Combine that with high rainfall and you've got troublesome syrah. "Those guys pulled it out after a couple of vintages and the wines disappeared."
Limmer started planting his Hawke's Bay vineyard (Stonecroft) in 1983 when mates from university alerted him to the impending closure of the local research station.
"I was looking through a mishmash of what had become a really rundown vine collection, all of which was about to be bulldozed, and I discovered these "hermitage" plants. I made arrangements to grab material from this one row of vines and I asked at the time where they'd come from and no one actually knew, because the record-keeping wasn't good either."
Different tags and names were assigned to the row, which Alan replicated when he planted the vines at Stonecroft. "It was the only un-grafted material that I put in my vineyard because our rootstock selection was very limited and because I didn't really know what the genetic base was. I thought I'd just take the risk, plant it and preserve it on its own roots."
It transpired that the tags and names represented the first DSIR heat treatment trials in the 70s to eliminate virus from grapevines. "That was another lucky thing because it worked," says Limmer. It turned out that the syrah material most likely was inherited from one of New Zealand's first research/quarantine stations, in Maumahaki, Wanganui, dating back to the 1800s.
Just four imports of syrah vines into New Zealand were recorded around that period. Records show local syrah was being made then - most famously by Frenchwoman Marie Zelie Hermance Frere Beetham at Lansdown in Masterton and Hawke's Bay's Te Mata.
Essentially, Limmer discovered the surviving piece of that original source material. That single row eventually went on to propagate vineyards across the country.
But things could have been different, according to Limmer, as site selection has everything to do with producing great syrah.