ICYMI, Here is An Encore Presentation of Your Favorite Laurel Valley Soils Team Members Presenting The 12 Days of Compost!
And no video is complete without its Bloopers! Check out The 12 Days of Bloopers here!
And no video is complete without its Bloopers! Check out The 12 Days of Bloopers here!
The general design of a basin or rain garden can vary. Some basins incorporate stone drainage layers and filter fabric below the engineered soil filter layer (Bio-retention soil) and some do not. The Bio-retention soil can also vary quite a lot in the design composition of the component mixture.
Below are examples of projects we worked on this past year in which every basin utilized a different type of Bio-retention soil, however the end goal was always the same: to capture the water before it can leave a site, filter out contaminants and then infiltrate the water deep into the ground. The reasons why there are so many different types of Bio-retention soils being utilized today include:
Sound complicated? Not to worry! Engineered soils is what we do. We are the experts, and are here to help you navigate this rapidly evolving world of storm water management. Call us at 610-268-5555 or email Jake Chalfin, Sales Manager, at email@example.com.
Now that land planners, engineers and architects have learned the negative repercussions of what too much impervious surface can do during a storm event, much care is being taken to ensure proper ecological storm water management tools are implemented in most new building projects.
Passive storm water capture systems like rain gardens, bio-retention basins, bio-swails and tree pits are all tools that prevent surface run off from leaving a site. At the same time these features filter and clean the water and infiltrate it back into the natural ground water system.
These biological storm water capturing tools can actually enhance the aesthetics of the landscapes for the buildings and even qualify the builder for LEED Certification Credits.
The steady and methodical reinvention and redevelopment of the Philadelphia Naval Yard is at the center of Philadelphia’s burgeoning tech economy. While the beautiful turn of the century campus provided a great canvas for new buildings and landscapes it also proved to have a host of challenges.
First, the entire landmass is man-made, built from river dredge and mainland soil spoils. Mix in concern over soil contamination from the years the naval base was in full wartime operations, and the fact that below this less than desirable ground is a high water table containing brackish water, and the challenges of this site would have made many developers take a pass on the project. But not Liberty Property Trust! They saw the vision of this site, knew the potential and acted boldly.
In order to ensure a successful and functional landscape for the Central Green public landscape project, Soil Scientist Tim Craul was brought in. He determined that higher quality functional soils were needed and would have to be imported to the site. He specified a two-layer soil system containing a course drainage layer located below a finer, slightly more organic surface/planting layer. Together the soil layers work to support plant life, while also maintaining optimum soil moisture and filtering and infiltrating storm water. Working closely with Tim Craul through a rigorous testing process, we were able to create and manufacture soils that met these criteria.
Our longtime client C. Caramanico and Sons performed the installation. Over 3,000 yards of Laurel Valley custom soil was spread to create a six acre park-like setting integrated with a state of the art storm water management system. This area, referred to as a “social space” is used daily by employees of the various Naval Yard businesses. The landscape is a beautiful sanctuary for people to enjoy, play in, and unwind amongst aesthetically pleasing yet functional bio-swales and rain gardens seemingly hidden right before your eyes. The award winning landscape was designed by James Corner Field Operations, most recognized as being the Project Lead on NYC’s famous High Line, and is a wonderful example of what the future of urban storm water management is all about.
The award for the most unusually cool application using our Enriched Topsoil goes to The Woodlands for their Grave Gardeners Program. Yup—I said it—Grave Gardeners!
Jessica Baumert is the Executive Director of the Woodlands, and the brainchild of this unique program. The Woodlands, a National Historic Landmark District, is a 54 acre property containing an 18th century garden, 19th century rural cemetery, a mansion, community garden, and acres of open space that backs up to West Philadelphia’s University City.
With the mansion already targeted for restoration fundraising, Baumert wanted the many “cradle graves” that line the Woodlands Cemetery to also feel the love by being restored to their original botanical beauty. So with excitement and apprehension, Jessica put her dream out there—with an open call for “Grave Gardeners”, and hoping there may be 20 people willing to join her to get this project going.
Imagine her surprise when 80 people, many of whom are city residents with no land of their own available for gardening, applied! Blogger Modern Day Dirae, who, like many of her fellow “Graveners” have become mildly obsessed with their grave’s resident, posted this on her blog:
It is with great pleasure that I would like to introduce you to Mary Siffert Ruehmann.
A resident of the 29th Ward here in Philadelphia, Mary was born to Frederick Ruehmann and Caroline Ludy on January 27th, 1846 and died on the 12th of May, 1909 at the age of 63. At this point, I do not know if she had any children. It does not seem likely since she died with her father’s name, but I am going to try to do some more research and see what I come up with. I have not fully decided what I would like to do to pay tribute to Mary. I am going to visit her over the weekend and see what her grave calls for. Since it doesn’t look like there is any writing visible on the headstone part of her cradle grave, I will likely put roses or some sort of vine up there as a large backdrop to what I will do inside the cradle.”
To prepare, the Graveners attended 3 seminars covering topics such as the overall cemetery beautification movement in Phila., Victorian plants and their use in cemetery gardening back in the day, and how to prepare garden beds for planting.
The Woodlands, through the Pennsylvania Horticultural Society, used over 100 cubic yards of Laurel Valley Soils Compost-Enriched Topsoil to fill the cradle graves and ready them for planting. LVS Enriched Topsoil contains Compost, which increases soil’s organic matter to:
The Woodlands is one of the hundreds of betterment projects that we have done in conjunction with PHS. Stay tuned as we chronicle more of them here in our blog!
In the meantime, want to learn more about The Woodlands Grave Gardening Program?
Check out the video below to see the beautification process in progress: https://www.youtube.com/watch?v=jmqpQsYQH0w
And follow the Woodlands on Facebook here: https://www.facebook.com/woodlandsphila
Cool season grasses, which are typically grown from Delaware northward, benefit tremendously from a dose of compost every fall or spring, often in combination with aerating. Adding organic matter-rich compost provides a myriad of benefits, as shown in the video below.
Have questions? Call us! 866-LVSoils
But it didn’t stop our customers, because no matter how WET it was yesterday, we will deliver DRY topsoil and compost today!
With 15,000 cu yd of covered topsoil storage and 30,000 sq ft of production capacity for blending custom engineered soils used for bioretention basins, rain gardens, green roofs and general stormwater management, we definitely have you covered!!! As soon as you are able to get back out on the job site, we have dry soil and compost ready and waiting to be delivered to your location. No more dealing with wet product, or delaying work while waiting for it to dry out.
Our Enriched Topsoil contains our nutrient-rich Premium Compost, which provides the following benefits:
Want to learn more about ways customers have used Laurel Valley Soils? Check out our blog post “Jake and Suzanne Go Site Seeing in Philly”
And we wish you a very happy and safe Memorial Day, too!
Just think–with all your party scraps, it may be the perfect time to start your compost pile!
Our morning meeting wrapped up with a tour of Central Green, the 5 acre park located in the middle of Philadelphia’s Navy Yard. This oasis contains lifestyle amenities for the 10,000+ person local work force and includes a fitness station, amphitheater, a hammock grove, bocce courts, ping-pong tables, a huge communal table, and a bioretention basin for stormwater management. As you can see in the photo below, this is not your Daddy’s bio basin! We are extremely proud to have provided the soil to help create this masterpiece of function and beauty!
After the Central Green festivities were done, Jake and I headed out, with compost cam and gps at the ready, to check out our dirt piles all around the city!
The Pennsylvania Horticultural Society has hundreds of PHS Vacant Land Site projects, and the photos below showcase five of them, after they have been cleared of debris and received our soil delivery.
Below is a great photo, as it shows the various stages of Vacant Land Site completion. In the background, you can see where the debris has been cleared, and a pile of soil that has just been delivered. Then you see a lot where the soil has been spread, and in the foreground is a fenced space that was completed in past seasons.
Next was Rodin Square, where Laurel Valley Soils custom blended the soil for rooflite, and the mix is being used for tree planting on a roof garden, around a to-be-installed pool! Soil must be blown up to the roof site, as shown in the photo below.
Our final stop was at the Pennovations site, where Laurel Valley Soils are being used for several bioretention basins as well as for planting trees.
Want us to grab the compost cam and visit YOUR installation? Call us!
Until our next site seeing trip…..
According to Joe Lamp’l, host of Growing a Greener World, it always begins with a generous topdressing of STA Certified Compost! It’s the most readily available, economical, and stabilized form of organic matter on the market today.
Joe Lamp’l discusses how to topdress your lawn with compost in the video here:
Compost can be derived from many different types of materials, including yard trimmings, food scraps, leaves, manure, and post-harvest mushroom compost. In the previous two blogs, we discussed why you should use compost, and why you should use STA Certified Compost. Here, we are going to explain the benefits of using post-harvest mushroom compost from Laurel Valley Soils.
Many types of compost are made using whatever unused products are available at that time, sort of like when your Mom would make soup from all the leftovers at Thanksgiving. Creating Laurel Valley Soils Compost is more like baking your Great Grandmother’s famous, award-winning upside-down carrot, macadamia and bourbon cake. It requires using only the finest ingredients and carefully following the recipe, as there are high expectations on the line!
Because our compost is initially created to grow fresh mushrooms, we follow a strict formula containing only the highest quality, purchased and inspected ingredients including hay, straw, recycled horse bedding, cocoa shells, poultry litter, corn cobs, and gypsum. After the crop of mushrooms is complete, we take back the post-harvest mushroom compost, let it compost down some more, and then upcycle it as premium compost or repurpose it to create enriched topsoil.
So why should YOU specifically select Laurel Valley Compost? What separates LVS from the crowd?
At Laurel Valley Soils, we specialize in providing the exact product you need, including creating custom engineered soil blends. Whether you are looking for straight compost, compost-enriched topsoil, or blends for bio-retention basins, rain gardens or any other need, we have the skill, expertise and experience to meet all your project requirements.