Reading the Ground — the Soil Work Begins

Everything about this restoration eventually comes back to the soil. So before we drill the native seed and before we strike the first trays on the propagation bench, we spent a day with buckets, bags and a sharpshooter figuring out what the ground actually is. Not what the county soil survey says it should be — what it is, section by section, the year we start.

Three reasons to dig

• The record — soil tests are part of our NRCS EQIP obligations. The conservation practices we signed up for start from a documented baseline, and the lab results go into the same public file as everything else here.
• The seeding — the native grass-and-forb mix is going into ground that's carried fertilized hay for twenty years. Knowing the texture, pH and nutrient load across the sections tells us what the seed is walking into, and where the drill plan needs adjusting.
• The bench — we gathered soil as well as sampled it. Screened native soil from the tract goes into the propagation unit's mix, so the seedlings and cuttings we raise start in the same dirt they'll get planted back into.

How the day went

We pulled cores across the working sections and composited them by area, then bagged and labeled everything against the section atlas — samples for the lab in one set of bags, gathered soil for the bench in buckets. It's unglamorous work in July heat, and it's about the cheapest insurance the whole project buys: a seed mix or an amendment chosen against real numbers instead of a guess.

What happens next

The samples go to the Texas A&M AgriLife Extension Soil, Water and Forage Testing Laboratory in College Station — the standard bench for Texas land work — and the numbers come back here. They'll shape the amendment plan for the converted acres, tune the drill mix where a section runs thin or alkaline, and set the recipe for the bench's first potting-mix trials. When the reports land, we'll post them in this journal with everything else.