Recovering From Severe Weather

Joe Pedroza • June 16, 2025

What Farmers Should Test and Do After Storm Damage



Severe storms this season — hail, high winds, flooding rains — have battered crops across the Central US. The impacts go beyond visible damage; they change how soil and plants behave for the rest of the growing season. Knowing how to assess, test, and correct storm-related issues is critical for minimizing losses and keeping yield on track.


How Storm Damage Affects Crops and Soil

Hail & Wind: Physical injury to leaves and stems reduces photosynthesis. Open wounds invite pathogens and reduce plant vigor. Expect to see secondary diseases weeks after hail.

Heavy Rain & Flooding: Saturated soil turns anaerobic, stressing roots and slowing nutrient uptake. Surface compaction and crusting can occur once soils dry. Nutrient leaching is common for nitrogen, sulfur, and boron.

High Winds & Tornadoes: Debris causes hidden bruising and breaks that may not be visible immediately but become infection sites later.


Detailed Field Inspection Tips

  • Quantify leaf area loss: More than 25% defoliation typically warrants nutrition adjustments.
  • Check root zone condition: Dig small pits to check for standing water below the surface. Saturated soil can stunt roots for weeks.
  • Assess lodging severity: Lodged plants can recover if stalks remain flexible; if not, expect reduced yield.
  • Look for disease incubation: Monitor weather conditions — warm, humid days after damage are ideal for fungal spread.


Why and What to Test Now

Soil Testing: Post-storm soil tests help verify nutrient losses from leaching. Pay special attention to nitrate-N and sulfate-S levels. If you have compacted or crusted soil, check pH and EC as well — surface sealing can trap salts.

TPSL Plant Natural® Soil Test


Plant Tissue Testing: A tissue test shows what the plant is still able to absorb under stress. Combine this with soil data for a complete plan — don’t just feed the soil blindly.

ASK THE PLANT® Sap Test


Water Testing: If runoff is high, well and pond water can carry silt, pathogens, or excess salts. Periodic checks protect irrigation lines and crops.

Basic Water Analysis


Expert-Level Recovery Steps

Split nitrogen applications: Instead of heavy single topdressing, spoon-feed small amounts based on updated soil nitrate levels to reduce loss and stress.

Use foliar sprays wisely: Foliar feeding provides fast relief but choose low-salt, crop-safe products — amino acid chelates or biostimulants work well post-damage.

Add calcium if fruiting crops were hit: Physical injury increases calcium demand for wound healing and fruit set.

Consider microbial inoculants: Saturated soils often lose beneficial microbes; a targeted inoculant can help roots recover faster.

Re-test in 2-3 weeks: Use a follow-up tissue test to confirm that corrections are working and adjust before reproductive stages are fully underway.


Call Us for Custom Plans

No two storms — or fields — are alike. TPS Lab’s consultants can build a precise recovery plan using your fresh soil, tissue, and water data so you don’t overspend or misapply inputs.


📩 Submit a sample today or call 956-383-0739 to speak to an agronomist. Don’t wait — every day counts after severe weather.

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As summer sets in across much of the country, crops enter one of the most demanding phases of their life cycle. With increased heat, active fruiting, and water stress, nutrient uptake becomes more unpredictable. Even the most well-fertilized soils may fall short in delivering the right nutrients at the right time. That’s where mid-season plant tissue testing becomes an invaluable tool. Why Soil Tests Alone Aren’t Enough Soil tests provide a vital baseline before planting, helping you understand what's available in the root zone. But as the season progresses, multiple factors can interfere with nutrient uptake: Heat stress and limited moisture reduce nutrient movement in soil, making it harder for roots to access nutrients even when they're present. Soil pH shifts —common as microbial activity changes—can lock up nutrients like phosphorus, zinc, or iron, rendering them unavailable to plants. Plant demand changes rapidly during flowering and fruiting, meaning nutrient requirements evolve faster than soil reserves or slow-release fertilizers can respond. A mid-season tissue test reveals what the plant is actually absorbing, not just what’s in the soil. What Tissue Testing Tells You A tissue test provides a real-time snapshot of the plant’s nutritional status. It helps identify: Early signs of nutrient deficiencies , often before symptoms show up visually. This allows for preventative correction, rather than trying to fix a visible problem too late in the season. Imbalances between key nutrients , such as excess nitrogen suppressing calcium uptake, or low magnesium reducing potassium efficiency. Uptake issues caused by stress , poor irrigation practices, or compacted root zones—especially important in summer when evapotranspiration is high and root efficiency is lower. Tissue testing gives you the insight needed to make targeted nutritional corrections , optimizing fruit set, size, and quality. When and How to Tissue Test For most fruiting crops, ideal sampling windows include: Just before flowering , when nutrient demand is about to spike. Early fruit development , to support strong cell division and prevent blossom-end disorders. Mid-season (peak fruit load) , when nutrient draw is at its highest and deficiencies are most likely to develop. Select healthy, recently matured leaves from a representative section of the field. Avoid leaves with obvious damage, disease, or pest activity. Consistency in sampling location and leaf age is critical for accurate comparisons over time. At TPS Lab, we provide detailed sampling instructions and fast turnaround times, so you can act before yield is compromised. Common Summer Deficiencies to Watch For Even in fertilized fields, these nutrients often fall short under summer stress: Potassium (K): Crucial for water regulation, sugar transport, and fruit development. Deficiencies can cause uneven ripening, poor flavor, and lower yields. Calcium (Ca): Required for cell wall strength and fruit quality. Limited uptake often causes blossom end rot in tomatoes and peppers or tip burn in leafy greens. Magnesium (Mg): A central component of chlorophyll. Magnesium deficiency can lead to interveinal yellowing and poor photosynthesis, especially under intense sunlight. Micronutrients (Boron, Manganese, Zinc): These trace elements play vital roles in pollination, enzyme function, and hormone regulation. Even minor deficiencies can lead to poor fruit set or malformed growth. How to Act on Results Once your results are in, use them to tailor your in-season fertility program. Depending on the crop and severity, this might involve: Adjusting fertigation blends to include more soluble potassium or micronutrients based on test results. Applying foliar sprays for immediate correction, especially for mobile nutrients or in cases where soil uptake is impaired. Incorporating amino acid-based fertilizers or biostimulants to enhance nutrient absorption, increase stress tolerance, and promote balanced growth without risking burn or over-fertilization. TPS Lab consultants can help interpret your report and recommend specific products or strategies—whether that includes our own solutions like Nitro P9 or CSL+ , or broader categories suited to your operation. Stay Proactive, Not Reactive By integrating tissue testing into your summer crop management, you shift from guesswork to precision. Avoid late-season surprises, improve fruit quality, and maximize your ROI with simple mid-season monitoring.  Ready to test? Click here to submit a sample or call us at 956-383-0739 to speak with a consultant.
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