Reimagining Large Scale Pollination with Rent-A-Hive
In recent years there has been an alarming, sharp decline in bee populations across the entire world. This loss represents a potentially huge impact on agriculture and a significant impact on our food reservoir, as bees provide necessary reproductive means for almost two thirds of our produce each season. Our goal, above all else, is to reduce the stress that bees face as they assist in both pollination and honey production. The current model for beekeeping is outdated, and we aim to modernize and expand beekeeping in order to better meet demand- while still ensuring healthy and happy bees for the next generation. If current trends persist, the price of pollination will continue to increase exponentially, and by prioritizing bee health and safety we can keep bees strong and match the demand for what is now a limited resource. Our model involves improved transportation to provide needed pollination and minimized human interaction, modern hives that can provide vital information for beekeepers and researchers alike, and regional sanctuaries that offer the bees a safe space in which they can thrive and keep their population healthy. Various sensors that include measurements of temperature, humidity, and even acoustics allow us to closely monitor bee health and hive stability. Overall, we can guarantee strong hives to be delivered in a timely and efficient manner using this model; and in turn combat this decline in the bee population while ensuring a sustainable future for bees and the invaluable pollination they provide.
In recent years there has been an alarming, sharp decline in bee populations across the entire world. This loss represents a potentially huge impact on agriculture and a significant impact on our food reservoir, as bees provide necessary reproductive means for almost two thirds of our produce each season. Our goal, above all else, is to reduce the stress that bees face as they assist in both pollination and honey production. The current model for beekeeping is outdated, and we aim to modernize and expand beekeeping in order to better meet demand- while still ensuring healthy and happy bees for the next generation. If current trends persist, the price of pollination will continue to increase exponentially, and by prioritizing bee health and safety we can keep bees strong and match the demand for what is now a limited resource. Our model involves improved transportation to provide needed pollination and minimized human interaction, modern hives that can provide vital information for beekeepers and researchers alike, and regional sanctuaries that offer the bees a safe space in which they can thrive and keep their population healthy. Various sensors that include measurements of temperature, humidity, and even acoustics allow us to closely monitor bee health and hive stability. Overall, we can guarantee strong hives to be delivered in a timely and efficient manner using this model; and in turn combat this decline in the bee population while ensuring a sustainable future for bees and the invaluable pollination they provide.