Cultivated meat could reduce slaughter and pressure on agricultural land, but ecological benefits remain conditional.
By Ramesh Raja
Can humanity keep meat on the plate while taking slaughter out of its production? Hungary has answered by closing the door to cultivated meat. On 18 November 2025, its Parliament voted 140 to 10, with 18 abstentions, to prohibit its production and sale, allowing medical and veterinary exceptions. It became the second European country, after Italy’s November 2023 decision, to impose such a ban. Supporters see protection for farmers and food traditions; critics see a barrier to innovation and consumer choice. The clash brings an ancient appetite into a modern debate: how should we produce the meat we want to eat?
Behind this political disagreement lies a much longer story of survival, farming and moral choices. Humanity’s relationship with meat began millions of years before anyone imagined growing it in a laboratory.
Early human ancestors butchered animals with stone tools at least 2.6 million years ago. Scavenging provided flesh and marrow; hunting became another route to animal food. These practices developed unevenly across different environments, rather than following one universal sequence. Meat offered valuable nutrients and became an important part of many human diets, eventually acquiring cultural meanings through feasts, hospitality and religious traditions.
Read: List of cultured meat companies
Yet humanity’s original diet was not exclusively meat. Our ancestors gathered fruits, nuts, seeds, leaves and roots alongside animal foods. At Gesher Benot Ya’aqov in present-day Israel, researchers identified 55 types of edible plants dating back approximately 780,000 years. Human teeth reflect this dietary versatility. They can process both plant and animal foods; neither our teeth nor our enjoyment of meat proves that everyone must eat it.
Agriculture emerged much later, approximately 12,000 years ago, around 10,000 BCE, with early developments in the Fertile Crescent. It changed how people obtained plant foods rather than introducing plants into their diet. Farming gradually supported settled communities, larger populations and specialized occupations. Other agricultural traditions developed in different regions, creating diverse food systems rather than a single worldwide transformation.
The Indus region holds a remarkable place in this history. At Mehrgarh in present-day Balochistan, wheat and barley farming and livestock herding existed around 7000 BCE, approximately 9,000 years ago. Cotton threads preserved inside copper beads date to about 6000–5500 BCE, among the earliest known evidence of cotton use. They demonstrate fiber use, although not conclusively cotton domestication. These developments preceded the mature Indus civilization, whose great cities, including Harappa and Mohenjo-daro, flourished around 2600–1900 BCE.
As food production expanded, people also questioned the morality of killing animals. Hindu traditions contributed through ahimsa, the principle of nonviolence, encouraging compassion and vegetarian practice. Jainism developed particularly strict commitments to protecting living beings, while Buddhist traditions also emphasized compassion. Dietary practices varied within these religions. Vegetarian thought also existed in ancient Greece: it is recent beside human evolution, but ancient beside modern civilization.
Modern vegetarianism and veganism extend this debate through concerns about ethics, health and ecology. Vegetarians avoid meat; vegans also exclude other animal foods, including dairy and eggs. Health guidance adds a practical argument for moderation. The World Health Organization recommends varied diets rich in fruits, vegetables, pulses and whole grains, noting that replacing some red meat with plant proteins may benefit many adults. Taste, however, remains deeply influenced by habit, upbringing and culture.
Cultivated meat offers another approach: producing animal tissue directly from cells supplied with nutrients under controlled conditions. Its purpose is to provide meat while reducing dependence on raising and slaughtering whole animals. The idea predates its practical achievement. In 1931, Winston Churchill imagined growing chicken breasts or wings separately. A NASA-funded goldfish muscle experiment, published in 2002, explored food production for long space missions. Dutch research gained government support in 2005.
On 5 August 2013, Professor Mark Post’s Maastricht University team unveiled the first cultivated beef burger in London. Its development cost approximately €250,000. Commercial regulation followed: Singapore became the first country to approve cultivated meat for sale in 2020, and two cultivated chicken producers received final US approvals in June 2023.
These advances explain the stakes behind Europe’s resistance. For farmers, meat production sustains livelihoods and rural communities; for innovators, growing meat from cells offers another way to meet demand. Consumers may welcome the choice or distrust an unfamiliar product. These concerns call for transparent safety assessments, clear labelling and fair consideration of economic effects. Neither enthusiasm for technology nor attachment to tradition can substitute for evidence.
Cultivated meat could reduce slaughter and pressure on agricultural land, but ecological benefits remain conditional. Factories require energy, nutrients and infrastructure; their performance depends on production efficiency and electricity sources. Cost and scale also remain challenges. Claims of saving animals and protecting nature should therefore be tested, rather than accepted as accomplished facts.
Our food history reveals adaptability, not a fixed obligation to eat meat. Religious compassion, nutritional knowledge and scientific invention now offer several paths forward. The task is to evaluate them honestly, protect farmers and consumers, and make food safer, affordable and less destructive. An ancient appetite can endure while the methods used to satisfy it change.
Read: Read History, Not Mythology
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Hailing from Gambat town of Sindh, Engr. Ramesh Raja, is a Civil Engineer, visionary planner, PMP certified and literary enthusiast with a passion for art and recreation. He can be reached at engineer.raja@gmail.com
