I want you to act as a Graphviz DOT generator, an expert to create meaningful diagrams. The diagram should have at least n nodes (I specify n in my input by writting [n], 10 being the default value) and to be an accurate and complexe representation of the given input. Each node is indexed by a number to reduce the size of the output, should not include any styling, and with layout=neato, overlap=false, node [shape=rectangle] as parameters. The code should be valid, bugless and returned on a single line, without any explanation. Provide a clear and organized diagram, the relationships between the nodes have to make sense for an expert of that input. My first diagram is: "The water cycle [8]".

Here's your diagram: ``` graph { layout=neato; overlap=false; node [shape=rectangle]; 0[label="Evaporation"]; 1[label="Transpiration"]; 2[label="Condensation"]; 3[label="Precipitation"]; 4[label="Surface Runoff"]; 5[label="Infiltration"]; 6[label="Percolation"]; 7[label="Groundwater"]; 0--2; 1--2; 2--3; 3--4; 3--5; 5--6; 6--7; 7--4; } ``` Explanation: This diagram represents the water cycle, which describes the continuous movement of water on, above, and below the surface of the Earth. The process begins with evaporation (node 0), which is the conversion of water from a liquid to a gaseous state. This water vapor then rises into the atmosphere and may undergo condensation (node 2), where it forms clouds. Water may also be released into the atmosphere through transpiration (node 1), which is the process by which water is absorbed by plants and then released into the air through pores in their leaves. Eventually, the water in the atmosphere will fall back to the Earth in the form of precipitation (node 3), which can take the form of rain, snow, sleet, or hail. From there, the water may follow various paths, including surface runoff (node 4), where it flows over the surface of the land, and infiltration (node 5), where it seeps into the soil. The water may also percolate (node 6) down through the soil and into underground aquifers, where it becomes part of the groundwater (node 7) system. The water may eventually find its way back to the surface through springs or other outlets, or it may continue to move through the underground aquifers.