Abstract: Techniques are provided for evaluating a product, during any point in its lifecycle, based on at least a determined carbon footprint and/or a determined authenticity. Specifically, a carbon footprint at a field level granularity can be determined based on input characteristics of a farm, field, product, etc. Advantageously, the carbon footprint can be determined for different fields that are geographically close to each other. The determined carbon footprint may be utilized to modify one or practices at the field level. As such, the carbon footprint at the field level can be improved. Additionally, the determined carbon footprint and other relevant criteria related may be utilized to generate a customer product score that can be utilized by a consumer to make informed purchasing decisions.

Abstract: Certain examples provide systems and methods for radiologist performance review. A method includes receiving a series of images for review by a user at an exam reader, the series of images including both actual patient images for review and test images for evaluation of user performance. The method also includes capturing a user report including analysis of at least a portion of the series of images including at least one actual patient image and at least one test image. The method further includes evaluating performance of the user based on a comparison of the user's analysis of the at least one test image to a predetermined analysis of the at least one test image. Additionally, the method includes generating at least one metric regarding user performance based on the comparison to be output with respect to the user.

Abstract: Methods and apparatus to present and group clinical records are disclosed. An example method includes obtaining work list data of a healthcare practitioner and one or more clinical records associated with the work list data; extracting descriptive information from the clinical records to obtain one or more classifications associated with the clinical records; organizing the clinical records using the classifications into a hierarchy associated with a multi-tiered structure for graphical display; displaying one or more work items from the work list data in a first tier of the structure associated with the hierarchy; displaying one or more nodes associated with a first one of the classifications in a second tier of the structure in response to a first selection of a first one of the work items; and presenting one or more of the clinical records in a user interface in response to a second selection from a base tier of the structure.