Where Is The Water

About Where Is The Water

Where Is The Water is a puzzle game based on realistic physics simulation, where water flows according to gravity and the terrain drawn by the player. Each level is like a puzzle that requires careful calculation to guide the stream of water into the bathtub of a thirsty crocodile.

Starting with simple levels, the game gradually introduces obstacles such as scorching lava, water-sucking traps, and uneven terrain. As the levels increase, the challenges become more complex. Players must combine dexterity, quick reflexes, and logical thinking to rescue the crocodile in each unique situation.

How to Play Where Is The Water

Objective

The main goal in Where Is The Water is to help the water flow from the source to the bathtub where the crocodile is waiting. Each level requires you to guide a sufficient amount of water to pass the stage. Additionally, to achieve the highest score, you need to direct the water through three stars placed throughout the level. This adds both difficulty and excitement to the game.

Fun but challenging puzzle game

Controls

• Use your mouse to draw and dig a route through the soil
• Release the mouse button once the path is formed.
• On some levels, you'll need to press a button to release the water at the right moment.

Tips to Win

To conquer the levels in Where Is The Water, players need more than quick hands. They must be observant and strategic.

• Observe the entire layout before acting: Before digging any path, take time to carefully analyse the structure of the level. Recognising terrain and hazards early helps you plan the most efficient route
• Avoid dangerous obstacles: Lava, suction traps, and other blockers are major threats. A small mistake can cause the water to be lost, resulting in failure.
• Maximise your score by collecting stars: Each level contains up to three stars for you to collect. Guiding the water through all of them not only boosts your score but also provides a satisfying sense of accomplishment.

Dig less but dig smart: More digging isn't always better. Sometimes, a short, precise path is far more effective than excessive digging that misdirects the water.