Cognitive watering system with plant-initiated triggering of watering
View Patent ↗Plant-initiated, cognitive watering is provided, which includes ascertaining tensile stress on a root wall of a plant, and determining whether the tensile stress on the root wall of the plant reaches a specified threshold. Based on determining that the tensile stress on the root wall of the plant reaches the specified threshold, the method includes facilitating increasing water content in soil around the plant. In one or more implementations, the method may be implemented via a cognitive watering system, which controls the increasing of water content in soil around the plant based, for instance, on data analytics.
1. A cognitive watering system with plant-initiated triggering of watering, the cognitive watering system comprising:
at least one first sensor to ascertain water content within a xylem of a root of a first plant to determine tensile stress on a first root wall of the first plant;
at least one second sensor to ascertain water content within a xylem of a root of a second plant to determine tensile stress on a second root wall of the second plant;
a control to determine whether the tensile stress on the first root wall of the first plant reaches a specified threshold, and to determine whether the tensile stress on the second root wall of the second plant correlates to there being excess water content in soil in a region of the second plant; and
based on determining that the sensed tensile stress on the first root wall of the first plant reaches the specified threshold, and based on the control determining that there is excess water content in the soil around the second plant, the control initiates increasing water content in soil around the first plant by moving water from the region of the second plant to the soil around the first plant.
2. The cognitive watering system of claim 1 , wherein the control is configured to automatically increase the water content in the soil around the first plant by transferring water from the region of the second plant to the soil around the first plant.
3. The cognitive watering system of claim 1 , wherein the control is configured to increase water content in the soil around the first plant via an irrigation system based on the tensile stress on the second root wall of the second plant not correlating to there being excess water content in the soil around the second plant.
4. The cognitive watering system of claim 1 , wherein the control is configured to perform data analytics, and based at least in part thereon, control the increasing water content in the soil around the plant, the data analytics including referencing one or more of a standard watering requirement for the first plant, real-time climate conditions in a region where the first plant is located, historical water data for the first plant type, and a correlation of historical watering patterns with the historical data.
5. The cognitive watering system of claim 1 , wherein the control is configured to initiate increasing the water content in the soil around the first plant with reference to, at least in part, real-time and forecasted climate conditions for a region where the first plant is located.
6. The cognitive watering system of claim 1 , wherein the control is configured to initiate increasing the water content in the soil around the first plant to optimize an association between the water content in the soil around the first plant and the tensile stress on the first root wall of the first plant for one or more environmental conditions to which the first plant is currently, or forecasted to be, exposed.
7. The cognitive watering system of claim 6 , wherein the control is configured to automatically stop the increasing water content in the soil around the first plant when tensile stress on the root wall of the plant reaches a desired state based, at least in part, on historical absorption capacity of the first plant.