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. Observational and modeling studies suggest that Earth's tropical belt haswidened over the late 20th century and will continue to widen throughout the21st century. Yet, estimates of tropical-width variations differ significantlyacross studies. This uncertainty, to an unknown degree, is partly due to thelarge variety of methods used in studies of the tropical width. Here, methodsfor eight commonly used metrics of the tropical width are implemented in theTropical-width Diagnostics (TropD) code package in the MATLAB programminglanguage. To consolidate the various methods, the operations used in each ofthe implemented methods are reduced to two basic calculations: finding thelatitude of a zero crossing and finding the latitude of a maximum. Adetailed description of the methods implemented in the code and of the codesyntax is provided, followed by a method sensitivity analysis for each of themetrics. The analysis provides information on how to reduce themethodological component of the uncertainty associated with fundamentalaspects of the calculations, such as monthly vs. seasonal averaging biases,grid dependence, sensitivity to noise, and sensitivity to threshold criteria.

The TropD software package (v1): standardized methods for calculating tropical-width diagnostics