Which Raises an Interesting Question About Nitrogen   “DON’T PANIC – The nitrogen is already in the air.”   That phrase might sound slightly tongue-in-cheek, but the point behind it is quite real. Over the last few seasons, I’ve found myself paying more attention to fertiliser markets than I used to. Nitrogen fertiliser has always been influenced by forces outside agriculture, but recently that relationship has become much more obvious. Nitrogen production depends heavily on

Let’s be honest. Growing a crop has never felt cheap. By ‘cheap,’ I mean it always seems to cost more than you’d like, relative to the return you’re hoping for. Nitrogen has always dominated that equation, and it still does. But this season, cutting back isn’t the answer. Optimising what you’re already doing is. Across the farming forums, you can see the same pattern every year: growers itching to get nitrogen on. Often, those decisions are driven more by calendar and habit t

Nitrogen labels are reassuring things. They tell you exactly what form you’re applying, how much is in the tank or the bag, and when it should be used. On paper, nitrogen looks precise and controllable. Out in the field, it rarely behaves that way. When nitrogen underperforms, the assumption is often that rates were wrong, timing was unlucky, or the season simply didn’t play ball. In practice, nitrogen usually disappoints for a quieter reason: the way it is supplied does not

Nitrogen has never lacked attention. It’s usually the biggest line on the input sheet, the first thing questioned when margins tighten, and the one most likely to frustrate when the season turns awkward. What I see less often discussed is why nitrogen disappoints. In most cases, it isn’t because nitrogen wasn’t applied. It’s because the way it was delivered didn’t match how the crop actually takes it up. Modern nitrogen programmes have improved a lot. Liquid systems give flex

The last few weeks have been a tough start to the year for many landowners and farmers. Heavy rain has flooded fields, delayed work and left soils looking bruised and tired. In some places, the impact is noticeable. In others, it will only become clear once crops start growing again. Either way, this winter has left its mark. None of us can change what has already fallen from the sky. The rain has come, and the land has taken it. Some soils have soaked it up and carried on. O

Most growers have seen a crop that should have responded to nitrogen, but didn’t quite behave as expected. The rate was sensible, the timing felt right, yet the colour took longer to come, the roots looked hesitant, and the response felt uneven. The instinctive answer is usually to correct it with the following application, and that approach has worked for decades: nitrogen goes in, yield comes out. Except it no longer works with the same consistency it once did. It doesn’t t

You know how to farm. Most days, you probably don’t even think about it. You just do it. Decisions happen almost without effort now. Timing, rates, grazing, drilling, lifting. You’ve learned what your land will tolerate, what it will reward, and what it will quietly punish. Experience fills the gaps where advice never quite fits, and instinct often arrives before explanation. And yet, every so often, something slows you down. A field that improves when you expected little fro

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Most nutrient decisions are made field by field, crop by crop. That’s sensible. It’s how agronomy works on the ground, and it’s how most of us were trained to think. Rates, timing, placement. Make the crop work, then move on to the next field. But farms don’t behave field by field. They behave as systems. Nutrients don’t disappear because a rate was wrong. More often, they disappear because the system they’re moving through isn’t holding them as well as we think it is. A farm

A New Way to Think About Soil Functions Regenerative agriculture has moved from a niche discussion to a mainstream priority. Global food companies are committing billions to improving soil health, lowering emissions and stabilising supply chains. Farmers, too, are under pressure to manage nutrients more efficiently, build resilience into rotations and deal with increasingly erratic weather. Yet, despite all this momentum, one area remains murky: the role of biological inputs.

Most fields have a story beneath the surface, a tale that rarely gets heard. We walk them, drill them, fertilise them, even curse them, but how often do we actually understand what makes them tick? Look closely, and you will see texture, colour, roots and worms, but the real conversation begins when you look deeper into how that soil behaves. Every soil carries its own fingerprint. The way nutrients are held and released, the balance between calcium and magnesium, and the qui

Every winter meeting eventually circles back to the topic of nitrogen. It’s always the same conversation: rates, timing, prices, “what did you do last year?”, and a general sense that nitrogen is both the hero and villain of modern farming. The truth is that nitrogen isn’t the issue at all; the problem lies in how easily we misuse it, and how far we’ve drifted from understanding the soil system that’s supposed to hold and manage it for us. Nitrogen provides an immediate visua

What the UK’s dullest October in 60 years means for farmers. October didn’t arrive with a dramatic headline. No endless rain drowning drilling plans. No surprise frost wiping out late crops. But in farming, the problems that sneak in quietly can be the most disruptive. The Met Office has confirmed that the UK recorded just 63.3 hours of sunshine, the third-dullest October since 1910, and that lack of light may carry more consequences than many realise. Sunlight is the currenc

“Independent advice” gets talked about a lot in our industry. It is used as a badge of credibility and rightly so. When someone tells a farmer what to put on a crop, the stakes are high, and growers want to know the guidance they are getting is grounded in their best interest.   But over years of walking fields across the UK, one thing has become very clear to me: no one gives advice in a vacuum. Every advisor, whether they are described as independent, product-linked, specia

There’s a mood running through the forums, and you can feel it in the tone of farmers everywhere. Not the usual muttering about red diesel or rainfall, this is deeper. The fertiliser tax, dressed up as a “Carbon Border Adjustment Mechanism,” has landed like a wet policy manual on an already soggy desk. In theory, it’s simple: make polluters pay for the carbon footprint of imported fertiliser. In practice, it’s farmers who foot the bill, while imports made with the same, or wo

The Microbe That Both Makes and Stops Frost Pseudomonas fluorescens. There’s a bacterium that can make ice. Not metaphorically — literally. Its name is Pseudomonas fluorescens , and for years it’s been the pantomime villain of the horticultural world, blamed for those annoying early frosts that turn bean leaves into mush and make lettuce look like someone’s hit “defrost” on the fridge. And yet, in one of nature’s finest plot twists, the very same species is now being used to

Organic farming begins and ends with the soil. Without synthetic fertilisers to lean on, growers depend on rotations, manures, composts,...

Stand in any stockman’s field and you’ll hear the same old line: “Grass is the cheapest feed you’ll ever grow.” True enough, but only if...

Healthy soil is the foundation of productive, profitable, and sustainable farming. Yet too often, farmers are asked to make management...

Across agriculture, how we manage nitrogen is critical to both food security and environmental sustainability. Synthetic fertilisers have...