Computerized plant selection system
A computerized plant selection system comprises a probe and a computer. The probe is installed at a proposed site for a plant. The probe collects environmental data at the site. The environmental data are uploaded to a computer. The computer identifies one or more compatible plant species using the environmental data. Information regarding the compatible plant species is displayed to a user, which advantageously enables the user to select a plant that is environmentally compatible with the proposed site. The compatible plant species may be further identified using user interview data, which enables the user to advantageously select a plant that is compatible with the user's aesthetic and utilitarian preferences. The computer may further identify purchasing information, which advantageously saves the user time and effort in locating a plant and enables the user to purchase a plant that is compatible with the user's budget.
1. A computerized plant performance optimization system, comprising:
a computer;
a soil mount; and
a portable controller having a connector, wherein the controller is engageable with the soil mount to shield the connector from environmental contaminants and enable collection of environmental data sensed at a plant site, wherein the controller is connectable to the computer using the connector while disengaged from the soil mount to enable uploading of collected environmental data from the controller to the computer, wherein the computer uses uploaded environmental data from the controller to recommend one or more compatible plant species for the plant site, wherein the uploaded environmental data comprise light intensity, temperature and humidity data and wherein the temperature data are adjusted as a function of the light intensity data.
2. The system of claim 1 , wherein the computer has client software executable thereon that supports a plurality of plant performance optimization modes including a plant selection mode in which based at least in part on the uploaded environmental data the computer recommends the compatible plant species and a plant health diagnostics mode in which based at least in part on environmental data uploaded from the controller the computer identifies an adverse environmental condition at a plant site, wherein the client software is further executable thereon to allow a user of the system to select an operative mode from among the plurality of supported modes.
3. The system of claim 1 , wherein the computer has client software executable thereon that supports a plurality of plant performance optimization modes including a plant selection mode in which based at least in part on the uploaded environmental data the computer recommends the compatible plant species and a real-time plant health monitoring mode in which the controller outputs an alert at a plant site based at least in part on environmental data downloaded from the computer to the controller, wherein the client software is further executable thereon to allow a user of the system to select an operative mode from among the plurality of supported modes.
4. The system of claim 1 , wherein the uploaded environmental data further comprise soil moisture data.
5. The system of claim 1 , wherein the uploaded environmental data further comprise soil pH data.
6. The system of claim 1 , wherein the controller is activated by depressing a power button on the controller.
7. The system of claim 1 , wherein the connector is a USB connector connectable to the computer by mating the connector with a USB interface on the computer.
8. A computerized plant performance optimization system, comprising:
a computer;
a soil mount; and
a portable controller having a connector, wherein the controller is engageable with the soil mount to shield the connector from environmental contaminants and enable collection of environmental data sensed at a plant site, wherein the controller is connectable to the computer using the connector while disengaged from the soil mount to enable uploading of collected environmental data from the controller to the computer, wherein the computer uses uploaded environmental data from the controller to recommend one or more compatible plant species for the plant site, wherein the uploaded environmental data comprise light intensity, temperature and humidity data and wherein the humidity data are adjusted as a function of the light intensity data.
9. A portable controller for a computerized plant performance optimization system, comprising:
a memory; and
a connector, wherein the controller is engageable with a soil mount to shield the connector from environmental contaminants and enable storing in the memory of environmental data sensed at a plant site, wherein the controller is connectable to a computer using the connector while disengaged from the soil mount to enable uploading of collected environmental data from the memory to the computer for application by the computer in recommending one or more compatible plant species for the plant site, wherein the uploaded environmental data comprise light intensity, temperature and humidity data, and wherein the temperature data are adjusted as a function of the light intensity data.
10. The controller of claim 9 , wherein the uploaded environmental data further comprise soil moisture data.
11. The controller of claim 9 , wherein the uploaded environmental data further comprise soil pH data.
12. The controller of claim 9 , wherein the controller is activated by depressing a power button on the controller.
13. The controller of claim 9 , wherein the connector is a USB connector connectable to the computer by mating the connector with a USB interface on the computer.
14. A portable controller for a computerized plant performance optimization system, comprising:
a memory; and
a connector, wherein the controller is engageable with a soil mount to shield the connector from environmental contaminants and enable storing in the memory of environmental data sensed at a plant site, wherein the controller is connectable to a computer using the connector while disengaged from the soil mount to enable uploading of collected environmental data from the memory to the computer for application by the computer in recommending one or more compatible plant species for the plant site, wherein the uploaded environmental data comprise light intensity, temperature and humidity data, and wherein the humidity data are adjusted as a function of the light intensity data.
15. A computerized plant recommendation method, comprising the steps of:
collecting by a probe environmental data at a plant site;
determining by a computer one or more compatible plant species for the plant site using the environmental data, wherein the environmental data comprise temperature data and light data and the temperature data are adjusted as a function of the light data; and
displaying on a user interface of the computer information on the compatible plant species.
16. A computerized plant recommendation method, comprising the steps of:
collecting by a probe environmental data at a plant site;
determining by a computer one or more compatible plant species for the plant site using the environmental data, wherein the environmental data comprise humidity data and light data and the humidity data are adjusted as a function of the light data; and
displaying on a user interface of the computer information on the compatible plant species.