Citation Context

...having a final percentage clear (FPC) of at least 70%, 80%, 90%, or 95%) withins8 days over in-season (actively cropped, as defined by agricultural growing season calendars insWhitcraft et al. (2014) =-=[48]-=-) 0.05° agriculture-containing cells (as defined by the cropland mask insFritz et al. (2015) [49]). For views at least 70% clear within 8 days, 44%–55% of in-season cropped cellssworldwide (depending ...

Citation Context

...EOGLAM, and are introducedshere in Table 1. Further, these descriptive requirements have been made spatially explicit through thesinclusion of the growing season calendars from Whitcraft et al. (2014 =-=[2]-=-; when to image), a “bestsRemote Sens. 2015, 7 1474savailable” cropland mask along with a field size distribution layer (Fritz et al. (2015) [1]; where [finesvs. moderate vs. coarse] data are required...

Citation Context

...over a large area. For example, a single crop species is usually largely distributed in plains (e.g., winter wheat in North China Plain). So we can use the satellite-derived crop phenological metrics =-=[36]-=- and climate data to parameterize the unified phenology model. Second, the phenology mechanism model parameterized with satellite-derived phenological metrics and climate data can be further integrate...