Words Underline: Discussed further in Terminology section
As a competitive powerlifter, I have had to perfect and create a nutrition plan that works for me. However, long before the modern concepts of tracking macros, protein shakes, and hydration, athletes of the ancient Mediterranean had their own methods of eating for performance. Without the aid of modern science, they developed dietary habits rooted in tradition, geographical location, and cultural beliefs. But how effective were their diets? Could ancient nutritional practices of Greece and Rome have any relevance or even benefits for today’s strength athletes? For this blog I plan to examine not only the diets themselves, but the historical and cultural contexts in which these athletes trained and lived by forming a 5-day meal plan encompassing all the key components of the ancient athletic diet. I plan to test them it out while considering the needs of a modern powerlifter. I will be tracking my performance at the gym, my energy levels, and the macro nutrients that I consume within the week of the diet to better understand where the diet exceeds or falls short.
WikiMedia Commons, Victorious Athlete The Vaison Daidoumenos, 2015
WikiMedia Commons, Greek Athletic Sports and Festivals, 2015
Strong as an Ox, But Not Half as Bright
We do have surviving texts from Greece and Rome that refer to ancient diets and athletics, but it is important to recognize and consider their cultural context. Ancient authors were typically of elite status which often viewed athletes with a degree of skepticism or disdain throughout the Greek and Roman periods. This is shown through the frequent critiques regarding their intelligence, their obsession with physical strength, and their seemingly brute-like nature. Rather than being admired as the epitome of health and discipline, athletes were sometimes portrayed as dull-minded, overly indulgent, or even socially useless outside of competition.
An example of this comes from an Imperial Roman writer Lucian of Samosata’s work Anacharsis, which examines ancient athletic contests, suggesting,
Even out of consideration for the oil, they do not avoid getting dirty; they rub off the ointment, plaster themselves with mud, mixed with streams of sweat, and make themselves a laughing stock, to me at least, by slipping through each other's hands like eels... to me at least the thing looks more like insanity than anything else, and nobody can easily convince me that men who act in that way are not out of their minds (Anacharsis, V4, p5).
Here, Lucian not only ridicules the physical act and spectacle of wrestling but also questions the sanity of those who dedicate themselves to such activities. His tone is mocking, portraying the athletes not as disciplined professionals but as ridiculous figures consumed by an almost mindless obsession with bodily competition. This reflects a broader cultural tension in antiquity, where intellectual pursuits were often held in higher esteem than physical ones.
So, when examining dietary restrictions and regiments given by ancient authors, we do need to be mindful of the potential biases and exaggerations in their reporting.
Calories, Carbs and Controversy
The nutritional needs of modern strength athletes prioritize protein, often eaten in a caloric surplus to maintain high energy levels, muscle building, and ensuring a quick recovery between training sessions. Modern research concerning powerlifting dietary restrictions and needs indicates that higher caloric intake can benefit intense training and supplement out of season muscle building (King, 2024). They recommended up to 2.2 grams of protein per kilogram of body weight, higher than the requirements of the average person. This guideline is meant to optimize strength gain, whilst maintaining a healthy body weight, and composition. This modern emphasis on protein sources for strength ensures that nutrition supports the needs of the strength athlete. One common complaint discussed in the strength sports community is issues concerning digestion when there are higher amounts of protein in their diet. Protein is the hardest fuel source for your body to digest and takes the most time to break down in the stomach, and without an extra supplement or focus on fiber, this can be hard on one's digestive track. However, modern nutritional practices can be very easy to overcome, having access to many additives' pharmaceutical vitamins, supplements and minerals to help aid in anything your body is lacking from the food itself.
Ancient athletes were also concerned with diet and caloric intake, even if it was in a less scientific way. Yet, they were often criticized by sources for their over consumption of food, and concerns around their dietary needs. In a text from Athenaeus, a comment survives on a lost satyr (comedic) play from Euripides which touches on the idea of over consumption, stating “There’s none that’s worse than the whole race of athletes. For first of all, they learn not to live well, nor could they do so; for could any man being a slave to his own jaws and appetite acquire wealth beyond his father's riches (Athenaeus, Deipnosophists, Book 10, Ch 5). This fragmentary work depicts the notion that athletes commonly overate and this seems to be a common perception held in the ancient world.
WikiMedia Commons, Bread and Grains, 2013
In modern sports science, it is understood that athletes should eat more than a non-athletic person of the same stature and weight. Since athletes have a higher metabolic rate from performing exercise, this results in the increase of calories being burned. Modern studies have revealed the median caloric consumption for female athletes was 2200 a day, and for men it was 3,000 a day. This is roughly 500-1000 more calories than the average man or women. It seems that a higher caloric intake was discovered in the ancient world, even if they did not entirely understand the dynamics of athletic diets. The so-called exaggerated consumption of athletes in antiquity reinforces the idea that athletes did indeed understand they needed to eat more to perform successfully to gain Arete/excellence.
Ancient athletic trainers and athletes often had to use a tool referred to in modern sports science as ‘intuitive eating’. This is the act of assessing their body and how it felt before, during and after exercise and from this, understanding the pattern of training and fatigue. From this information given through analyzing their fatigue, the athlete would adapt their diet to perform at their best. This often led to a higher carbohydrate diet which could fuel the body quickly, allowing for energy and calories to perform when it matters. This cycle of carb-loading and crashing may have been what they thought was the best strategy to perform, especially if it was a high intensity activity that did not last long, such as performing a throw or lift during athletic contests. Without having access to modern knowledge on muscle building, Ancients used mind-muscle connection, something which is still very important in athletics, to determine what they needed in the short term, rather than trying to ensure long term muscle optimization, like modern strength athletes.
Using my research on typical athletic diets, and perceived eating habits, I created a 5-day meal plan aiming around 2,400 calories per day, centered on carbohydrates as the main food source. This includes ancient grains such as barley and bread being the most consistent across ancient commentaries. I will also be adding rice to the list of gains to help round out my meals. This, along with figs, other fruits and vegetables, olive oil, cheese and fish became the focal points of my meals.
Day One:
For breakfast I had 2 servings of Greek yogurt (vanilla not plain) and 4 figs and piece of toast with fig jam, equaling out to my first meal to some 600 calories, and 37g of protein, 79g of carbohydrates and 14g of fat. This, surprisingly, was a pleasant start to my morning.
For lunch, I had a copious amount of rice (2 servings) with feta cheese and veggies equaling 810 calories for a total of 23g of protein, 150g of carbohydrates and 13g of fat. This meal was very filling, with the rice being dense. I ate this about an hour prior to my first training session on the diet. This training went well, and I noticed that I maintained high energy levels without the modern reliance of caffeine to maintain my focus. After my training, I still felt good, not experiencing the crash I was expecting.
For my final large meal, I prepped barley, fish and veggies, topped with olive oil and feta cheese for my main course for the day. Barley was an adjustment, but overall, not too dissimilar to a meal I would have in my daily routine. This final meal ended up being a total of 905 calories with 51g of protein, 102g carbohydrates, and 34g of fat. This means I ended my day extremely full, with a combine total of 2,315 calories, 111g of protein, 331g of carbohydrates, and 61g of fat. My overall levels of fatigue were low, with my only worry being the density of the carbohydrates, leaving my stomach constantly feeling heavy.
Greek Yogurt, Figs, Toast and Fig Jam
Rice, Feta, Vegetables
Barley, Fish, Vegetables, Olive Oil, Feta
Day Three:
This is the second day in a row I have woken up starving. I believe it is due to the rate of digestion being quicker than what my body would be used to, with the carbohydrate heavy diet being easier and quicker to digest than my protein heavy nutrition plan. These meals offer the body a quick fuel source but were short lasting. I have had to adjust by eating more of the carbohydrate dense foods in the morning, and some of the more refreshing fruit filled meals prior to training, to feel less sluggish.
Training has been quite strong, with very little change to my overall performance in the gym. However, I am, beginning to feel the effects of less protein, with my muscles feeling more sore, and a sudden fatigue shortly after training. My meals over the next few days remained similar to the first day, with very little change between rice/barley/ mixed veggies, fish and cheese.
Day Five:
I am thankful that this is the last day, as I do not know how much more barley I can consume. Although I enjoy the simplicity of the meals, not having to spend much time cooking, the meals are dry, and aggressively mundane. My favorite meal of the day is my fruit and Greek yogurt, which had become a monstrous bowl by the end of my diet. The grains are daunting, taking up the majority of my plate, challenging my appetite. To counter act this, I created a lentil stew, helping my stomach to be able to digest the large portions of food.
Despite the dietary challenges, I have found my training has been going well. My energy levels have been consistently high during my training sessions, allowing me to push reasonably harder than I would have otherwise expected. However, immediately after the gym, my body is hit with extreme fatigue and exhaustion.
Integrating an ancient diet with the modern demands of a strength athlete turned out to be fairly successful in the short-term confines of the experiment. My training did not plumet, I felt satiated throughout the day, and was able to stay focused and energetic throughout my workouts. One of the most distinct contrasts however, between ancient and modern strength nutrition lies in the dietary intention and its timeframe. Due to the high volume of carbohydrates, it can be argued that ancient athletes ate to fuel a short-term goal, likely the next training session. This short-term strategy aligns with what we might now call event-based fueling. This is a technique that prioritizes energy availability rather than muscle recovery or growth. I found the protein intake while present through fish, cheese, and legumes, inconsistent and far below what we today consider to be the modern standard of effectiveness.
Modern nutrition for strength sports typically takes the long-term approach. In the 21st century, people will often focus their diets as a whole on muscular growth and development through the intake of protein. These diets are typically supplemented by additional caffeine or small quickly digested carbohydrates to maintain energy levels when training. Modern sports nutrition has given rise to an industry of supplements and aids that make it easier than ever for athletes to consume essential calories and nutrients, helping them reach new levels of optimization and competitiveness.
This reveals the difference in approach and in mindset from the past and the way they approached competition. The prestige of a single Olympic victory could define a man’s legacy, and as such, the focus was on achieving peak performance in that specific moment, not maintaining peak condition across years. This contrasts with the modern strength athlete, whose mindset is shaped by a culture of longevity, periodization, and personal branding. Today’s powerlifters, bodybuilders, and strongmen often plan their careers over the course of several years or even decades, with nutrition and training meticulously structured to support sustainable muscle growth, joint health, and recovery. Yet, I think that modern sports science, although optimal from a theoretical framework, can learn much from the practicality of ancient nutrition to come up with a more balanced approach between the two. My proposed diet plan, encompassing the best of both worlds would be a diet that includes 2g of protein per kg of body weight, but also supplements this with more fiber and grains to increase digestive health from an increased fiber. This would result in a higher level of energy for training. In conclusion, while modern sports science offers a highly structured and optimized approach, athletes can still benefit from integrating the practical, time-tested methods of the past to create a more adaptable, sustainable, and performance based diet plan.
Carb Loading: The practice of eating more carbohydrates than usual in the days leading up to a big athletic event, so your body has extra fuel for better performance and endurance.
Crashing: In sports, this refers to when the quick digestion of carbs and sugars wears off, leading to a swift plummet in energy and focus.
Event Based Fueling: An eating strategy that is centered around eating for a specific short-term event, prioritizing energy levels over overall muscle growth.
Intuitive Eating: Planning one's diet based around their body's needs on a day-by-day basis rather than a scientific and more scheduled eating plan.
Macro Nutrients: Essential nutrients in our food that our bodies use and digest to create energy. These Macro Nutrients are categorized as carbohydrates, proteins and fats.
Metabolic Rate/Metabolism: Processes within the human body to maintain life. These processes convert food into energy, build and repair tissues, and eliminate waste. The rate refers to the speed in which this process is done in.
Antiphon. Anacharsis, a Discussion of Physical Training. Translated from Greek. Lines 6‑10. In Perseus Digital Library. Edited by Gregory Crane et al. Scaife Viewer. Urn:cts:greekLit:tlg0062.tlg034.perseus‑eng4:6‑10. https://scaife.perseus.org/reader/urn:cts:greekLit:tlg0062.tlg034.perseus‑eng4:6‑10.
Potter, David. The Victor's Crown : A History of Ancient Sport from Homer to Byzantium. Oxford: Oxford University Press, Incorporated, 2011. Accessed September 22, 2025. ProQuest Ebook Central.
Miller, Stephen G.. Arete: Greek Sports from Ancient Sources. Berkeley: University of California Press, 2012, Chapters 8,10, 15, https://doiorg.proxy.library.brocku.ca/10.1525/9780520953949
Athenaeus. The Deipnosophists. Book 10, Chapter 5. Translated by C. D. Yonge. Trustees of Tufts University. Accessed September 24, 2025. https://scaife.perseus.org/reader/urn:cts:greekLit:tlg0008.tlg001.perseus-eng2:10.5
King, Andrew; Kedric Kwan; Ivan Jukic; Caryn Zinn; and Eric Helms. “Fueling for and Recovering from Resistance Training: The Periworkout Nutrition Practices of Competitive Powerlifters.” Nutrition 122 (Febuary 2024). https://doi.org/10.1016/j.nut.2024.112389.
Roberts, Aubrey K., et al. "SWAP-MEAT Athlete (study with appetizing plant-food, meat eating alternatives trial) - investigating the impact of three different diets on recreational athletic performance: a randomized crossover trial." Nutrition Journal, vol. 21, no. 1, 16 Nov. 2022. Gale Academic OneFile, dx.doi.org/10.1186/s12937-022-00820-x.