SJRCD Council

 
Soil Health

The ancient Greeks believed there were four elements on this planet; Earth, Water, Air, and Fire. Chemistry would later prove them wrong.  Three of these four items, Earth, Air, and Water; are essential to life as we know it. Clean Water and Air became rallying cries for the creation of Earth Day, but another name for earth, namely, soil has not received the same attention until recently.

The South Jersey Resource Conservation and Development Council has long realized the importance of soil to our way of life.  Without healthy soils we would not have bountiful foods, our majestic forest, babbling brooks, potable water, or many other treasures of our environment.  We often mistreat our soils. In fact, we treat them like dirt!!!  Mismanagement erodes our cropland and urban soils leaving sediment in our waterways — our greatest water polluter. 

Soil Compaction is another example of soil mismanagement. Healthy soils are almost 50% pores. This pore space permits water and air to reach plant roots.  Water also moves below the root zone which reaches ground water, the source for much of our drinking water. In compacted soils, this pore space is much less, reducing groundwater recharge and increasing stormwater runoff, i.e. flooding.

The following projects are efforts by South Jersey RC&D and its partners to improve Soil Health:

» Soil Health Conference
» No-Till Pumpkins
» Blue Card Program
» Soil Quality Workshop


"Soil Health" in The Sandpaper

Two Soil Health articles by Angela Andersen graced the March 3, 2010 issue of the Ocean County weekly, The Sandpaper. "Beaneath the Tap: Concern" delineates the apprehension about water quality and quantity in the aquifers located in the southern coastal plain of New Jersey. "Soil 'Health' Vital to Healthy Earth" describes the Soil Health Conference to be held March 9, 2010 at the Burlington County College Enterprise Center in Mount Laurel, New Jersey.

The Sandpaper 030310 Articles - (PDF - 1.1MB)


Soil Health ConferenceSoil Health Conference

Tuesday, March 9, 2010
Enterprise Center - Burlington County College
3331 Route 38, Mount Laurel, NJ


The purpose of the Soil Health Conference is to gain an Understanding of Soil Health Connections with regard to: Stormwater Runoff Impacts, Climate Change and Soil Ecosystem Services, Stream Erosion and Impacts on Aquatic Environments, Groundwater Recharge-Quantity and Quality, and Sustainable Agriculture.

 

 

More Information

More Information (PDF)

Sponsor the Soil Health Conference?


scorecard promoSoil Health Scorecard

The “Blue Card for the Blue Crab Program” initiated locally by the Ocean County Soil Conservation District, with technical assistance from the Natural Resources Conservation Services, is designed to train specific target audiences to evaluate existing soil conditions utilizing easily measured indicators, and to offer management suggestions to improve and sustain healthy, functioning soils. The premise of the program is that healthy, functioning soils can improve both water quality and quantity. Ocean County lies nearly completely within the Barnegat Bay watershed, where blue crabs (Callinectus sapidus) are an important economical species both commercially and recreationally. Thus, healthy and viable blue crab harvests depend on healthy soil throughout the watershed.

The Blue Card Program is formatted in 1-2 day training sessions which present basic soil information and management issues to specific audiences. Workshops typically entail both presentations and hands-on, field experiences. Biological, chemical and physical soil characteristics determine the behavior of soils; understanding and managing these characteristics requires a base of knowledge.

The Soil Health Card for Barnegat Bay is the latest initiative and is a simple assessment tool to provide a relative “soil health” evaluation. Utilizing easily measurable indicators, the card uses is a relative scoring scale to give a “soil health overview.” The Soil Health Card is not meant to replace soil testing from an accredited lab, nor to provide specific data that may be necessary for proper soil evaluation.

The Soil Health Scorecard will be presented at the Soil Health Conference on March 9, 2010. NRCS Resource Conservtionist Eileen Miller requests you evaluate the Scorecard before the Conference.

Click the Soil above right.


Engineering Marvel

Incas prevent Runoff

Machu Picchu (Old Peak), located in the Peruvian Andes, is an impressive engineering site. The Incas started building it around AD 1430 at the height of the Inca Empire.

The difficult site constraints associated with the nearly 78 inches of annual rainfall, steep slopes, landslides, and inaccessibility posed drainage challenges that were successfully met. The technical analysis of the Inca drainage works demonstrates that the drainage criteria used were reasonable and the implementation exceptional, and that the Inca were good engineers even though they labored without the benefit of a written language or the use of a wheel.

Click the photo to view video description of drainage system.
(Minutes 26 to 32)

Machu Picchu

Photo courtesy of Philippe Buffard


Harvard Yard Soils Restoration Project

The Harvard Yard Soils Restoration Project was a pilot effort modeled on the fully organic landscape maintenance program successfully operating at Battery Park City Parks in lower Manhattan since 1989. The project objectives were to:

• Restore health and vitality of Harvard Yard soils and plants without the use of chemicals or synthetic fertilizers.
• Implement and sustain a fully organic program at Harvard.
• Raise awareness of Harvard community to the benefits of organic landscape management.
• Provide opportunities for teaching and academic research.

View Project Summary Report dated February 2009

 


PumpkinSouth Jersey RC&D and Rutgers Cooperative Extension to demonstrate No-Till Pumpkins technique

The Peanuts character, Linus, waited in a pumpkin patch every Halloween for the Great Pumpkin, who would give gifts to those who believed in him. These gifts were not toys you requested as it is with Santa. Instead, they were gifts the Great Pumpkin thought you needed. Perhaps the Great Pumpkin is giving us cleaner pumpkins and cleaner water.

No mud in the field…no mud in the stream.

This year South Jersey RC&D Council and Rutgers Cooperative Extension will demonstrate planting pumpkins that promises no mud in the field and no mud in the stream. This technique, known as no-till, will plant pumpkin plants directly into a field of cut and crimped cover crop. The fields will have a blanket of straw over them that reduce mud in the field. This allows for a cleaner pumpkin come picking time. This same blanket of straw or mulch, reduces soil erosion, thus less mud in the stream.

No Till PumpkinThis project actually starts this fall with two local farmers planting rye cover crop in the demonstration fields. Next year these farmers will use a special farming tool, called a crimper to cut and crimp the waist high rye into pieces of straw that will provide a blanket over the soil. Pumpkin plants are then planted into this mulch using a special no-till planter.

This project is funded through a Conservation Innovation Grant provided by the USDA Natural Resources Conservation Service to the Council. The grant funds the actual plantings, purchase of this specialized equipment, and field days. Next year the field days will demonstrate the system to local farmers and conservationists. Rutgers Cooperative Extension will supervise the plantings. They will work with the farmers to select sites for this technique and similar sites where pumpkins are planted using conventional means. Rutgers will monitor and measure soil moisture and yields for each plot to assess the success of this technique. Rutgers and the Council will hold two Twilight meetings at both sites to show the crimping operation next spring and the final yields in the fall.

[insert photo of Bill or Ray taking measurements or a twilight meeting]

We expect the field days to encourage farmers to use this system. The crimper and No-Till planter will be available to farmers at a nominal fee.


View No-Till Roller Crimper Description


Courtesy of The Rodale Institute

Click here if the above video is not working.

spacerYou may need to upgrade your browser and/or Flash plugin to view YouTube videos.

 


Blue Card Program

Blue Card for the Blue Crab

blue card logoThis ongoing Barnegat Bay estuary program seeks to improve water quality in Barnegat Bay. What many people fail to realize, though, is that many of the contaminants found in the water originated on dry land. Many of these contaminants get to the bay, because soils in this suburban watershed are not functioning properly.

To make this connection between healthy soils and water quality in the bay, the Council will assist with Ocean County Soil Conservation District (SCD) to educate landscape contractors, ground maintenance workers, and engineers on how to recognize, fix, and prevent soil health problems created during site development and landscape maintenance.

Blue CrabThis program, named the Blue Card Program, is modeled after Delaware's highly successful Contractor Training Program.

The primary goal is to make the connection between healthy water and healthy soil.

 


Healthy Soil for a Healthy Watershed
spacera Hands-On Blue Card Workshop

 

Blue Card for the Blue Crab - Connecting Soil & Water

October 22, 2009 — Cattus Island Park
October 29, 2009 — Jakes Branch Park
spacer

The 2-day workshop, sponsored by the Ocean County Soil Conservation District will explore basic soil properties and their relationship to soil function.

Through a combination of classroom and field experiences, participants will:

• Measure and assess chemical , biological, and physical properties of soil
• Receive resources & instruction to aid in design, planning, developing and maintaining a site’s soil health.
• Pilot the Barnegat Bay Soil Health Scorecard on several area locations.


More details Information

View Workshop Summary & Presentations

 

Soil Quality Workshop
  Eileen finishing touches

Well over an hour before the event:

I snuck in and found Eileen putting the final touches on her presentation.

Hey Look! The Lady is smiling!

Soil Quality Workshop overflows the hall!

  Come on in!

Come on in!

We'll gladly find
you a seat!

     

$ave some Green, Love your Loam!

February 26, 2009

The South Jersey Resource Conservation and Development Council and Burlington County Freeholders jointly hosted the $ave some Green, Love your Loam! Workshop on February 26, 2009. The workshop drew an audience of 40 farmers and conservationists to hear discussions on Soil Quality and Water Quality. Burlington County Freeholders provided a tasty quick meal, enjoyed by all, which provided an opportunity for neighbors to reunite.

Ray dips into the Pasta   Neighbors
Ray Samulis is dipping into the Pasta.
Looks like the Ham sandwiches were a hit; only one left.
 
Neighbors and Conservationists chat before the main event.

Gina introduces EileenBurlington County Resources Water Coordinator, Gina Berg (right) introduced Eileen Miller, NRCS Resource Conservationist, who spoke on Soil Health. Eileen explained we need to manage our soil properly with good conservation practices to improve soil function. She emphasized the following ten crop management strategies to assist farmers in improving Soil Health and the bottom line:

1. Eliminate Erosion
2. Minimize Stirring – i.e. Reduce tillage.
3. Maximize Organic Matter Production – Yield is good!
4. Maximize Organic Matter Return – Keep Soil Covered. A 1% increase in Soil Organic matter returns $693/acre in nutrients.
5. Give it time to work – A degraded soil may take years to function properly again.
6. Grow Something Year-Round. Plant cover crops in between crops.
7. Diversify Crop Rotation - Diversity equals stability in any biological system. Diversity above ground equals Diversity below ground.
8. Prevent Compaction
9. Optimize Nutrient Applications. The life in the soil can do an excellent job of feeding plants.
10. Optimize pest control – Over-application of pesticides can harm plant-soil-biological relations.

Soil Compaction Demo 1   Soil Compaction Demo 2

Eileen demonstrates (four photos) aggregate stability by placing two similar soils into water.  The soils main difference was in its' management.  The soil on the left was an established field of warm season grasses, while the soil on the right had been conventionally tilled with a small grain cover crop.  The higher aggregate stability, meaning ability of the soil to resist degradation, the less dispersion of the soil when subjected to erosive forces of wind or water.  The soil with the most organic matter (soil glue) the higher the aggregate stability as shown by the clearer water in that sample.  The cloudy water shows how the soil just fell apart and disintegrated in the water, thus demonstrating its' lack of organic matter and lower aggregate stability.

Soil Compaction Demo 3   Soil Compaction Demo 4
   

Eileen Miller's "Soil Quality Workshop" presentation may be viewed two ways:

1. Download the PowerPoint file (20 MB) - high speed connection recommended

2. View the presentation Online - 12:22 minutes


 

Sandra GoodrowFlow MeasurementNext Gina Berg introduced Sandra Goodrow (left), the Program Associate for Rutger’s Cooperative Extension Water Resources Program. Sandra presented “The Assiscunk Creek Headwater Restoration and Protection Plan: Water Quality, Site Evaluation and Next Steps.” This presentation focused on water quality findings in the Annaricken-Assiscunk-Barkers Brook watersheds. Earlier samplings of these watersheds had shown high levels of phosphorus and fecal coliform in these waters. Sandra explained there were six water quality sampling sites and four biological assessment sites. Flow measurements (right) and other water quality samples were taken at each site during each water quality testing event. Long term monitoring of water elevation is being recorded at the three main watershed outlets.

You may view the entire presentation here.spacerPDF = 4.4 MB

Burlington County received a DEP grant to further study the source of this pollution and develop a plan to reduce these contaminants to acceptable level. Sandra was enlisted from Rutgers to evaluate water from the watersheds. Her water testing found phosphorus and fecal coliform levels were excessive in around 50% of the samples. Her next steps are to identify pollution sources and model this watershed in order to create a plan on how to most effectively reduce these contaminants.

Rick Parenteau

 

Many of the farmers in the audience were already aware of the water quality issues in the watersheds. A portion of the Annaricken-Assiscunk-Barkers Brook watersheds grant funds the Friendly Farms project operated by South Jersey RC&D. In this project, Rick Parenteau (right) conducts personal evaluation interviews with participating farmers in the watershed to discuss Best Management Practices and water quality.

Ken TaaffeRay SamulisGina turned the meeting over to Ken Taaffe (left), Coordinator for SJRCD, who introduced Ray Samulis (right), CEDH, Rutger’s Cooperative Extension of Burlington County. Ray began his presentation by answering all previously unanswered questions from the audience. He then explained the role of Rutgers Extension in the county. He invited the audience to contact the Cooperative Extension to assist in the resolution of any issues.

Nicole CiccaglioneKen Taaffe finally introduced Nicole Ciccaglione (right), NRCS District Conservationist. Nicole explained the NRCS mission and services and introduced her staff. She invited the audience to contact any member of her staff with agriculture or conservation issues.

The Soil Quality Workshop was an absolute success. SJRCD and Burlington County propose future workshops. Topics will include use of the soil quality test kit, a no-till demonstration for vegetable cropping, and a tour of the Rodale Farm.

 

 

 
 
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