CorkonomicsThe economics of wine production, collection, and vineyards
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Growing grapes: farming costs and yields

A vine needs a full year of work for one harvest, and the weather can wipe it out in a night. This chapter follows the farming calendar and shows why fewer grapes can mean dearer wine.

The economics of wine production · Chapter 3 sur 8 · 7 min de lecture

A small tractor between vineyard rows at dawn

A year in the vineyard

Grapes are picked once a year, but the work never stops. In the Northern Hemisphere, the year runs roughly like this, and each step costs money in labour, fuel or materials.

  • Winter: pruning. Each vine is cut back by hand, which decides how many buds, and so how many bunches, it will carry.
  • Spring: buds break and the young shoots are at risk of frost. Growers tie shoots to wires and start spraying against mildew.
  • Early summer: flowering and fruit set. Workers thin leaves and sometimes cut off whole bunches to concentrate the rest.
  • Late summer: the grapes change colour and ripen. Growers test sugar and acidity to choose the picking date.
  • Autumn: harvest, by hand or by machine, then a final tidy before winter comes round again.
Des mains gantées taillant un cep nu dans un vignoble gelé

Labour, machines and hands

Labour, meaning the work of people, is usually the biggest single cost in a vineyard. On flat land with wide rows, machines can prune roughly, spray and harvest, and one tractor driver can do the work of many pickers. On steep slopes, such as the Mosel in Germany or the northern Rhône in France, machines cannot go, so almost everything is done by hand and costs far more per hectare.

Hand picking is also chosen on purpose for quality. Pickers can leave rotten or unripe bunches behind, and some wines, such as Champagne and many top reds, are traditionally picked by hand. A machine is cheaper and faster, which matters when a heatwave or storm is coming, but it is less choosy.

Un vendangeur qui coupe une grappe de raisins noirs dans une caisse en bois au lever du soleil

Rising wages and the push to mechanise

In many wine regions it has become harder and more expensive to find people for seasonal vineyard work. When the price of labour goes up, economics predicts that businesses will look for ways to use less of it. That is exactly what has happened: more growers now use machines for pruning, leaf removal and harvest wherever the land allows, and new vineyards are often planted in rows designed to suit machines from day one.

This is a good example of substitution: swapping one input for another when relative prices change. A machine is a big fixed cost to buy, but once owned it can cover many hectares cheaply. For a large, flat vineyard that trade often makes sense. For a small, steep plot it usually does not, which is one more reason wine from steep slopes tends to cost more.

Yield: the quality and quantity trade-off

Yield is how much fruit a piece of land produces. Europeans usually measure it in tonnes or hectolitres of wine per hectare; Americans often use tons per acre. A bulk vineyard in a warm, irrigated region might produce several times as much fruit per hectare as a top hillside site.

Many growers believe that a vine carrying fewer bunches ripens them more fully and gives more concentrated flavour, which is why famous appellations often cap yields by law. But this is a trade-off: a choice where getting more of one thing means getting less of another. Lower yields can raise quality and price per bottle, yet they also mean fewer bottles to sell, and the farming costs for the hectare stay much the same. Many of those costs are fixed: they do not shrink just because the crop is smaller.

Think about it: a grower cuts off half the bunches in July. Which of her costs fall, which stay the same, and what must happen to her grape price for this to make sense?

Weather risk

Risk means the chance that things turn out worse than you expected. Farming is full of it. A spring frost can kill young shoots in a single night, which is why some growers light small fires or candles between the rows, run large fans, or spray water that freezes and protects the buds. Hail can shred leaves and split grapes in minutes. Drought stresses vines, and too much rain near harvest can bring rot.

Newer worries include heatwaves and wildfire smoke. Smoke from nearby fires can give grapes an ashy taste, and in bad fire years some wineries in the western United States have turned down grapes they had agreed to buy. A ruined crop still had all the year's costs spent on it.

A bad year also hurts long after harvest. If frost halves the crop, the winery has half as much wine to sell for the next year or more, while its fixed costs carry on. Customers may drift to other brands while the shelves are empty, and winning them back costs money too.

De petits feux brûlant entre les rangs de vignes nues à l'aube

Managing risk: insurance and spreading bets

Growers fight back in several ways. Crop insurance means paying a fee, called a premium, every year to an insurer who pays out if the harvest is destroyed. It turns a possible huge loss into a small, certain cost. Growers also spread risk by owning plots in different places, so one hailstorm cannot hit them all, and by keeping some savings to survive a bad year.

Some of the best public information on what all this costs comes from the University of California, Davis, which publishes detailed cost studies for growing wine grapes in different parts of California. They list every task from pruning to picking, with hours and costs per acre, and are a great place to see real farm budgets.

Newly planted vineyards add one more cost that is easy to forget. A young vine gives little or no usable fruit for its first few years, so a grower who plants a new block pays for land, vines, posts, wires and care for several years before earning anything from it. That is an investment: spending money now in the hope of earning more later, and it is why replanting old vineyards is a big decision.

Worked example

Worked example: why lower yields raise the cost per tonne

Here is a made-up 10 hectare vineyard with round numbers. Its farming costs are $10,000 per hectare per year, and they stay about the same whether the vines carry a big crop or a small one.

Pruning, canopy work and other labour$4,500 per hectare
Harvest$2,000 per hectare
Sprays, fertiliser and materials$1,500 per hectare
Machinery, fuel, insurance and overheads$2,000 per hectare
Total farming cost$10,000 per hectare
Cost per tonne at a high yield of 10 tonnes per hectare$1,000
Cost per tonne at a low yield of 4 tonnes per hectare$2,500

The same $10,000 is shared over 10 tonnes or over 4. Choosing low yields, or losing half the crop to frost, makes each tonne cost two and a half times as much, so the grower must sell those grapes for far more just to cover costs.

Key words

Main-d'œuvre
The work done by people, and the wages paid for it.
Rendement
How much fruit, or wine, a piece of land produces, for example tonnes per hectare.
Trade-off
A choice where getting more of one thing means getting less of another.
Fixed cost
A cost that stays the same however much you produce, like pruning a hectare of vines.
Risk
The chance that things turn out worse than you expected.
Insurance premium
The regular fee paid to an insurer, who in return pays out if a covered disaster happens.

Check your understanding

  1. Why do steep vineyards usually cost more to farm per hectare?

    Show the answer

    Machines cannot work on steep slopes, so pruning, spraying and picking must be done by hand, and labour is expensive.

  2. Farming a hectare costs $9,000 and it yields 3 tonnes. What is the cost per tonne? What if it yields 6 tonnes?

    Show the answer

    $9,000 divided by 3 is $3,000 a tonne. At 6 tonnes it is $1,500 a tonne.

  3. How does crop insurance change a grower's risk?

    Show the answer

    The grower pays a small, certain premium every year and in return is protected from a large, uncertain loss if the crop is destroyed.

  4. Name two weather events that can ruin a harvest.

    Show the answer

    Any two of: spring frost, hail, drought, heavy rain near harvest, heatwaves or wildfire smoke.

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