Some may need to look at the physical barrier, afforded to wind flow, with an OMF.
Barriers of perforated plastic fencing is oft used to considerably reduce air flow for sheep pens etc., even with wind direction on the normal. Once the angle of incidence increases, particularly with a woven mesh, the barrier to air flow becomes even more considerable.
GJ's boxes, being 14 x 12, afford even more 'turbulence reduction' with the cluster able to retreat almost completely within the honeycomb structure.
Bee colonies will happily survive in sheltered corners of outside brickwork, etc. Remember, the bees will build comb which prevents flow between the combs (sealed off at the top?). Framed hives are designed to encourage that bee space all around the nest, so is not a 'natural' over-wintering environment. Air flow past, around and through the comb, as it convects through a hive with gaping holes at the top, is not conducive to ease of winterig for the bees; at best they will need to provide more thermal energy - so will need to consume more stores.
Barriers of perforated plastic fencing is oft used to considerably reduce air flow for sheep pens etc., even with wind direction on the normal. Once the angle of incidence increases, particularly with a woven mesh, the barrier to air flow becomes even more considerable.
GJ's boxes, being 14 x 12, afford even more 'turbulence reduction' with the cluster able to retreat almost completely within the honeycomb structure.
Bee colonies will happily survive in sheltered corners of outside brickwork, etc. Remember, the bees will build comb which prevents flow between the combs (sealed off at the top?). Framed hives are designed to encourage that bee space all around the nest, so is not a 'natural' over-wintering environment. Air flow past, around and through the comb, as it convects through a hive with gaping holes at the top, is not conducive to ease of winterig for the bees; at best they will need to provide more thermal energy - so will need to consume more stores.