How to Lose Fat with Aquatic Workouts: A Complete Guide to Hydrokinetic Training for Low-Impact Fat Loss

Table of Contents

1. Key Highlights
2. Introduction
3. How Water Changes the Rules of Exercise: The Science of Hydrokinetics
4. Why Aquatic Training Is Especially Effective for Low-Impact Fat Loss
5. Essential Gear and Pool Safety Protocols
6. Choreographing an Effective Aquatic Routine: Components and Technique
7. Structuring Sessions Around Intensity: Interval Programming, Tempo, and Duration
8. Sample Workouts: Beginner to Advanced Progressions
9. Progressive Overload in the Pool: How to Keep Getting Results
10. Estimating Caloric Expenditure: What to Expect
11. Nutrition and Recovery Considerations for Pool-Based Fat Loss
12. Common Pitfalls and How to Avoid Them
13. Real-World Examples: How People Use Pool Training Successfully
14. Measuring Progress: Metrics That Matter
15. When to Seek Professional Guidance
16. Long-Term Strategy: Periodization and Cross-Training
17. FAQ

Key Highlights

• Aquatic workouts use water’s buoyancy and resistance to deliver effective cardiovascular and resistance training with minimal joint stress, making them ideal for injury recovery, arthritis, and those seeking low-impact fat loss.
• Structured aquatic routines that combine interval-style cardio, resistance moves, and progressive overload can produce significant caloric expenditure and preserved or improved muscle mass when performed consistently (3+ sessions per week) with appropriate intensity and nutritional support.

Introduction

Pools are not only for laps and leisure. The physics of water—buoyancy, hydrostatic pressure, and multi-directional resistance—creates an environment where effort translates differently than on land. Each stroke and kick must overcome fluid drag; every step through water engages stabilizers that rarely come into play on a treadmill. That combination allows you to burn calories, maintain or build muscle, and protect vulnerable joints at the same time.

This guide explains how aquatic training produces fat loss, walks through practical equipment and safety measures, and lays out detailed workouts and progressions you can use immediately. Whether you are rehabbing a knee, managing joint pain, or simply looking for a new way to improve body composition without pounding pavement, the pool offers measurable advantages. Read on for the science, the drills, and a step-by-step program that turns the water into a high-value training arena.

How Water Changes the Rules of Exercise: The Science of Hydrokinetics

Water alters mechanical demands on the body in predictable ways. Understanding those principles helps design efficient workouts.

• Buoyancy reduces effective body weight. Depending on immersion depth, loads across hips, knees, and spine drop substantially. Chest-deep water supports roughly 60–70% of body weight; neck-deep water supports over 90% of body weight, which explains why people with painful joints can move with greater range and less discomfort.
• Viscous resistance acts in all directions. Unlike air, water resists motion across the entire surface of the limb. That multi-directional drag increases the muscular demand for controlled movement and stabilization, often recruiting smaller muscles that rarely work during land training.
• Hydrostatic pressure compresses the body and improves venous return. This can reduce swelling and improve cardiovascular response to exercise, making recovery easier after training sessions.
• Thermal properties and conduction of heat differ from land exercise. The sensation of sweating is reduced, but thermoregulation still occurs; inadequate attention to hydration can lead to dehydration despite being immersed.

From a metabolic standpoint, water-based interval training elevates cardiovascular workload and creates an oxygen deficit that supports post-exercise energy expenditure (EPOC). Resistance performed in water increases time-under-tension and muscular endurance; combining both supports fat loss while helping preserve lean mass.

Why Aquatic Training Is Especially Effective for Low-Impact Fat Loss

Aquatic training produces a rare combination: meaningful metabolic demand with lowered mechanical load.

• Joint protection. Buoyancy reduces compressive forces across articulations. This allows higher volume and frequency of cardiovascular work for people with arthritis, joint replacements, or recent lower-body injuries.
• Full-body engagement. A typical pool session recruits the arms, legs, core, and stabilizers more uniformly than many land circuits because water resistance acts on every moving surface. That broad muscle engagement increases total energy expenditure.
• Accessibility and adherence. People who avoid land-based exercise because of pain, fear of falling, or chronic conditions tend to adhere better to programs that feel manageable. Long-term consistency drives fat loss more reliably than sporadic high-intensity land training.
• Adaptability. Depth, speed, equipment, and technique change intensity quickly. A single pool can host recovery sessions, steady-state cardio, HIIT, strength-focused circuits, and rehabilitation work with minimal extra infrastructure.

The result: appropriately designed aquatic programs can create sustained calorie deficits and preserve muscle—two prerequisites for long-term fat loss.

Essential Gear and Pool Safety Protocols

Effective aquatic training begins with practical logistics. Proper gear increases efficiency and safety.

Recommended gear

• Swimwear: A snug, nonrestrictive swimsuit that allows full shoulder and hip movement.
• Aqua shoes: Textured-soled shoes improve traction on wet surfaces and protect feet in shallow water and on pool decks.
• Foam dumbbells and hand paddles: Increase frontal resistance during arm work without overloading joints.
• Webbed gloves: Amplify drag for higher muscular demand on pushing and pulling motions.
• Ankle weights or resistance fins: Increase lower-body resistance for kicks and leg lifts; use cautiously and progress gradually.
• Pool noodle, flotation belt: Useful for core drills, float-supported kicks, and treading progressions.
• Waterproof stopwatch or interval timer: Helps manage HIIT sets and recovery periods precisely.

Safety protocols

• Know the depth. Choose a depth appropriate to the exercise: chest-deep for walking/jogging; deeper water for unweighted core work.
• Never train alone when starting or if you have medical concerns. Use a lifeguard or training partner.
• Screen for contraindications. Uncontrolled epilepsy, unstable cardiac conditions, or infectious skin conditions may preclude pool training; consult a physician if you have significant comorbidities.
• Hydration matters. Water masks sweat production. Drink fluids before and after sessions and monitor urine color throughout the day.
• Warm-up and cool-down. Muscles adapt differently in water; a short land-based or pool warm-up prevents sudden strain.
• Manage ear and skin health. Rinse thoroughly after swimming and dry ears to reduce infection risk. Cover open wounds or avoid immersion until healed.
• Proper pool surfaces and handholds. Avoid slippery pool edges, and use the pool wall or rails for stability when required.

Adhering to these steps reduces risk and lets you focus on program progression.

Choreographing an Effective Aquatic Routine: Components and Technique

A practical pool session blends four components: warm-up, cardio/resistance block, core/stability work, and cooldown. Each component has technique cues that improve efficiency and reduce injury risk.

Warm-up (6–10 minutes)

• Gentle water walking: Chest-deep, 3–5 minutes, alternating high knees and butt-kicks to activate hip flexors and glutes.
• Arm circles and shoulder rotations with hands submerged to prime scapular stabilizers.
• Ankle mobility drills while standing to prepare feet and calves for kicking.

Technique cues:

• Maintain a neutral spine; resist excessive anterior or posterior pelvic tilt.
• Keep chin level; do not force neck extension.
• Engage the core to reduce sway, especially during unilateral movements.

Cardio and resistance block (20–35 minutes) This block is the core of fat-loss training. It alternates continuous cardio with resistance-focused sets or uses interval programming (HIIT).

Cardio options and cues:

• Water walking/jogging: Pump arms and maintain upright posture. To increase intensity, increase cadence, raise knees, or move into deeper water with faster tempo.
• Lap swimming: Focus on efficient strokes—reach forward, maintain a high elbow on the catch for freestyle, and control kick tempo for breaststroke.
• Aqua aerobics/Zumba: Maintain rhythmic, full-range movements. Use wide arm sweeps to increase resistance.

Resistance options and cues:

• Arm curls/extensions with foam dumbbells: Keep elbows close to the torso; slow the eccentric phase to increase time under tension.
• Leg lifts and lateral kicks at the pool edge: Control the leg on the return to shift load to glutes and abductors.
• Water push-ups on the pool edge: Keep hands shoulder-width, and lower with control, allowing water to assist the concentric movement.

Core and stability (6–12 minutes)

• Flutter kicks while floating: Keep hips stable, generate movement from the hips, not the lower back.
• Water crunches: Exhale on the contraction, use shoulders and chest to drive the movement.
• Treading water intervals: Alternate 30–60 seconds of moderate treading with active recovery to build dynamic core control.

Cooldown (5–10 minutes)

• Slow walking through water to reduce heart rate.
• Gentle stretches for hamstrings, calves, chest, and shoulders; hold each 20–30 seconds.
• Deep breathing and light flotation to normalize breathing patterns.

Each drill should be chosen to match fitness levels and goals. Technique remains central; sloppy repetitions in water still produce poor mechanics and reduced gains.

Structuring Sessions Around Intensity: Interval Programming, Tempo, and Duration

Intensity in the pool is manipulated differently than on land. Use tempo, depth, equipment, and work-to-rest ratios to create effective sessions.

Controlling intensity

• Depth: Shallow water provides more ground reaction-like forces for walking/jogging; deeper water often increases the neuromuscular demand for stabilization.
• Speed: Faster movements increase drag exponentially. Small increases in speed can lead to significant increases in effort.
• Surface area: Using paddles or webbed gloves increases frontal surface area and thus resistance.
• Range of motion: Increasing the size of arm sweeps or leg lift amplitude raises the mechanical work per repetition.

Interval templates

• Beginner HIIT (20 minutes): 30 seconds moderate walking + 30 seconds easy recovery, repeated 15 times.
• Intermediate HIIT (25 minutes): 30 seconds maximal effort lap or sprint + 30–45 seconds active recovery, repeated 12–15 times.
• Advanced HIIT (30 minutes): 40 seconds high-intensity sprints, 20 seconds rest, repeated 12–15 times; add resistance tools for extra load.

Steady-state examples

• Fat-loss steady-state (40 minutes): Continuous lap swimming at conversational pace, or 30 minutes continuous water jogging plus 10 minutes of resistance circuits.

Resistance-focused session

• Circuit (30 minutes): 3 rounds of 8–12 reps each—arm curls, leg kicks, water rows (with dumbbells), lunges along pool floor—rest 60 seconds between rounds.

Use Rate of Perceived Exertion (RPE) and breathing patterns to guide intensity: conversational pace corresponds to RPE 3–5; near-max intervals approach RPE 8–9.

Sample Workouts: Beginner to Advanced Progressions

Below are ready-to-use sessions. Adjust sets, reps, and equipment to match fitness and health status.

Beginner: Foundation (30–35 minutes)

• Warm-up: 5 minutes gentle walking + shoulder rotations.
• Circuit (3 rounds):
  • 2 minutes water walking at brisk pace
  • 10 arm curls with foam dumbbells
  • 10 lateral leg lifts per side holding pool edge
  • 30 seconds treading water at moderate intensity
  • 60 seconds rest
• Core focus: 3 x 30-second flutter kick sets supported by noodle
• Cooldown: 5 minutes slow walking + stretches

Intermediate: Mixed Modal HIIT (40 minutes)

• Warm-up: 8 minutes dynamic pool mobility and light laps.
• Interval block:
  • 10 x (30 seconds sprint lap / 30 seconds active recovery—light jogging)
• Resistance block (2 rounds):
  • 12 water push-ups (hands on pool edge)
  • 15 leg kicks with resistance fins (per leg)
  • 12 triceps extensions with foam dumbbells
  • 60 seconds rest
• Core: 4 x 45-second treading water with alternating arm emphasis
• Cooldown: 8 minutes stretching and slow swim

Advanced: Strength-Endurance & HIIT Combo (50 minutes)

• Warm-up: 10 minutes including drills and scale-up sprints.
• Strength circuit (3 rounds, minimal rest):
  • 15 webbed-glove rows
  • 12 walking lunges along pool floor with ankle weights (per leg)
  • 15 biceps curls with heavy foam dumbbells
  • 12 plyometric chest pushes (push from pool wall into a slight buoyant burst)
• HIIT block:
  • 12 x (40 seconds all-out sprint / 20 seconds rest)
• Core-finisher: 3 x 60-second advanced water crunches (submerge shoulders)
• Cooldown: 8–10 minutes

Rehab-focused session (for knee or hip pain) — low impact, high recovery

• Warm-up: 6 minutes chest-deep water walking focusing on gait and toe-off.
• Mobility and strength (3 rounds):
  • 10 supported single-leg stands (30 seconds hold each side)
  • 12 assisted leg lifts forward (per leg)
  • 15 calf raises on pool step
  • 60 seconds easy walking
• Core: 4 x 30 seconds gentle flutter kicks, supported
• Cooldown: gentle stretching and 5 minutes relaxation buoyant floating

Each program can be scaled by adding intensity, equipment, or longer intervals. Progress every 2–3 weeks by increasing session duration, interval intensity, or added resistance.

Progressive Overload in the Pool: How to Keep Getting Results

Progressive overload ensures continued adaptation. The pool offers multiple levers:

• Increase velocity: Push harder during intervals. Speed changes have an outsized effect because drag rises with velocity.
• Add resistance: Use larger paddles, heavier foam dumbbells, or ankle weights for controlled progression.
• Increase time-under-tension: Slow eccentric phases of movements, extend the duration of resistance sets.
• Increase frequency: Add an extra aquatic day or swap a land session with a pool session to increase weekly volume.
• Reduce rest: Shortening inter-set recovery increases density and metabolic stress.

Track progression with objective markers:

• Consistent improvements in lap times or intervals.
• Increases in reps or reduced perceived effort at the same speed.
• Measurable reductions in waist circumference or improvements in clothing fit.
• Maintenance or gain of lean mass alongside reduced body fat.

Use a training log to record session duration, sets/reps, perceived exertion, and any pain or discomfort. For those using heart rate, expect slightly different readings in water due to hydrostatic pressure; rely on RPE paired with heart rate trends rather than absolute numbers.

Estimating Caloric Expenditure: What to Expect

Caloric burn depends on body size, intensity, and exercise modality. The pool tends to produce moderate-to-high caloric expenditure when sessions are structured properly.

Rough estimates (for a 70–80 kg adult):

• Gentle water walking (30–45 min): 180–300 kcal
• Steady lap swimming (30 min moderate): 250–400 kcal depending on stroke and intensity
• Aqua aerobics/Zumba (45 min): 300–500 kcal
• High-intensity interval sprints (20–30 min total work): 300–600 kcal depending on effort and rest structure
• Resistance circuits with added equipment (30–40 min): 250–450 kcal

These are approximate. Energy cost rises with intensity, equipment, and larger body mass. Combine consistent training (3–5 sessions per week) with modest dietary adjustments and you create a reliable path to fat loss. Preserve or increase lean mass by including resistance-style sets and ensuring adequate protein intake across the day.

Nutrition and Recovery Considerations for Pool-Based Fat Loss

Training in water does not remove the need for sound nutritional strategy and recovery.

Nutrition basics

• Energy balance drives fat loss. A modest caloric deficit—250–500 kcal per day—allows steady fat loss while minimizing muscle loss.
• Prioritize protein. Aim for roughly 1.4–2.0 g/kg body weight daily when in a deficit or training to preserve lean mass.
• Time carbohydrates around higher-intensity sessions. Short burst intervals and longer swim sets perform best with accessible glycogen.
• Hydration matters. Drink water before and after sessions; electrolyte drinks may be useful for longer or more intense work.

Recovery strategies

• Active recovery days: gentle swim or water walking promotes circulation without excessive stress.
• Sleep: 7–9 hours per night supports hormonal environment for fat loss and muscle repair.
• Alternate stressors: avoid scheduling multiple high-intensity land workouts immediately adjacent to intense pool sessions.
• Manage skin and ear health: rinse and moisturize to prevent drying and infections from pool chemicals.

Nutrition should be individualized around medical history, preferences, and activity load. When in doubt, consult a registered dietitian for tailored advice.

Common Pitfalls and How to Avoid Them

Aquatic training is accessible, but common mistakes reduce effectiveness.

Mistake: Staying in the shallow end at a leisurely pace and expecting rapid fat loss. Solution: Introduce interval work, resistance tools, or longer sessions and progressively challenge intensity.

Mistake: Using heavy ankle weights too soon. Solution: Gradually add lower-body resistance and monitor knee/hip comfort. Use fins first to teach propulsion before adding load.

Mistake: Neglecting technique because water “helps.” Solution: Maintain posture, control, and full range of motion. Faulty mechanics transfer back to land tasks and blunt outcomes.

Mistake: Not tracking progress. Solution: Use objective markers—lap time, waist measurement, RPE—so programs can be adjusted intelligently.

Mistake: Over-reliance on the pool when strength is a key goal. Solution: Complement pool work with targeted land-based or machine resistance training when feasible to maximize hypertrophy and strength gains.

Avoiding these pitfalls and combining aquatic sessions with a balanced resistance strategy maximizes fat-loss potential.

Real-World Examples: How People Use Pool Training Successfully

Case scenarios illustrate practical adaptations.

Case 1: The middle-aged runner with chronic knee pain Profile: 45-year-old recreational runner with patellofemoral pain limiting running mileage. Intervention: Switched to three weekly pool sessions—one HIIT lap-sprint session, one long steady-state water jogging session, and one resistance circuit with webbed gloves and foam dumbbells. Complemented by twice-weekly land-based single-leg strength work as pain permitted. Outcome: Over 12 weeks, the runner preserved aerobic fitness, reduced overall body fat by 3%, and reported decreased knee pain, enabling a gradual return to road running with less flare-up.

Case 2: The postpartum return to training Profile: 32-year-old postpartum woman rebuilding fitness with diastasis concerns. Intervention: Start with shallow water walking and gentle core-support drills using a noodle. Progress to water crunches and controlled flutter kicks. Later add resistance circuits for arms and hips. Outcome: Reduced impact stress on pelvic floor, restored core stability over weeks, improved body composition while avoiding pelvic floor overload.

Case 3: The older adult seeking mobility and fat loss Profile: 68-year-old with osteoarthritis, desiring weight loss and improved mobility. Intervention: Low-intensity water walking and balance drills, followed by resistance bands adapted for pool use to strengthen hips and shoulders. Outcome: Improved walking distance, reduced joint swelling, consistent weight loss of 0.5–1 kg per month while maintaining muscle mass in daily activities.

These examples show how the pool fits diverse goals and conditions when programming is specific and progressive.

Measuring Progress: Metrics That Matter

Tracking meaningful markers keeps training effective and motivating.

Body composition and size

• Waist circumference, hip circumference, and clothing fit can be more sensitive than scale weight. Fat loss may not immediately show on the scale if muscle adapts.
• Periodic body composition tests (bioelectrical impedance or technician-assessed skinfolds) can provide data but interpret trends rather than isolated measures.

Performance metrics

• Lap times, number of sprints completed at target intensity, and reduced RPE at the same workload indicate improved fitness.
• Strength in the pool: increased reps with heavier paddles or faster time to complete a fixed distance.

Subjective markers

• Pain scores for problematic joints.
• Sleep quality and daily energy.
• Adherence and enjoyment; these impact long-term results more than any singular high-intensity workout.

Combine these metrics weekly and reassess programming every 4–8 weeks.

When to Seek Professional Guidance

Certain situations warrant professional oversight:

• Post-operative patients (joint replacements, recent surgeries).
• Significant cardiovascular disease or uncontrolled metabolic conditions.
• Neurological conditions with risk of seizure or sudden loss of consciousness.
• Persistent pain that does not improve with conservative modifications.

Aquatic therapists, physiotherapists with hydrotherapy experience, or certified aquatic fitness instructors provide individualized assessments and tailored progressions.

Long-Term Strategy: Periodization and Cross-Training

A sustainable approach rotates phases of higher intensity with recovery and includes land-based strength work for long-term robustness.

Periodization example across 12 weeks:

• Weeks 1–4: Foundation—focus on technique, moderate steady-state work (3 sessions/week).
• Weeks 5–8: Intensity—increase interval work and add equipment for resistance (3–4 sessions/week).
• Weeks 9–12: Consolidation—blend intervals and resistance, add one land strength session to support hypertrophy and functional strength.

Cross-training benefits:

• Land-based resistance training supports maximal strength and muscle hypertrophy that water resistance alone may not fully achieve.
• Short, focused strength sessions off the deck (bodyweight or light weights) twice weekly complement pool work and enhance long-term metabolic rate.

Periodized variety prevents plateaus and reduces overuse injuries.

FAQ

Q: How often should I do aquatic workouts to lose fat? A: Aim for at least three sessions per week, combining one higher-intensity interval session with one longer steady-state session and one resistance-focused session. Consistency matters more than occasional maximum-effort workouts. Adjust frequency based on recovery, goals, and access to pool time.

Q: Can I build muscle in the pool? A: Pool training is effective for muscular endurance and can preserve muscle mass during fat loss. To build significant hypertrophy, incorporate progressive resistance via heavier water tools, increased time-under-tension, or complementary land-based strength training. Focused progressive overload is the mechanism for muscle growth, whether in water or on land.

Q: How do I estimate intensity without a heart rate monitor? A: Use Rate of Perceived Exertion (RPE) and breathing cues. If you can speak in full sentences comfortably, intensity is low to moderate (RPE ~3–5). If you can speak only short phrases and are breathing heavily, intensity is higher (RPE ~6–8). Near-maximal interval efforts should limit speech to one or two words between breaths (RPE ~8–9).

Q: What are simple progressions if I outgrow current workouts? A: Increase interval speed or duration, add resistance tools (paddles, gloves, ankle weights), shorten rest periods, or increase session frequency. Depth variations—moving from chest-deep to waist-deep to deep-water running with a buoyancy belt—also raise intensity.

Q: Are there any health conditions that make pool workouts unsafe? A: Uncontrolled cardiac disease, uncontrolled seizures, open wounds, active infections, and certain balance disorders may make pool exercise unsafe. Always consult a healthcare provider if you have significant medical conditions before starting a new aquatic program.

Q: How long before I see fat-loss results from aquatic training? A: Visible and measurable change depends on training frequency, intensity, nutrition, and starting body composition. Many people notice endurance and movement improvements within 2–4 weeks. Measurable fat loss typically appears after 4–8 weeks of consistent exercise combined with a modest calorie deficit.

Q: Can aquatic workouts replace land-based training entirely? A: They can be the primary mode for cardiovascular and muscular endurance training, especially for those with joint issues. For maximal strength and power, complementing pool work with periodic land-based resistance training yields the most balanced results.

Q: What’s the best pool depth for different aquatic exercises? A: Chest-deep water is ideal for water walking/jogging and resistance circuits; waist-deep for more intense walking; deep water with a buoyancy belt suits unweighted running and advanced interval sprints. Choose depth based on stability and desired intensity.

Q: How do I prevent dehydration when swimming? A: Drink water before and after sessions, and sip fluids during extended workouts (over 45 minutes). Monitor urine color and keep electrolyte balance in mind for prolonged or very intense sessions.

Q: What equipment offers the biggest return for fat-loss workouts? A: Webbed gloves or hand paddles and foam dumbbells offer a strong balance of practicality and increased resistance. Fins amplify lower-body workload but change technique significantly; introduce them gradually.

Q: Is pool water temperature important? A: Yes. Cooler water increases cardiovascular workload and can feel more taxing, while warmer pools may feel easier but increase sweat and dehydration risk. Ideal exercise temperatures vary—generally moderate pool temps (around 26–29°C) support intense workouts comfortably; therapeutic and rehab sessions benefit from warmer temperatures.

Q: How should I integrate aquatic workouts with a weight-loss diet? A: Pair training with a modest caloric deficit—reduce daily intake by 250–500 kcal—while keeping protein high (approximately 1.4–2.0 g/kg body weight) to preserve lean tissue. Prioritize whole foods, adequate micronutrients, and pre/post-workout fueling to maintain training intensity.

Q: Can children and adolescents use aquatic training for fat loss? A: Aquatic activity is excellent for youth fitness and weight management. Focus on play, skill development, and progressive intensity appropriate for growth and maturation. Avoid aggressive caloric restriction in pediatric populations; involve healthcare and nutrition professionals when weight concerns exist.

Q: How should I adapt workouts if I have a prosthetic limb or mobility aid? A: The pool often improves mobility for people with prostheses. Start under supervision with an aquatic therapist who can recommend buoyancy-assisted drills and balance progressions. Use flotation devices to offload pressure and slowly increase load through targeted progressions.

Q: When should I expect to plateau and how can I break it? A: Plateaus often occur after 6–8 weeks if training lacks variation. Break plateaus through increased intensity (intervals), adding novel stimuli (different equipment or depths), and focusing on strength phases off the pool.

Q: Do I need special certifications to lead pool workouts? A: Certified aquatic fitness instructors or hydrotherapy practitioners have specific training. If planning to train others professionally, pursue recognized certifications that cover safety, technique, and health-screening protocols.

Aquatic training is a potent, adaptable approach to fat loss that combines safety with measurable metabolic and muscular benefits. When programmed intelligently—with attention to technique, progression, and recovery—the pool becomes a strategic environment for sustainable body-composition changes. Start with realistic goals, track progress, and gradually introduce intensity and resistance; the water will do the rest.