Lecture 9: Economic Efficiency vs. Animal Welfare

Block: Systemic Challenges — Topic: The price of food; the dilemma between consumer preferences and reality.

Total duration: 50 minutes (Part 1: 20 min, Part 2: 20 min, Part 3: 10 min)

Target group: 15‑year‑old students. Style: factual, understandable.

Part 1 (20 minutes): What does the tension between economic efficiency and animal welfare mean?

When we speak of "economic efficiency" in animal husbandry, we mean: the ability of farms to cover costs, earn sufficient income and remain competitive on the market. "Animal welfare" refers to the living conditions of the animals: space, access to outdoors, health, opportunities to behave naturally and protection from stress. Both goals can be pursued together, but they often conflict.

Imagine a simple analogy: Two people share a room. One person wants as much space as possible for furniture (economic efficiency: as much production as possible on a small area), the other wants space to play and move (animal welfare). If both wishes are to be met, more space or better organization is needed — this costs money or requires effort.

For food products this conflict appears as follows: If a farmer increases animal welfare (more space, improved barn design, more staff for care), production costs rise. These additional costs must come from somewhere: a higher selling price, government payments, or lower profits for the farm. Therefore the market price of a product reflects not only production volume but also the type of production.

Scientific reviews and institutions in the EU and international agriculture confirm: Consumers in Europe report that animal welfare is important to them. At the same time, research and policy document that changes towards higher animal welfare involve ecological and economic adjustments and thus costs for producers (European Commission; FAO).

Important: There is no simple, uniform price premium that applies everywhere. The effect on price depends on species, production system, market structure and government rules. This also means: what works in one country does not automatically have the same consequences in another.

Sources for these statements are official reports of the European Commission and the Food and Agriculture Organization of the United Nations (FAO), which describe systemic links between animal husbandry, costs and market effects (see bibliography).

Part 2 (20 minutes): Technical terms, mechanisms and examples

Key technical terms

Market price: The price at which a product is sold in the end. It arises from supply and demand as well as additional factors such as taxes or subsidies.

Production efficiency: A measure of how much output (e.g. meat, milk, eggs) is obtained from an input (feed, land, labor). Higher efficiency can reduce costs but does not automatically promote animal friendliness.

Willingness to pay: The amount consumers are prepared to pay extra for a product because it promises better animal protection. Surveys often show high declared willingness to pay, but actual purchase decisions do not always reflect this (attitude–behaviour gap).

How are prices and animal welfare concretely related?

1) Direct production costs: More space, bedding, barn conversions and additional staff raise the cost per animal. These cost increases tend to raise producer prices.

2) Economies of scale and structure: Large farms can often lower costs per unit. That means: if only individual farms implement animal welfare measures, their products can become more expensive than conventional ones. If many farms convert, the price gap can shrink because, for example, specialized supply chains emerge (European Commission; FAO).

3) Market and demand: Consumer surveys in the EU show that animal welfare is important to many people. That does not automatically mean that everyone is willing to accept higher prices. This phenomenon, where people have positive attitudes but do not always translate them into purchasing behaviour, is described in research as the "attitude–behaviour gap" (Kollmuss & Agyeman).

Examples (concrete and factual)

Example A — Egg production: Systems with more space per hen or barn housing are generally more expensive than conventional cage systems. If these extra costs are passed on to consumers, supermarket prices for eggs rise. Consumers who are not willing to pay the premium will continue to choose cheaper products.

Example B — Pig farming: Improvements, such as access to outdoor areas or better slaughter conditions, require renovations and more care. If only a few farms convert, the product can become more expensive; with wider conversion the cost per unit can fall because suppliers and processors adapt (economies of scale).

These examples are based on general descriptions and analyses in EU and FAO reports that present the economic consequences of changed housing conditions. Concrete figures for price premiums vary greatly between regions, species and specific measures; reliable, universally valid numbers are not available for all cases (see sources).

Systemic measures that can mitigate the conflict of goals

1) Government support or payments for animal welfare measures: If the government supports renovations or additional costs, the pressure to pass the costs fully on to consumers is reduced. The European Commission and national ministries mention such instruments in their strategies.

2) Labelling and clear information: Labels that make the housing level transparent can steer the market. For labels to work, trust, control and clarity are needed. EU analyses also point to the importance of transparency.

3) Involvement of the entire value chain: If processors, retailers and consumers participate, costs and benefits are distributed differently than in isolated individual measures at the producer level.

Scientific consensus and uncertainties

The scientific consensus is that higher animal welfare standards are generally associated with higher production costs and that consumer preferences are important but do not automatically lead to increased purchases of higher‑welfare products (European Commission; FAO; research on the attitude–behaviour gap). Uncertainties concern how large price premiums are in concrete cases and how quickly markets adapt. These magnitudes strongly depend on local conditions.

Part 3 (10 minutes): Applications, limits and short thought exercises

Concrete application: Suppose a local farm wants to introduce higher animal welfare (e.g. more space and outdoor access). Practically, it can choose three paths: (a) raise the price and pass it directly on to customers, (b) apply for subsidies, (c) build a new labelled product line in cooperation with retailers. Which path is best depends on market structure, customer group and funding opportunities — as shown by analyses from the EU and international organizations.

Limits of the approach: Even if all stakeholders cooperate, there are natural limits. Some housing systems simply require more land or other resources (e.g. water, feed). In addition, many buyers are price‑sensitive, especially low‑income households, so social equity must be considered if food becomes more expensive.

Short thought exercises (as a conclusion)

1) Consider: Which group (producers, retailers, government, consumers) do you think should bear the largest share of the costs for better animal welfare — and why? Give a brief justification.

2) You are leading a school campaign in a city: How would you inform young people so they better understand the prices of higher‑welfare products? Name two concrete steps.

3) Discuss in small groups: If all food became more expensive, what consequences would this have for low‑income families and which measures could help?

Note on uncertainties: Concrete cost breakdowns, exact price premiums or definitive statements about the success of specific instruments cannot be formulated in general terms. Such statements require regional and product‑specific data. The principles presented here are, however, supported by reports and analyses from the EU and the FAO, as well as by social science research on the gap between attitudes and actual behaviour (sources below).