We’ve got tassels all over now — silks on corn, cobs forming. This is the Damaun SH2 sweet corn we’ve planted for the first time this year.
Category: Fruits and Vegetables
Pumpkin Progress
Corn Tassels
Pumpkins Are Forming
Peanut Butter Fence
We got the peanut butter fence up on the farm — Scott and Anya attached the metal strips, and I smeared the with peanut butter. Since they are connected to an electric fence line, the idea is that a deer will lick at the peanut butter (evidently something they really like) and get an unpleasant jolt. It’s a solar energizer, so not too unpleasant. But enough for them to think “I’m gonna go eat this other green leafy stuff!”.
Garden Fence
Corn Fencing
Corn Spacing
Garlic Scapes
I harvested two large shopping bags stuffed with garlic scapes today. I’ll blanch and freeze a bunch; but, this year, I am going to try pickling some garlic scapes too.
Using Graph Database to Track Plant Hybridization
Graph databases are designed to both store data and record relationships between data elements. I wondered if this would be useful in tracking cross-breeding projects – essentially building “family trees” of the entity being cross-bred. The data model would have nodes with the hybrid with notes on it. Relationships for PARENT_M and PARENT_F (male and female parent of the hybrid) would be used to associate nodes.
Graph databases have a concept of pathing – what nodes do we need to traverse to get from A to B – but to create a lineage for the plants, you need to know the starting point. Which is great if you want to play six degrees of separation and find a path between two known people, but not great if I just want to know what the lineage is of Tomato #198. To make pathing possible, I needed to add a common root node to all of heirloom seedstocks – PLANT0

This allows me to take any plant and find the paths from PLANT0 to it
MATCH
p=(Tomato0:TOMATO {name: 'PLANT0'})-[*]->(Tomato8:TOMATO{name: 'Tomato0000008'})
RETURN p
And visualize the genetic heritage of the hybrid.









