<｜begin▁of▁sentence｜>### Instruction:
As a plant pathologist, you are conducting a study on the spread of a specific plant disease among different clusters of crops in an agricultural field. You have collected data on the edges that connect the separate clusters, which represent the potential pathways for disease transmission. To analyze this, you want to determine whether each edge lies between the clusters defined by a minimum vertex cover, using the VertexCover.crossing method from the igraph API. This will help you gain insights into the movement of the disease across the agricultural field and develop strategies to prevent its spread.
### Response:
import igraph as ig
from igraph import Graph, VertexCover

# Load a graph (example.gml is a placeholder for your actual GML file)
g = ig.read('example.gml')

# Compute the minimum vertex cover
vc = g.mincut().as_cover()

# Check if edges are crossing the clusters
crossings = vc.crossing()

# Print the result
print('Edges between clusters:', crossings)
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