolved on our planet over millions of years both drinking and swimming in water that was clarified and purified naturally in ponds, streams, rivers and freshwater wetlands.
This makes it interesting to speak with prospective clients about the benefits of natural swimming pools — that is, pools in which biological processes treat the water in place of familiar chemical treatments — and to describe to wary homeowners how plants and microbial activity actually work to make the water perfectly safe for swimming.
Originally a skeptic myself, I have spent a tremendous amount of time understanding the science behind natural swimming pools and observing their operation in the field. Fortunately, the science at the heart of the natural swimming pool concept is well-established. Indeed, it stands at the core of how all healthy freshwater systems work in nature (at least on this planet).
Nature’s Waste-Management System
These days, few of us consider that humankind developed and thrived without knowing how to apply chlorine, ozone or any of the other chemicals or devices used to treat water.
Our ancestors spread across the planet drinking natural water from a variety of sources without much trouble at all. And the waterborne diseases that eventually required chemical water treatment didn’t become a problem until cities became densely populated and the detritus of human occupation contaminated local water supplies. Similarly, the copious quantity of fertilizer used in farming has made its way into water systems, polluting them and knocking them out of their natural ecological balance.
The science behind the biological water treatment in natural swimming pools is called limnology, which some refer to as the “oceanography of fresh water.” It is the study of biological systems present in the fresh water we’ve relied on since the dawn of man. The idea behind natural swimming pools is an extension of this science, bringing common natural processes to manmade systems.
By mimicking the natural processes in a specially constructed and controlled environment, we are able to clarify and purify pool water without the use of chemicals and/or devices. The key to all of this is the nitrogen cycle, which might be best described as nature’s waste-management system.
Here’s how it works: Organic matter made up of debris and detritus enters the water in the form of all the compounds associated with human bathing and other sources (including leaves and fertilizer). These compounds give rise to microbial growth and algae that, since early in the 20th century, we have sanitized and oxidized using chlorine and other substances in our chemically treated pools.
In natural swimming pools, by contrast, beneficial agents called heterotrophic bacteria break down these compounds and convert them to carbon dioxide (CO2) and ammonia. Next, another beneficial bacteria known as nitrosomonas bacteria converts the ammonia into nitrites (NO2). Finally, in the third step of this elegant process, nitrobacter bacteria convert the nitrites into nitrate (NO3).
Nitrate is the compound that makes up the bulk of the fertilizer we buy to feed plants. In traditional swimming pools, this material can be a major problem, as nitrates are the primary food for algae. In a natural swimming pool, however, nitrates are removed by aquatic plants that we place in what we call regeneration zones.
In effect, the detritus that would otherwise require oxidation is instead used to grow plants, and the plants removing the nutrients from the pool water results in pool water that is perfectly clear.
Again, in achieving this effect we are relying on ecological relationships that exist in natural bodies of water. In this context, bacteria are essentially “reducers” that take detritus and transform it into oxygen and nutrients for plants and phytoplankton such as algae. The phytoplanktons and oxygen are then consumed by a host of tiny animal species categorized as zooplanktons.
Natural swimming pools include the abovementioned regeneration zones (or what some call constructed wetlands) to harbor these biological processes and make the water safe for swimming. And that is just one application of this approach: In fact, the “wetlands effect” is now being used with great success to treat mass quantities of wastewater and to restore natural bodies of water to healthy, balanced conditions.
(In fact, one of my friends has successfully used constructed wetland technology in lieu of a septic system at a number of homes in the Colorado Rockies, and many municipalities are now planning systems that use constructed-wetland technology for municipal sewage and wastewater treatment.)
The conceptual foundation for all of this is the nitrogen cycle as it’s applied in closed-loop systems. Here, the compounds that might otherwise engender growth of harmful pathogens instead wind up inside the plants, which we can harvest and remove from the system. Through this harvesting, we actually reduce the volume of nutrients carried by the overall system — although once the nutrients are bound up in the plants, they no longer are a source of potential problems.
Harvesting is just one of the tactics we use to control the nutrient burden. Another key detail of these systems is the fact that the plants in our constructed wetlands are not rooted in soil; instead, they grow in gravel in a hydroponic system. The only place these plants can gather nutrients is from the water itself, so they’re very hungry.
Not only do these concepts make sense, they can be applied with just a few variations on the techniques that are already used to build conventional swimming pools. These natural systems, for example, require proper hydraulic design with respect to flow rates, turnover rates and pump/plumbing sizing — just as is the case with their chemically treated cousins.
As for differences, there are two main ones, both of which are related to the design and construction of the regeneration zones. First, the gravel must be right for the job; second, the system must be set up so the aquatic plants stay hungry — meaning we are sure to eliminate any surface runoff into the pool that can carry fertilizers, pesticides or other organic compounds into the water from the surrounding landscape.
Additionally, the water plants must be able to out-compete the algae for the nutrients in the water, thereby limiting the amount of algae that can grow in the system.
It also bears mentioning that proper regeneration zones will attract animals in the form of amphibians, insects, birds and other species that thrive in natural wetlands. A family of happy frogs living in a regeneration zone is a good indication that the system is in equilibrium. In fact, we use skimmers that are frog-friendly; instead of finding bleached-white dead frogs in our skimmer baskets, the frogs are able to easily escape.
Setting Accurate Expectations
In speaking with clients about these systems, we’ve come to recognize that it is extremely important to set accurate expectations.
Most of us have had the experience of swimming in natural bodies of fresh water in the form of rivers, streams, lakes and ponds — and we survived with little concern about the presence of plants, microbial life forms, biofilm and other animals. Nonetheless, once you start talking about a “swimming pool,” all sorts of suppositions about how that body of water will look and how it will perform crop up almost instantly. The natural swimming pools that I have seen — designed and built correctly, of course — all had water that was transparently clear, and I was perfectly able to see right to the bottom of the deep end.
We never make any bones about it: The inescapable fact is that natural swimming pools teem with life, and the distinction we work to convey is that the nitrogen cycle our clients’ children are learning about in their science classes is what makes that water safe for swimming.
We also point out in some cases that our own bodies teem with microbial life. In fact, every healthy human body plays host to trillions of microbes of perhaps a thousand different species. The list of those that are harmful is infinitesimal compared to the vast majority that are beneficial. We couldn’t survive without them. Indeed, our bodies host about 10 times more bacteria cells than human cells — so all in all, we’re about 90 percent microbes!
Ultimately, we keep coming back to a simple fact: The processes we use to keep the water safe in natural swimming pools are akin to the reliable set of enduring biological relationships that enabled our ancestors to flourish around the globe without ever giving a passing thought to the plants and microbes that keep us safe.