Chapter 9
Team Sports Nutrition

Energy Systems in Team Sports

Learning goal: Describe the intermittent demand profile of team sport and derive its fuelling consequences.

Chapter 7 dealt with maximal force and Chapter 8 with sustained output. Team sport is neither and both: repeated maximal efforts separated by incomplete recovery, sustained over 60 to 90 minutes or, in cricket, an entire day.

1The Intermittent Profile

A footballer covers 9–12 km in a match, but the distance is misleading — most of it is walking and jogging, punctuated by perhaps 150–250 short high-intensity efforts of two to five seconds each. Those sprints are phosphocreatine-powered, and the jogging between them is what allows phosphocreatine to resynthesise. A hockey player, kabaddi raider or basketball guard shows the same shape. The performance question is therefore not "how fast can you run once" but "how well does the twentieth sprint compare with the first", and that is a fuelling question as much as a fitness one.

2All Three Systems, Simultaneously

Team sport draws on every system described in Chapter 7. Phosphocreatine powers the sprints. Glycolysis powers the sustained high-intensity passages — a long chase, a counter-attack, a kabaddi raid. The oxidative system powers the jogging and, critically, the recovery between efforts: better aerobic fitness restores phosphocreatine faster, which is why conditioning translates directly into late-match sprint quality. This overlap is why team sport nutrition cannot simply borrow from either of the previous chapters.

3Glycogen Depletion Is the Late-Match Story

Muscle glycogen falls substantially over a 90-minute match, and the depletion is uneven — individual muscle fibres recruited most heavily can be nearly empty while overall muscle glycogen still reads moderate. This is the mechanism behind the well-documented decline in sprint distance and high-intensity actions in the final 15 minutes of football matches. It means starting the match with full glycogen and topping up during it are not marginal refinements; they directly determine whether an athlete can still compete in the last quarter.

4What This Means for Daily Intake

Team athletes need carbohydrate in the 5–8 g/kg range on training and match days, dropping toward 3–5 g/kg on genuine rest days — broadly the middle of the ranges from Chapters 7 and 8. Protein sits at 1.6–2.0 g/kg, since the sport includes repeated accelerations, decelerations, collisions and changes of direction that cause real muscle damage. For a 72 kg footballer that is 360–575 g of carbohydrate and 115–145 g of protein on a match day.

5Creatine in Team Sport

Chapter 7 established creatine's mechanism for repeated maximal efforts, and team sport is arguably its best application outside the weights room. Repeated short sprints with incomplete recovery is precisely the demand profile creatine addresses. At 3–5 g daily and roughly ₹5–9 per day it is the one supplement worth considering for a team athlete, with the same caveats: monohydrate only, tell your doctor before blood work, and it is not for adolescents without medical clearance.

6The Practical Consequence

Everything in this chapter follows from one fact: team athletes must produce repeated high-intensity efforts late in a match, on a congested schedule, often after travel, in whatever conditions the fixture list provides. Fuelling exists to protect the last quarter. When you evaluate any team-sport nutrition decision, that is the test — does it improve what the athlete can do in the final fifteen minutes of the second match of the day?

7The Indian Context

Indian domestic team sport adds constraints the research rarely models: afternoon fixtures in 38°C heat, tournaments compressing five matches into four days, long road journeys between venues, shared catering of unpredictable quality, and squads where a third of players are students paying their own way. A protocol built for a professional European club is not transferable. The versions in this chapter are designed for a club or academy with limited budget and no full-time support staff, because that is who is reading it.

• Team sport uses all three energy systems simultaneously.
• 150–250 short sprints decide the match, not the total distance covered.
• Glycogen depletion explains the documented late-match decline in high-intensity work.
• Carbohydrate 5–8 g/kg on match days, protein 1.6–2.0 g/kg.

Next: Lesson 9.2 handles the format that breaks most nutrition plans — the tournament.

Tournament Nutrition (Multiple Matches Per Day)

Learning goal: Manage fuelling and recovery across multiple matches in a day and across a multi-day tournament.

The Indian domestic calendar is built on tournaments: five matches in four days, two matches on some days, unpredictable scheduling. This is the format where nutrition stops being an optimisation and becomes the difference between a squad that fades on day three and one that does not.

1The Between-Match Window

With two matches in a day and two to four hours between, the gap is a recovery operation. Chapter 6's rapid-refuelling numbers apply directly: 1.0–1.2 g/kg carbohydrate per hour for the available hours, 0.3–0.4 g/kg protein, and fluid with sodium at 1.25–1.5 L per kg lost. For a 70 kg player with three hours between matches, that means roughly 70–84 g of carbohydrate per hour — achievable with banana, dates, juice, poha and a rice-based meal if it starts immediately rather than after a shower and a chat.

2What to Eat Between Matches

Familiar, low-fat, low-fibre, carbohydrate-dominant, with some protein. Practical: 200 ml juice and a banana immediately, then within 45 minutes poha or upma or rice with dal and a small portion of paneer or chicken, plus chaas for fluid and sodium. Avoid fried food, heavy oil and high-fibre meals — they sit in the stomach and the second match starts with a full gut. This is not the time for the fried snacks that dominate Indian ground catering.

3The Multi-Day Accumulation Problem

Small daily shortfalls compound. A player restoring 80% of glycogen each night starts each successive day lower, and by day four is playing on substantially depleted stores while everyone attributes the drop-off to fatigue or pressure. The management is straightforward and rarely done: baseline morning bodyweight on day one, weigh every morning, and treat anyone more than 1% below baseline on consecutive days as needing intervention — more carbohydrate, more fluid and sodium, and a look at their sleep.

4Sleep in Tournament Conditions

Chapter 6 ranked sleep first among recovery factors, and tournaments attack it: late finishes, shared rooms, unfamiliar beds, travel, and evening excitement. Nutrition can support it modestly — carbohydrate at the evening meal, milk or curd before bed, last caffeine by early afternoon — but the larger levers are organisational: a fixed lights-out, rooming that separates the late sleepers, and not scheduling team meetings at 11 pm. A practitioner who raises this is doing more for the squad than any supplement.

5Building the Tournament Kit Bag

Assume the venue provides nothing usable. A per-player bag containing four bananas, 100 g dates, 100 g roasted chana, two ORS sachets, a carton of milk and a couple of chikki costs roughly ₹120 and covers the immediate window for two matches. For a squad of 18 that is roughly ₹2,200 per day — a real cost, but small against travel and entry fees, and it is the difference between a planned recovery and a packet of biscuits.

6Who Owns It

Tournament nutrition fails on logistics far more than on physiology. Someone must be responsible for the food being physically present at the ground, at the right time, in the right quantity. Where nobody owns it, it does not happen, regardless of how good the plan is. Naming that person — a manager, a senior player, a parent — and giving them a fixed list is the single highest-yield intervention available to an Indian club side.

7Day-of-Rest Handling

Tournaments often include a rest day, and squads routinely treat it as a day off from eating as well as playing. Chapter 6's rule applies: rest days are repair days and repair is expensive. Hold carbohydrate near match-day levels on a tournament rest day, because the glycogen restored is what funds tomorrow's semi-final. This is also the best day to catch up on any accumulated fluid and protein deficit, and the right moment to check morning weights across the squad.

• Between same-day matches, refuel at 1.0–1.2 g/kg per hour starting immediately.
• Small daily shortfalls compound — morning weights catch them by day three.
• Assume the venue provides nothing usable; build a kit bag.
• Name one person responsible, or the plan will not happen.

Next: Lesson 9.3 addresses the fact that a squad is not one athlete.

Position-Specific Nutrition

Learning goal: Differentiate nutritional needs by playing position and workload within a single squad.

A squad-wide protocol treats a goalkeeper and a midfielder as the same athlete. They are not, and the differences are large enough to matter.

1Workload Varies Enormously Within a Team

In football, a central midfielder may cover 11–13 km in a match while a goalkeeper covers 4–5 km at far lower intensity. In cricket, a fast bowler delivering 18 overs in Chennai heat is doing something categorically different from a specialist batter who is dismissed early. In hockey, a defender playing full quarters differs from a forward on rolling substitutions. Feeding these players identically over-feeds some and under-fuels others simultaneously, which is the worst of both outcomes.

2The High-Workload Positions

Midfielders, wing-backs, fast bowlers, hockey defenders and kabaddi raiders sit at the top of the range: carbohydrate 6–8 g/kg on match days, in-match fuelling at every legitimate opportunity, and the most protected recovery window afterwards. These are also usually the players who cramp, fade or pick up soft-tissue injuries late in tournaments, which is a signal rather than a coincidence.

3The Lower-Workload Positions

Goalkeepers, specialist batters waiting to bat, and substitutes need less carbohydrate — 4–5 g/kg is often adequate — but they need equal attention to hydration in heat and to protein for maintaining lean mass. A goalkeeper eating a midfielder's carbohydrate load across a season will accumulate body fat that does not help them. The conversation with these players is usually about restraint rather than volume, which requires more tact than the opposite.

4Body Composition Differs by Position Too

A rugby prop, a hockey forward and a cricket spinner have different useful body compositions, and squad-wide body-fat targets do damage. Pressuring a naturally heavier player toward a forward's physique costs strength and invites disordered eating; pushing a light player to gain mass may cost their speed. Position-appropriate targets, set with the coach, are the professional approach — and any conversation about a player's body should be handled carefully, particularly with adolescents, where it belongs with parents and a doctor if it goes beyond general advice.

5Making It Practical for a Squad

Full individualisation is impossible without staff. A workable compromise is three tiers: high-workload, moderate, and low. Label the food accordingly — larger rice portions and an extra banana for tier one, standard for tier two, protein-and-vegetable-weighted for tier three. Combined with the individual labelled bottles from Chapter 5, this delivers most of the benefit of individualisation for almost no additional cost or complexity.

6Substitutes and the Bench

Bench players are routinely forgotten. They may warm up repeatedly, sit in the sun for an hour, then be asked to sprint at maximum intensity in the 70th minute. Their fluid needs in Indian heat are real despite lower activity, and they need carbohydrate available so that a late introduction is not made on an empty tank. A player who spends 70 minutes in 38°C sun with one cup of water and is then expected to change the match has been set up to fail.

7Talking to Coaches About This

Position-specific nutrition requires the coach's buy-in, because it looks like preferential treatment from the outside. Framing it in performance terms — "your midfielders are the ones fading at 70 minutes, and this is why" — works better than framing it nutritionally. Bring the workload data if any exists, and start with the two or three players whose late-match decline the coach has already noticed. Winning that argument once usually opens the door for the rest.

A related point that coaches raise often: does position-specific feeding create resentment in a squad? In practice it rarely does, provided the reasoning is stated openly — players know perfectly well which of them run furthest, and a midfielder receiving a larger rice portion than a goalkeeper reads as obvious rather than preferential once the workload logic is explained. What does cause resentment is unexplained differentiation, so explain it once to the whole squad rather than quietly to individuals.

• Match workload can vary two- to threefold within one squad.
• Three tiers capture most of the benefit of individualisation at almost no cost.
• Low-workload players still need full hydration and protein attention.
• Bench players are routinely forgotten and then asked to sprint at minute 70.

Next: Lesson 9.4 covers fuelling during the match itself.

Intra-Match Hydration & Fueling

Learning goal: Build an in-match fuelling and hydration plan around the drinking opportunities the sport actually allows.

Chapters 5 and 8 established what the body can absorb. This lesson deals with a harder constraint: in team sport, you may only drink when the rules let you.

1The Opportunity Problem

Football offers halftime and whatever stoppages occur. Hockey offers quarter breaks. Cricket offers drinks breaks, the end of overs and innings changes. Kabaddi and basketball offer timeouts. Sweat losses accumulate continuously; intake is confined to those windows. The practical consequence is that team athletes must take larger boluses at fewer opportunities than an endurance athlete sipping every 15 minutes, and larger boluses are less comfortable — which is why the tolerance has to be trained in practice sessions rather than discovered during a match.

2Carbohydrate During a Match

For a 90-minute match, 30–60 g of carbohydrate during play meaningfully preserves late-match high-intensity work. Practically that means a carbohydrate-containing drink rather than plain water, taken at every opportunity. In cricket, where a day's play runs far longer, the target rises and food at intervals becomes part of the plan — sandwiches, bananas, dates and rice at lunch and tea rather than the fried items that often appear.

3Concentration Matters More in Heat

Chapter 8's rule carries over: above roughly 8% carbohydrate, gastric emptying slows and fluid delivery suffers. In an Indian afternoon fixture where fluid is the priority, keep the drink dilute and take carbohydrate partly as solids at breaks — a banana or dates at halftime alongside a dilute sodium drink outperforms one strong bottle. In cooler conditions the drink can be more concentrated.

4Sodium and the Individual Bottle

Chapter 5 established the ninefold variation in sweat sodium and the labelled-bottle solution. It applies with particular force here, because a shared cooler serves the squad average and mis-serves nearly everyone. Where testing the whole squad is impractical, test the players who cramp or fade, give them ORS-strength bottles, and keep the rest on a lighter drink plus a properly salted post-match meal. Cost is roughly ₹25–40 per player per match day.

5Practical Halftime Protocol

Halftime is short — often 10 to 15 minutes — and much of it is taken by the coach. A workable protocol: player takes their labelled bottle immediately on entering, drinks 300–500 ml across the break rather than in one go, eats a banana or three dates if in the high-workload tier, and gets a cold towel if conditions are hot. This needs to be set up in advance and physically ready, because nobody will assemble it during the break.

6Cricket's Special Case

A full day in the field in Indian conditions is closer to an endurance event than to a football match, with sweat losses accumulating over six or more hours. Fielders need scheduled drinking at every over-break and drinks interval, batters need to fuel at every interval while at the crease, and bowlers need a specific between-spell protocol. Lunch and tea should be genuine refuelling opportunities — rice, dal, curd, fruit — rather than the fried snacks and sweet tea that commonly appear at club level.

7Training the Tolerance

Everything above fails if the athlete has never practised it. Drinking 400 ml at halftime, or eating a banana at a drinks break, feels uncomfortable the first time and fine by the fifth. Introduce the exact match-day drink and food into training sessions and practice matches for several weeks before it matters. This is the same principle as gut training in Chapter 8, applied to boluses rather than hourly rates, and it is skipped just as often.

• Drinking opportunities are set by the sport's rules, not by physiology.
• 30–60 g of carbohydrate during a 90-minute match preserves late-match sprint work.
• In heat, dilute drink plus solid carbohydrate at breaks beats one strong bottle.
• Larger boluses at fewer opportunities must be practised in training.

Next: Lesson 9.5 works backward to the meal before the match.

Match Day Pre-Game Meal

Learning goal: Design a pre-match eating schedule that works for any kick-off time, including the ones Indian fixtures actually use.

The pre-match meal is the most visible piece of team-sport nutrition and the one players ask about most. It is also the one most often built around superstition rather than timing, and the one most disrupted by fixtures that start at 7 am or 4 pm or shift by two hours on the day.

1What the Pre-Match Meal Does

It tops up liver glycogen, which falls overnight and between meals; it provides circulating amino acids and glucose so the match does not begin in a depleted state; and it prevents hunger and low blood glucose from degrading decision-making in the first half. What it does not do is fill muscle glycogen — that was determined by the previous 24 to 48 hours of eating, which is why lesson 9.7's seasonal approach matters more than any single meal. Players who eat poorly all week and then eat a careful pre-match meal have optimised the smallest lever available.

2Timing and Composition

Three to four hours before kick-off: a full meal delivering 1–3 g/kg of carbohydrate, moderate protein, low fat and low fibre. Two hours before: something smaller, roughly 1 g/kg carbohydrate. One hour before: light and simple — a banana, dates, a small bowl of poha. Under 30 minutes: liquid or fruit only, if anything. The single most important rule across all of these is that fat and fibre come down as the match approaches, because both slow gastric emptying and a player who starts a match with a full stomach will feel it in the first fifteen minutes.

3Indian Pre-Match Meals That Work

Three hours out (roughly ₹70): 250 g rice with dal and a light sabzi, plus a small portion of curd — about 90 g carbohydrate, low fat if the dal is not tempered heavily. Alternative: 4 idlis with sambhar, or 3 rotis with dal and a boiled egg. Two hours out (roughly ₹40): poha or upma with a banana. One hour out (roughly ₹25): banana and dates, or a small bowl of poha. All of these are ordinary food, available anywhere, and considerably more useful than anything sold as a pre-match product.

4Early Morning Kick-Offs

A 7 or 8 am start makes a three-hour pre-match meal impractical for most players. The workable approach is a substantial carbohydrate-rich dinner the night before, then a light, familiar breakfast 90 minutes out — poha, upma, idli, or banana with milk — and a banana or dates 30 minutes before. Players should not attempt to eat a full meal at 4 am, and should equally not play a morning match completely fasted, which leaves liver glycogen low and hurts first-half concentration.

5Afternoon and Evening Fixtures

Afternoon kick-offs are the most common in Indian domestic sport and the easiest to get wrong, because the temptation is a large lunch. Keep lunch three to four hours out and moderate rather than heavy, with a light top-up 60–90 minutes before. For evening fixtures, the trap is a long unfed afternoon: a player who eats lunch at 1 pm and kicks off at 7 pm has gone six hours, so a 4:30 pm snack of poha, banana or a sandwich is not optional.

6Delayed and Uncertain Start Times

Indian domestic fixtures shift. Rain, previous matches overrunning, and administrative delays routinely move a start by an hour or more, and a plan built on a fixed clock collapses. Build in flexibility: eat the main meal on the original schedule, then carry portable top-ups — bananas, dates, a small drink — so a delay can be covered without either sitting hungry for three extra hours or eating a full meal at the wrong moment. Players should be told this explicitly rather than left to improvise at the ground.

7Nothing New on Match Day

Every food, drink and timing in the pre-match plan should have been tested in training or a practice match. Match day is not the moment to try a new energy drink a teammate recommended, an unfamiliar restaurant, or a supplement bought at the venue. This principle appears in every chapter of this volume because it is violated constantly, and the consequence in team sport is usually a player spending the first half thinking about their stomach instead of the match.

One further Indian-specific point: many club and academy players travel to the ground by public transport or bike in heat, arriving already partly dehydrated and an hour or more removed from their last meal. The pre-match plan should account for the journey, not just the kick-off time — which usually means carrying the one-hour top-up rather than assuming it can be bought at the ground, and drinking during the journey rather than only on arrival.

• The pre-match meal tops up liver glycogen — muscle glycogen was set days earlier.
• Fat and fibre fall as kick-off approaches.
• Never play a morning fixture fully fasted; never leave a six-hour gap before an evening one.
• Indian start times shift — build the plan with portable top-ups.

Next: Lesson 9.6 addresses the condition that defines Indian domestic sport.

Environmental Challenges (Heat in Indian Summers)

Learning goal: Manage team performance and player safety in the heat and humidity of Indian competition.

Chapter 5 built the hydration framework and covered acclimatisation. This lesson applies it where it matters most in Indian sport: a squad of twenty players, an afternoon fixture, 38°C, and no control over the schedule.

1What Heat Does to Team Performance

High-intensity efforts decline first. Players cover less high-speed distance, sprint less often, and make more errors in the second half. Core temperature rises faster when humidity prevents evaporation, and the cardiovascular strain of sending blood to both muscle and skin reduces the output available for work. In practical terms, a match at 38°C is a different match: expect lower intensity, more substitutions, and a larger gap between the fittest and least fit players.

2Humidity Is the Real Enemy

As Chapter 5 established, 34°C at 80% humidity in Kolkata or Chennai is more dangerous than 40°C at 20% in Jodhpur, because sweat that drips off provides no cooling. Squads travelling between Indian climates should be told this explicitly, because players judge conditions by temperature alone and under-prepare for humid venues. The practical adjustment is more aggressive cooling and lower intensity expectations, not simply more fluid.

3Cooling Strategies That Cost Almost Nothing

Cooling often does more than drinking in humid conditions. Ice slurry before the match and at halftime — crushed ice blended with juice or ORS — is among the more effective and costs a few rupees per player. Iced towels on the neck at every break, shaded benches, and lighter, looser, lighter-coloured kit all reduce thermal strain. For a club with no budget, a bucket of iced water and a dozen towels at the boundary is the single best safety investment available.

4Acclimatisation for Fixture Lists

Seven to fourteen days of exercise in the target heat produces plasma volume expansion, earlier sweating, higher sweat rate and lower sweat sodium. For a squad travelling from a cooler region to a hot venue, even partial acclimatisation helps and should begin as soon as the fixture is known. Where that is impossible, plan for reduced intensity, more rotation, aggressive cooling and individual sweat testing rather than assuming players will cope.

5Recognising Heat Illness

This is the most important content in the lesson. Confusion, disorientation, staggering, stopping sweating in heat, severe headache, vomiting or collapse indicate possible heat exhaustion or heat stroke. Heat stroke is life-threatening and is a medical emergency requiring immediate cooling and emergency care — not a drink and a rest. Every person responsible for a squad in Indian summer conditions should know these signs and should have decided in advance who calls for help and how the player gets to hospital.

6The Uncomfortable Conversation About Fixtures

Sometimes the correct answer is that a match should not be played at that time in those conditions, particularly with youth squads. A practitioner or coach who raises this will not always be popular, and the decision usually sits with administrators rather than with them. Raising it anyway, in writing, is the professional position — and pushing for water breaks, longer intervals and evening starts is usually more achievable than cancellation.

7Youth Squads in Heat

Younger players are at greater risk: they have a higher surface-area-to-mass ratio, may be less acclimatised, are less likely to recognise or report symptoms, and are least likely to feel able to stop. Youth fixtures in Indian summer need mandatory drink breaks, shaded rest, adults actively watching for symptoms rather than waiting to be told, and a low threshold for removing a player. Anything beyond mild symptoms in a young athlete is a medical matter and a parent's decision, not a coaching one.

One organisational detail worth insisting on: the heat plan must exist in writing before the fixture, not be assembled during it. A single laminated sheet naming the symptoms, the immediate cooling actions, who calls for help, and the nearest hospital with its address takes twenty minutes to produce and is the difference between a coordinated response and four people arguing while a player deteriorates. Every squad playing Indian summer fixtures should have one, and most do not.

• Heat degrades high-intensity work first — sprints and decisions, not jogging.
• Humidity is more dangerous than temperature because evaporation is what cools.
• Cooling often beats drinking in humid conditions and costs almost nothing.
• Heat stroke is a medical emergency — every squad needs a plan for it.

Next: Lesson 9.7 zooms out from the match day to the season.

Seasonal Nutrition

Learning goal: Adjust nutrition across pre-season, in-season and off-season phases of a team sport calendar.

Chapter 7 periodised nutrition for a strength athlete's training blocks. A team sport season has its own phases, and the demands change more sharply than most squads' eating does.

1Pre-Season: The Heaviest Load

Pre-season combines high training volume, conditioning work, strength work and often heat, usually with the goal of improving fitness and body composition simultaneously. Requirements sit at the top of the ranges: carbohydrate 6–8 g/kg on hard days, protein 1.8–2.0 g/kg, and total energy at or slightly above maintenance. The common error is running a fat-loss phase during pre-season, which compromises the adaptations the block exists to produce — if composition change is needed, it belongs in the off-season.

2In-Season: Maintenance and Recovery

In-season, training volume drops and matches dominate. The priority shifts from adaptation to recovery and availability — keeping players fit, fed and on the pitch. Carbohydrate tracks the match and training schedule at 5–7 g/kg on match days and 4–5 g/kg on lighter days; protein stays at 1.6–2.0 g/kg to support repair from collisions and repeated decelerations. Energy should be adequate rather than restricted: players who under-eat in-season lose muscle across a long season and are more injury-prone by the second half.

3Congested Fixture Periods

Where matches come every three or four days, recovery nutrition per Chapter 6 becomes the whole strategy. Practically: full carbohydrate restoration in the 24 hours after each match, protein at every meal, protected sleep, and no attempt at body-composition change during the congestion. This is also when the squad's soft-tissue injury rate rises, and while nutrition is not the primary driver, chronic under-fuelling and dehydration are contributors within your control.

4Off-Season

The off-season is where composition change belongs. Training volume is lowest, performance demands are absent, and a modest deficit with protein at 2.0–2.2 g/kg and maintained resistance training will reduce fat with minimal muscle cost, per Chapter 7 lesson 11. The opposite error is equally common: players who stop eating structurally as well as training, return to pre-season several kilograms heavier and less fit, and spend six weeks recovering ground they did not need to lose.

5The Indian Season Shape

Many Indian team athletes have no clean season structure — club, district, university and corporate fixtures overlap, and a player may have three overlapping calendars. Where that is the case, work from the athlete's actual next commitment rather than a theoretical periodisation: identify the next three months of fixtures and set nutrition to match the density. It is less elegant than a textbook season plan and far more useful.

6Monitoring Across a Season

Track a small number of things monthly: bodyweight, a simple readiness or soreness rating, illness and injury frequency, and where possible a physical marker such as a repeated sprint test. Drifting bodyweight in either direction across a season is the most useful early signal — downward often means under-fuelling and rising injury risk, upward often means off-season habits persisting into the season. Neither is visible week to week, which is why monthly tracking catches what daily observation does not.

7Communicating the Change

Players do not automatically change how they eat when the season phase changes, and most have never been told they should. A single sheet at each transition — "pre-season starts Monday: here is what changes and why" — does more than any individual consultation. Keep it to three or four lines: what goes up, what goes down, what stays the same. Squads that receive this reliably eat closer to the target than squads given a comprehensive plan they never read.

A note on youth squads across a season: adolescent players are growing as well as training, so energy and protein requirements are proportionally higher and any restriction is inappropriate. A young player told to cut for aesthetics is a safeguarding concern that belongs with parents and a doctor, not a nutrition plan. Seasonal periodisation for youth squads should adjust carbohydrate to training load and otherwise simply ensure there is enough of everything.

• Pre-season demands the highest intake; it is the wrong time to cut.
• In-season priority is recovery and availability, not adaptation.
• Off-season is where composition change belongs.
• Monthly bodyweight tracking catches season-long drift that daily observation misses.

Next: Lesson 9.8 covers the constraint Indian team sport faces more than most.

Travel Nutrition

Learning goal: Keep a squad fed, hydrated and healthy across the road, rail and air travel of an Indian domestic season.

Travel is where team nutrition plans die. Long bus journeys, overnight trains, unfamiliar food, uncertain water quality and arriving at 2 am before a morning fixture are the normal conditions of Indian domestic sport, not the exceptions.

1The Three Travel Risks

First, under-fuelling: journeys without planned food mean players arrive depleted. Second, dehydration: air conditioning on buses, trains and planes is drying, and players restrict fluid to avoid toilet stops. Third, and most consequential, gastrointestinal illness from unfamiliar food or water, which can remove a player from a tournament entirely. All three are preventable with planning that costs very little.

2Food Safety First

An illness that removes a player costs more than any fuelling gain. Practical rules for Indian travel: sealed bottled water or properly boiled water only where local supply is uncertain; hot, freshly cooked food rather than food that has been sitting; avoid raw salads, cut fruit from stalls, and ice of unknown origin; and prefer food the squad has eaten before. Whole fruit that the player peels themselves — banana, orange — is safer than anything pre-cut.

3The Travel Food Box

Assume nothing edible will be available when needed. A per-player travel box for a long journey: four bananas, 100 g dates, 100 g roasted chana, two ORS sachets, a couple of chikki or laddu, plain theplas or parathas that keep well, and sealed water. Roughly ₹150 per player for a day of travel. Theplas in particular are a standard Indian travel food precisely because they keep — using them is working with the culture rather than against it.

4Long Bus and Train Journeys

For journeys of six hours or more, plan eating at intervals rather than at random stops: something every three hours, fluid steadily, and a proper meal at a known-safe stop if one exists. Encourage movement at breaks, since prolonged sitting stiffens players and, on very long journeys, carries a small circulation risk. Arriving straight from a twelve-hour bus into a match is the worst case, and where the fixture list allows any influence, arguing for an extra day is worth more than any nutritional intervention.

5Arrival and the First 24 Hours

On arrival, prioritise rehydration with sodium, a carbohydrate-rich familiar meal, and sleep. Weigh players on arrival if a baseline exists — travel dehydration is routinely underestimated. Identify where the squad's meals will come from for the next three days before the first one is needed, rather than discovering at 9 pm on day one that nothing suitable is open. This is the logistics point from Chapter 6 lesson 10 in its most concrete form.

6Hotel and Venue Catering

Where catering is provided, it is often heavy, fried and carbohydrate-poor in useful forms. Requesting specific items in advance — plain rice, dal, curd, boiled eggs, fruit, less oil — usually works if asked politely and early, and almost never works if asked at the buffet. A short written list given to the hotel before arrival is more effective than any conversation at the counter, and it is a genuinely useful thing for a team manager to be handed.

7If a Player Falls Ill

Gastrointestinal illness on tour means fluid and electrolytes first — ORS is exactly the right product — along with small amounts of bland, familiar food such as khichdi, curd rice or banana as tolerated. Do not push a normal training or match schedule. Fever, blood in stool, severe or persistent vomiting, or an inability to keep fluids down require a doctor promptly, particularly in a squad away from home. Playing a febrile athlete carries real cardiac risk and is never the right call.

• Illness removes players from tournaments — food safety outranks fuelling on tour.
• Assume nothing edible will be available; carry a per-player travel box.
• Send hotels a written food list before arrival, not requests at the buffet.
• Fever means no play, regardless of the fixture.

Next: Lesson 9.9 turns individual plans into catering for twenty.

Team Meal Planning

Learning goal: Design catering for a whole squad that meets nutritional targets, fits a budget, and actually gets eaten.

Individual prescriptions are straightforward. Feeding twenty players with one kitchen, one budget and a range of diets, allergies and preferences is a different discipline, and it is closer to operations than to nutrition.

1Start From Constraints, Not Ideals

Before designing anything, establish: the budget per player per day, who cooks and where, what equipment and storage exist, how many players are vegetarian or have religious dietary requirements, any allergies, and what the squad currently eats and likes. A plan that violates any of these will be quietly replaced by whatever is convenient. In most Indian club settings the binding constraints are budget and the absence of anyone whose job it is to manage food.

2The Plate Model for Squads

Individual gram targets are impractical at scale. A workable model is a plate divided by training load: on hard training and match days, roughly half the plate is carbohydrate (rice, roti, poha), a quarter is protein (dal plus paneer, egg, chicken or fish), and a quarter is vegetables, with curd alongside. On lighter days, the carbohydrate portion shrinks and the vegetable portion grows. Players serve themselves to the model rather than to a number, and the three tiers from lesson 9.3 are handled by portion size at the carbohydrate end.

3Feeding Vegetarians Properly

In most Indian squads a substantial fraction are vegetarian, and standard team catering serves them badly — dal and sabzi with rice delivers plenty of carbohydrate and not enough protein. The fix is cheap and specific: soya chunks in the curry rotation, paneer at least every other day, curd at every meal, eggs where eaten, and roasted chana available as a snack. Chapter 4's adjustment applies — vegetarian players need 10–20% more protein and larger per-meal portions to clear the leucine threshold.

4A Worked Squad Day on a Budget

For 18 players at roughly ₹250 per player per day. Breakfast: poha or upma with boiled eggs and banana, or moong dal chilla for vegetarians. Mid-morning: roasted chana and fruit. Lunch: rice, dal, a soya or paneer curry, sabzi, curd. Post-training: banana, dates and milk or chaas. Dinner: roti and rice, rajma or chana, chicken or paneer, curd. This is unremarkable Indian food, hits roughly 5–6 g/kg carbohydrate and 1.6–1.8 g/kg protein for a 70 kg player, and requires no specialist ingredients.

5The Snack Table

A permanently stocked snack table at the training ground does more than any individual advice, because it removes the decision. Bananas, dates, roasted chana, chikki, boiled eggs where practical, and milk or chaas. At roughly ₹40–60 per player per day it is the cheapest structural intervention in this chapter, and it replaces the samosas and sweet tea that otherwise fill that gap. Making the good option the available option is more effective than education.

6Working With the Cook

The person cooking has more influence over the squad's nutrition than the practitioner does, and is usually never spoken to. Practical requests that land well: less oil in the tempering, more dal and soya in the rotation, plain rice always available alongside anything fancier, curd at every meal, and fruit rather than sweets. Ask for a small number of specific changes rather than a new philosophy, and thank them — a cook who feels consulted will maintain the changes, and one who feels criticised will not.

7Measuring Whether It Works

Track three things: what is actually eaten versus what is served (look at the leftovers), squad bodyweight trends monthly, and complaints. Food that is nutritionally correct and comes back uneaten has failed. If a soya curry is consistently returned, the answer is to cook it differently rather than to insist. This is the same principle as lesson 6.10's protocol review — build around what the squad actually does, not what the plan says they should.

Where a squad has no kitchen at all — common for club sides that train at a rented ground — the plate model still works as a purchasing rule rather than a cooking one. Nominate two or three nearby vendors, agree a standing order (rice, dal, curd, eggs, fruit), and have it delivered at a fixed time. This is considerably less satisfying than designing menus, and it is what actually feeds the squad on a Tuesday evening in February.

• Squad catering is an operations problem before it is a nutrition problem.
• The plate model scales where gram targets do not.
• Vegetarian players need deliberate protein — soya, paneer, curd, eggs.
• Judge the plan by what is eaten, not what is served.

Next: Lesson 9.10 covers a group whose needs are routinely overlooked in Indian team sport.

Female Team Athletes & Iron Needs

Learning goal: Address the specific nutritional risks facing female team athletes, particularly iron status and energy availability.

Chapter 8 covered female endurance athletes. Team sport adds its own picture: repeated impact, congested schedules, squad environments where individual needs are invisible, and in India, women's teams that frequently receive less support than men's.

1Why Iron Deficiency Concentrates Here

Female team athletes combine several risk factors: menstrual iron losses, sweat losses, footstrike haemolysis from running-based sports, and in India a diet that is frequently vegetarian and often iron-poor to begin with. Deficiency presents as fatigue, breathlessness in efforts that used to be easy, poor recovery between matches and declining second-half output — all of which get attributed to fitness or effort. It is, in practice, the most commonly missed diagnosis in Indian women's team sport.

2Screening and Referral

Ferritin, haemoglobin and transferrin saturation should be checked in any female team athlete with unexplained fatigue or performance decline, and it is reasonable to screen a squad at the start of a season where resources allow. Interpretation and dosing belong with a doctor — ferritin at the bottom of the normal range may still be limiting, and iron supplementation without confirmed deficiency can cause harm. Heavy menstrual bleeding is itself worth raising with a doctor and is a common, under-discussed contributor.

3Dietary Support That Costs Nothing

While testing proceeds, absorption can be improved for free: pair iron-containing foods with vitamin C (amla, lemon, guava, tomato), move chai and coffee at least an hour away from meals, include ragi, bajra, spinach, chana, rajma, dates and jaggery, and include haem sources where the athlete eats them. For a squad, this translates into simple catering changes — lemon on the dal, ragi in the rotation, tea served between meals rather than with them.

4Energy Availability in Team Settings

Low energy availability affects female team athletes as well as endurance athletes, and squad environments can hide it — nobody notices that one player eats very little when twenty are being fed. The consequences are the same: menstrual dysfunction, reduced bone density, hormonal disruption, impaired immunity and rising injury risk. Loss of periods in a training athlete is never a normal adaptation and always warrants medical assessment, and it is worth saying that explicitly to squads where it may be assumed to be routine.

5Bone Health and Impact Sports

Team sports involve landing, cutting and collision, so bone stress injuries are a real risk, and they are more common where energy availability is low. Calcium and vitamin D matter, and Indian dairy sources make calcium reasonably achievable for lacto-vegetarians, with ragi an excellent non-dairy option. But the dominant factor is adequate energy: an under-fuelled athlete loses bone density regardless of calcium intake. Repeated stress injuries plus menstrual disruption is a medical referral, not a supplement question.

6Practical Squad-Level Actions

Four things a club can do cheaply: screen iron status at the start of a season or at least in symptomatic players; make the catering changes above; ensure the snack table and meal portions are adequate for the highest-workload players rather than the average; and create a route by which a player can raise a health concern privately with someone appropriate. That last one costs nothing and is frequently absent in Indian women's team setups.

7Handling These Conversations

Discussing menstrual health, body composition or eating requires care, privacy and a clear reason. Explain why it is relevant — performance, bone health, injury risk — accept that a player may decline, and never conduct it in front of the squad. In many Indian settings you may be the first person to raise it, which is a responsibility rather than a licence to be blunt. Keep it factual and brief, make the referral pathway easy, and let the athlete control the pace.

• Female team athletes are among the highest-risk groups for iron deficiency in India.
• Its symptoms look exactly like poor fitness, so it is missed for months.
• Test before supplementing; support absorption through free catering changes.
• Loss of periods is never normal — it is a medical referral.

Next: Lesson 9.11 draws the chapter together.

Chapter Revision

Learning goal: Reconstruct the chapter as one argument and hold its numbers without notes.

This chapter argued that team sport nutrition is mostly logistics wearing a physiology costume: the science is settled enough, and the difference between squads is whether the food is physically present at the right moment.

1The Chain of Reasoning

Team sport is repeated maximal efforts with incomplete recovery, so both phosphocreatine and glycogen matter, and glycogen depletion explains the late-match decline (9.1). Because matches cluster into tournaments, the between-match window and multi-day accumulation become the dominant problems (9.2). Because workload varies two- to threefold within a squad, one protocol mis-serves nearly everyone, so tier it (9.3). Because the rules dictate drinking opportunities, in-match plans must be built around breaks and practised (9.4). The pre-match meal tops up liver glycogen only — the muscle store was set days earlier (9.5). Indian heat degrades high-intensity work first and cooling often beats drinking (9.6). Requirements shift across pre-season, in-season and off-season (9.7). Travel threatens fuelling, hydration and above all health (9.8). Squad catering is an operations problem judged by what gets eaten (9.9). And female team athletes carry specific iron and energy-availability risks that are routinely missed (9.10).

2The Numbers Worth Memorising

Match-day carbohydrate 5–8 g/kg; rest days 3–5 g/kg. Protein 1.6–2.0 g/kg. In-match carbohydrate 30–60 g for a 90-minute match. Between same-day matches: 1.0–1.2 g/kg carbohydrate per hour, 0.3–0.4 g/kg protein, 1.25–1.5 L fluid per kg lost. Pre-match: full meal 3–4 hours out at 1–3 g/kg carbohydrate, light top-up at one hour. Drink sodium 300–1,000 mg/L by duration and sweat. Creatine 3–5 g daily. Acclimatisation 7–14 days. Morning weight more than 1% below baseline on consecutive days means intervene.

3The Indian Toolkit

Kit bag per player per match day, roughly ₹120: four bananas, dates, roasted chana, two ORS sachets, milk, chikki. Snack table at the ground, roughly ₹40–60 per player per day. Squad catering at roughly ₹250 per player per day covers 5–6 g/kg carbohydrate and 1.6–1.8 g/kg protein on ordinary Indian food. Ice slurry and iced towels for heat, at a few rupees per player. Individual labelled bottles at ORS strength for tested heavy sweaters, roughly ₹25–40 per match day.

4The Errors to Watch For

Six recur. One shared cooler for a squad whose sweat rates vary threefold. Samosas and tea as the between-match meal. Running a calorie deficit through pre-season. Assuming the venue or hotel will provide something usable. Supplementing a squad's iron without testing. And building an excellent plan that nobody is responsible for executing, which is the most common failure of all.

5What This Chapter Does Not Settle

Honest limits. Most team-sport nutrition research comes from professional European football, with far less on cricket, kabaddi, hockey or Indian conditions specifically. Position-specific recommendations are extrapolated from workload data rather than from feeding trials by position. Optimal protocols for the fixture congestion common in Indian domestic sport have not been studied directly. And as elsewhere in this volume, female athletes are substantially under-researched, so recommendations for women's squads warrant closer monitoring rather than more confidence.

6How This Connects

This chapter sits on top of Chapters 4 through 8 and applies them under constraint. If a recommendation here seems thin, the underlying mechanism is in the earlier chapter: protein in Chapter 4, hydration in Chapter 5, recovery in Chapter 6, energy systems and creatine in Chapter 7, fuelling and iron in Chapter 8. What is new here is not physiology but the operational problem of delivering it to twenty people on a bus.

7The One-Sentence Version

If a squad did only three things — individual labelled bottles at tested sodium strength, a ₹120 kit bag with someone responsible for it being present, and morning weights during tournaments — they would capture most of the available benefit in this chapter for under ₹200 per player per match day. Everything else is refinement on top of those three.

• The chain: intermittent demand → tournament accumulation → tiered squad → logistics.
• Match-day carbs 5–8 g/kg, protein 1.6–2.0 g/kg, in-match 30–60 g.
• Three interventions capture most of the benefit for under ₹200 per player per match day.
• Most failures are logistical, not nutritional.

Next: Lesson 9.12 applies the chapter to five squads and players.

Assessment & Case Studies

Learning goal: Produce defensible prescriptions for five team-sport scenarios.

Work each before reading the analysis. As throughout the volume, diagnosing the binding constraint is the skill — and in team sport that constraint is often organisational rather than physiological.

1Case One — Nagpur Football Club, Congested Fixtures

Situation: 18-player squad, three matches in eight days, players fade badly in the final 20 minutes of the third match. Shared water cooler, post-match food is whatever players buy on the way home. Analysis: Classic glycogen accumulation failure (9.1, 9.2). No structured recovery in the 24 hours after each match means each successive match starts lower. The shared cooler mis-serves the high sweaters (9.4). Prescription: per-player kit bag at roughly ₹120 for the immediate window; a fixed post-match meal of rice, rajma and chaas arranged in advance; individual labelled bottles for the four players who cramp most; morning weights across the eight days. Name one person responsible. Why it works: it fixes the recovery window and the accumulation, which is where the third-match fade actually comes from.

2Case Two — Chennai Cricket Academy, Afternoon Fixtures in May

Situation: Fast bowlers cramping in every afternoon session, one player hospitalised last season with heat illness. Water only, no cooling provision, matches at 1 pm in 36°C and 75% humidity. Analysis: This is a safety problem before it is a performance problem (9.6). Humidity prevents evaporative cooling, bowlers carry the highest workload (9.3), and there is no heat-illness plan. Prescription: immediate — iced towels and shaded rest at every break, ice slurry before play and at intervals, a written heat-illness recognition and emergency plan with a named caller and a route to hospital. Then sweat-test the bowlers and give them ORS-strength individual bottles. Raise the fixture timing with administrators in writing. Why it works: it addresses the life-safety issue first and the cramping second, in that order.

3Case Three — Punjab Kabaddi Squad, Travel

Situation: Eight-hour bus journeys between venues, two players lost to gastrointestinal illness in the last tournament, squad eats at roadside stops. Analysis: Food safety is the binding constraint (9.8) — illness removed two players entirely, which costs more than any fuelling gain. Compounded by unplanned eating and travel dehydration. Prescription: per-player travel box at roughly ₹150 — bananas, dates, chana, theplas, ORS, sealed water; a rule of hot freshly cooked food only, no raw salads or cut fruit; eating every three hours on the journey; written food list sent to the hotel in advance; weigh on arrival. Why it works: it removes the single biggest cause of lost player availability on tour.

4Case Four — Bengaluru Women's Hockey, Fatigue

Situation: Five players report persistent fatigue and second-half drop-off. Mostly vegetarian squad. Chai served with every meal. Two players have not menstruated in over a year and consider it normal. Manager wants to buy iron supplements for everyone. Analysis: Two separate things. The fatigue pattern in a vegetarian women's squad points to iron deficiency (9.10), but supplementing untested is unsafe. And amenorrhoea in two players is a medical issue that outranks everything else here (9.10, 8.11). Prescription: refer the two amenorrhoeic players to a doctor immediately, clearly. Test ferritin, haemoglobin and B12 in the five fatigued players; no squad-wide supplementation. Free catering changes now — tea between meals not with them, lemon and amla with iron-containing meals, ragi and chana in the rotation. Create a private route for players to raise health concerns. Why it works: it separates the medical problem from the nutrition problem and refuses to treat either with a blanket supplement.

5Case Five — Mumbai Corporate Football Team, Pre-Season

Situation: Amateur squad, six-week pre-season in May, management has put everyone on a 1,500 kcal "get lean" plan. Players report exhaustion, two soft-tissue injuries in three weeks, sessions deteriorating. Analysis: A deficit imposed during the highest-load block, in heat, is compromising exactly the adaptations pre-season exists to produce (9.7), and rising soft-tissue injuries are consistent with under-fuelling and inadequate recovery. Prescription: end the deficit. Energy at or slightly above maintenance, carbohydrate 6–8 g/kg on hard days, protein 1.8–2.0 g/kg. Move any composition work to the off-season. Add heat provisions given May. Reassess injuries after four weeks. Why it works: it stops the intervention that is causing the problem, which is more valuable than adding anything.

• In team sport the binding constraint is often organisational, not physiological.
• Safety and medical issues outrank fuelling questions when both are present.
• Sometimes the correct prescription is to stop an intervention, not add one.
• Three cheap items capture most of the available benefit — if someone owns them.

A last note on this chapter’s character. Almost nothing in it required buying a product. The interventions that changed outcomes in all five cases were a kit bag, a labelled bottle, a written heat plan, a blood test and stopping a deficit — none of which appear in supplement marketing, and all of which cost less than a month of the average player’s protein powder. Keep that ratio in mind through the next chapter, which is entirely about products.

Next: Chapter 10 turns to sports supplements, where the evidence-appraisal habits built across this volume get their hardest test.