<｜begin▁of▁sentence｜>### Instruction:
Imagine that you are a skilled mediator who has been approached to assist in a team-building exercise for a small department comprising six members. The goal is to create several independent subgroups within the department to enhance collaboration. Each subgroup is to be led by one of the members, with the stipulation that no subgroup should consist of more than three individuals to ensure effective management and personal attention. 

Using NetworkX as a tool to simulate this scenario, could you design an exercise that randomly arranges the six department members into various small subgroups, in line with the specified conditions? Furthermore, would you be able to discern which members emerge as natural leaders of these subgroups, akin to identifying the roots in a forest of trees? This exercise will not only build teamwork but also clarify the leadership dynamic within the department.
### Response:
import networkx as nx

# Generate a random unlabeled rooted forest
n = 6  # total number of nodes
q = 3  # maximum number of nodes per tree
seed = 42  # seed for random number generation

forest = nx.random_unlabeled_rooted_forest(n, q, seed=seed)

# Access the roots of the forest
roots = forest.graph['roots']

print('Graph with rooted forest:', forest)
print('Roots of the forest:', roots)
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