Reynolds Forestry Consulting

& Real Estate, PLLC

a small company doing big things...

Click topic below for viewing

Bodcaw 265-acres

Planted Pine &

Natural Hardwood


Nevada County, Arkansas

SOLD 12/31/2021


Other Land Sales

Timber Sales
Home Sales

Hunting Lease

Office Location
Job Opportunities
Contact RFC
Would you like to receive emails for land or timber sales: Click here

Information about:

Timberland Management
Site Preparation
Custom Designed Maps
Mechanical Site Prep
Resort Marketing
Forestry Articles
Bluetick Puppies


Community Projects
Timber Talk Radio Show
Affiliations & Links

Click to send e-mail

Our site is best
viewed using Internet
Explorer 4.0 or greater.
If you don't have it... 
Upgrade now.

Get Internet Explorer 5.0


Soil Mapping and Classification
Soil is the primary factor affecting site productivity for all crops from soybeans to Loblolly pine. In fact, the primary elements that enable any plant's growth is availability of soil moisture, nutrients and sunlight. One of the most important factors for making sound silicultural management decisions should be the full knowledge of productive potential of its timberlands. A well-planned soil survey of forestlands will meet these needs.

Decisions on operations such as harvesting schedules, regeneration methods, site preparation prescriptions and access road engineering can be planned in a logical and more profitable manner. The soil survey published by the Soils Convervation Service (SCS) were generally mapped for the production of agriculteral crops that deals with surface soil layer or Ap horizon and is sufficient for timber production. Factors affecting woody growth or deep-rooted tree species are more complex. Micro-site conditions such as surface soil depth or surface and internal drainage conditions are often insufficiently defined to assess pine tree productivity.

Through soil evaluation and mapping, we can derive soil types and characteristics, which enables determination of site productivity or site index. Site Index is a measure of site quality based on height of dominant trees at a base age. Through soil mapping we can determine pine tree site index in open fields where there are no trees. Additionally, soil evaluations help in determination of Streamside Management Zones (SMZ) and other problem areas that need omitted or regulated in timber harvesting. Through soil evaluations we can locate these areas and practice a more environmental friendly management.

Most big timber producing companies have started soiil mapping their land. They do this to locate their high yeild timber area, moderate yield timber areas and problem areas. Georgia Pacific (The timber comany) started an intensive soil-mapping program in 1996. They enlisted Dr. Ku with the University of Arkansas at Monticello (UAM) to map their lands. This is where I (G. Scott Huff) received my training in soil mapping. We mapped over 75,000 acres in a year. Georgia Pacific and Dr. Ku initiated a nine-category classification system, which would give any trained person, a basis for proper timber management

Their system is broken down as follows:


Soil Characteristic and Nomenclature
1 Soil Group (A through G)
2 Drainage Class (1-5)
3 Horizon Depth (0-9, or to z)
4 Surface Texture (a-l)
5 Sub-Surface Texture (a-l)
6 Site Quality or Site Index (1-10)
7 Landscape Position (A-H)
8 Surficial Geology (A-Z)
9 Modifier (a-x)
Soil is a limiting factor that affects most silivcultural prescriptions. We derive and define soil characteristics before management prescriptions are made. A soil map is generated for our records for future prescriptions. The following page is an example of one of our soil maps.

Click here to return to site preparation page