• Divide the full acre of land into smaller, manageable sections for sampling.

• Ensure that each sample area represents similar soil conditions, such as texture, color, and vegetation.

• Use a consistent sampling method (grid, random, or zig-zag) to collect soil samples across the acre.

• Take multiple samples from each section and mix them together to create a composite sample for analysis.

• Collect samples at the same depth to maintain consistency and accuracy in the results.

• Label each sample clearly to keep track of the location it was taken from.

• Consider factors such as slope, drainage patterns, and historical land use when sampling different sections of the acre.

• Work systematically to ensure that all areas of the acre are adequately sampled for a comprehensive analysis.

When it comes to sampling the full acre, attention to detail is crucial for achieving accurate results. To begin, it is recommended to develop a comprehensive sampling map to guide the process and elevate the quality of your data analysis. Following the example illustrated in our infographic. The additional capturing of photos of the sampled areas is essential. Whether you opt for a digital or analog approach, creating a detailed map indicating the locations where soil cores are extracted is vital. It is also important to photograph each collection position to provide additional insights. Surface photos and sampling photos each offer valuable information, so it is advisable to include both in your documentation. Just as depicted in the infographic, clearly mark the locations from which samples are obtained for each 1/4 acre land parcel. It is imperative to keep similar sample cores grouped together and avoid mixing samples collected from different areas, such as the lawn and garden.

By collecting 3-5 samples from each 1/4 acre parcel, we offer results that are essential for making well-informed decisions.

The more data, information, and media you provide us, the better equipped we will be to assist you. By sharing a wealth of details, you are not only benefiting your environment but also enabling us to help optimize your soil food web to operate at its peak efficiency for your plants' benefit.

Soil Sampling Protocol for the Biological Approach to Growing Plants.

Objective

To collect soil samples that accurately represent the biological diversity and health of the soil in a given area, using a randomized core collection method and mapping of collection points.

Equipment Needed

- MBG Soil Core Puller (Kitbox included).

- Collection Kitbox (included mailer).

- MBG Pen

- GPS device or smartphone with GPS capability

- Camera or smartphone with camera

- Gloves (optional)

- Notebook and pen

Preparation

1. Create a Collection Map: Draw a map of the sampling area, marking potential sampling points. Ensure these points are randomly distributed across the area to avoid bias.

2. Identify Sampling Area: Define the boundaries of the area to be sampled. Notate them on your drawing/map/photo. Identify the target of this test. This could be a field, garden, solitary tree, or any other designated plot.

Sampling Procedure

Step 1: Randomized Sampling Points

1. Randomize Collection Points: Use a random selection of the sample collection points in your project area.

2. Mark Points on your Map: Plot these points on your collection map.

3. Take Photos: Make sure you take photos to correspond with the sampling points on your map. Also photograph the soil surface at each of these locations to upload to your sample file. These photos will help us to help you. The more information we have to work with, the better we can help you.

Step 2: Core Collection

1. Prepare Equipment: Ensure the MBG Soil Core Puller is clean and ready for use.

2. Complete Sample Registration Document: Make a note of the Registration Number on the document with the collection box to register your sample with us online.

Step 3: Collecting the Samples

1. Navigate to Sampling Point: Use the GPS device to locate the first randomized sampling point.

2. Document Location:

   - Take a close-up photo of the exact spot where you will insert the soil core puller.

   - Take a full photo showing the broader context of the sampling location.

3. Insert Soil Core Puller:

   - Insert the soil core puller into the soil.

   - Rotate and pull out the core, ensuring a consistent sample depth.

4. Transfer to Soil Sample Kitbox: Place the soil core into the corresponding labeled collection box.

5. Record Details: In your notebook, record the GPS coordinates, date, time, and any notable observations about the sampling location.

Step 4: Repeat Process

1. Move to Next Point: Repeat the above steps for each randomized sampling point.

2. Document Each Point: Ensure each sampling point is documented with photos and recorded details.

Post-Sampling

Step 1: Review Collection Map

1. Verify Completeness: Ensure all randomized points have been sampled and documented on your collection map.

Step 2: Store Samples

1. Seal Boxes: Ensure all collection bags are properly sealed to prevent contamination.

2. Store Samples: Store the samples in a cool, dark place until they can be shipped.

Step 3: Data Management

1. Organize Photos: Label and organize the photos corresponding to each sampling point.

2. Compile Data: Compile all recorded data, photos, and the collection map into a single report for analysis.

Analysis

- Send Samples for Analysis: Send the soil samples to our lab specializing in soil food web analysis to assess biological diversity and soil health.

- Review Results: Use the results to inform soil management and plant growth strategies based on the biological approach.

This protocol ensures a thorough and unbiased collection of soil samples, providing valuable insights into the biological health of your soil. Proper documentation and randomization are key to obtaining accurate and representative data.