A slightly different interpretation, involving the clockwise orbital paths of our Sun and Moon as seen from Earth, as they move into alignment to create a partial lunar eclipse on August 8, 2017  

Regarding the crop picture at Willoughby Hedge on May 4, 2017, might we perhaps be seeing a schematic image of our “Sun” and “Moon”, both rotating clockwise around a central “Earth”, rather than just the “Moon” rotating by itself? Each full rotation of our Moon, from North to South then back to a North node, requires 27 days or one draconic month:  

This is essentially the same geometry which was suggested by a ring of 27 circles, drawn in crops at Oliver’s Castle on April 24, 2017 (see olivers comments or olivers articlesl). There two movable markers for “Sun” and “Moon” could rotate around a central “Earth”, over a monthly period of 27 days, so as to predict solar or lunar eclipses (see stonehenge eclipses or stonehenge-eclipse-predictor).  

At Willoughby Hedge, the two orbital geometries which we might refer to as “Moon” (on the left) or “Sun” (on the right) resemble the prediction of some “partial lunar eclipse:, as noted by a dashed blue line:  

Our “Sun” and “Moon” nearly align as two “circles” of equal size, on opposite sides of a central “Earth”, but not quite! This is what happens during a partial lunar eclipse.  

The date of May 4, 2017, when this crop picture was found, marked a passage of our Moon through its North node. If we count forward in time by seven more nodal passages: from May 4 N to May 19 S, May 31 N, June 15 S, June 27 N, July 12 S, July 25 N or August 8 S, then we find a “real” partial lunar eclipse on August 8, 2017.  

The Willoughby Hedge crop picture shows a matching “seven circles” in both of its outer, curved parts. This might be meant to suggest that our Moon will rotate from N to S, or from S to N lunar nodes, seven times before the partial lunar eclipse of August 8, 2017 takes place. It should be emphasized that we do not know whether this crop picture is paranormally real, or else locally human-made.

Red Collie (Dr. Horace R. Drew)