Combat Extreme Weather to Save Crops with Silicon

However, biostimulants can help struggling crops get back on their feet by helping to restore root systems, improve tiller health, stimulate root and shoot growth, and overcome abiotic and biotic stresses.

“Prolonged soil saturation impacts rooting and can cause roots to die off. However, using a silicon biostimulant to strengthen the root can improve the plant’s ability to obtain nutrients and recover from the lack of oxygen caused when soils are saturate,” explains agronomist Mike Stoker from biostimulant specialist Orion FT.

He suggests that silicon improves root nutrient uptake and how efficient the plant is at converting nutrients. 

“Providing a winter wheat plant, that has been growing in waterlogged soils, with supplementary silicon, changes its tolerance to stress and improves leaf and tiller growth, which will set the plant up to photosynthesise more effectively in spring and summer,” adds Mr Stoker. 

Cornwall recorded its wettest January on record, with 267.6 mm of rainfall. The Southwest of England and South Wales collectively saw 156% of the long‑term average, while the Southeast and Central South of England was even wetter at 188%, reflecting a storm track that repeatedly brought systems into southern regions. The University of Reading has also reported that rain fell every day in 2026 for 25 consecutive days which is longest spell ever recorded by its Atmospheric Observatory.

Plants that have sat in wet soils over winter, and into spring, will have ‘lazy’ roots, suggests Mr Stoker, who also identifies that a spring or summer drought is still probable based on previous years weather patterns.

“Weather extremes are becoming more common and it would not be extraordinary for cereal crops to soon be experiencing drought, as many did in June last year. Lazy roots fail to reach deep enough in these conditions to find sufficient moisture and so the plant suffers both having been starved of oxygen in saturated soils and of water in periods of drought. This will have a significant impact on yield if not addressed,” he says.

Once absorbed, silicon is deposited within and between the cells of the plant and it also encourages crops to absorb beneficial elements such as nitrogen, calcium, and zinc.

“Silicon can be applied at every crop growth stage using a variety of application methods. This season it is likely to be best utilised as a foliar spray but it can also be applied direct to soil, as a seed treatment or via fertigation. For those struggling to deal with weather extremes, biostimulants offer a cost-effective and sustainable option to getting back on track by strengthening plants’ natural defences,” he concludes.

We have developed novel product formulations that stimulate natural plant defence mechanisms, with application across all sectors including agriculture, horticulture, ornamentals, amenity and forestry.

To speak to a member of the team to discuss your requirements, please Contact Us today.