Method for year-round utilization of pollinating insects such as bumble bees and constant temperature box for achieving this

A method for year-round utilization of pollinating insects, comprising:

• maintaining a temperature within an optimal habitat environment temperature range in a nest box for housing the pollinating insects by placing said nest box inside a constant temperature box,
• said constant temperature box comprising:
• (a) a box body inside which said nest box is placed, (b) an electronic refrigeration element for maintaining said temperature inside said box body and said nest box within said temperature range, and (c) a communication passage through which pollinating insects are able to move between inside said nest box and outside said box body, said communication passage comprising an opening portion which communicates with an ingress/egress portion of said nest box, said opening portion having a heat insulating material and two passages extending from inside to outside said box body.

A method for year-round utilization of pollinating insects, comprising:

• maintaining a temperature within an optimal habitat environment temperature range in a nest box for housing the pollinating insects by placing said nest box inside a constant temperature box,
• said constant temperature box comprising:
• (a) a box body inside which said nest box is placed, (b) an electronic refrigeration element comprising a Peltier element through which heat is discharged or absorbed to maintain said temperature inside said box body and said nest box within said temperature range and (c) a communication passage through which pollinating insects are able to move between inside said nest box and outside said box body, said communication passage comprising an opening portion which communicates with an ingress/egress portion of said nest box, said opening portion having a heat insulating material and two passages extending from inside to outside said box body.

A constant temperature box used in year-round utilization of pollinating insects, comprising:

• (a) a box body inside which a nest box for housing the pollinating insects is placed,
• (b) an electronic refrigeration element comprising a Peltier element through which heat is discharged or absorbed to maintain a temperature inside said box body and said nest box within an optimal habitat environment temperature range, and
• (c) a communication passage through which pollinating insects are able to move between inside said nest box and outside said box body.

A constant temperature box used in year-round utilization of pollinating insects, comprising:

• (a) a box body inside which a nest box for housing the pollinating insects is placed,
• (b) an electronic refrigeration element for maintaining a temperature inside said box body and said nest box within an optimal habitat environment temperature range, and
• (c) a communication passage through which pollinating insects are able to move between inside said nest box and outside said box body, said communication passage comprising an opening portion which communicates with an ingress/egress portion of said nest box, said opening portion having a heat insulating material and two passages extending from inside to outside said box body.

A constant temperature box used in year-round utilization of pollinating insects, comprising:

• (a) a box body inside which a nest box for housing the pollinating insects is placed,
• (b) an electronic refrigeration element comprising a Peltier element through which heat is discharged or absorbed to maintain a temperature inside said box body and said nest box within an optimal habitat environment temperature range, and
• (c) a communication passage through which pollinating insects are able to move between inside said nest box and outside said box body, said communication passage comprising an opening portion which communicates with an ingress/egress portion of said nest box, said opening portion having a heat insulating material and two passages extending from inside to outside said box body.