DOI: 10.5281/zenodo.7568285
title: Grapevine Aragon Data

description: Dataset from Aragon Wineries "estacion": Name of the station to which the data belongs<br> "ubi": Name of the station to which the data belongs<br> "anio": Year to which the data belongs<br> "dia": Day of the year to which the data belongs<br> "fecha": Date to which the data belongs<br> "tmed_min": Minimum temperature reached in the station in that date.<br> "tmed_max": Maximum temperature reached in the station in that date.<br> "tmed_mean": Mean temperature reached in the station in that date.<br> "rad_min": Minimum solar radiation reached in the station in that date.<br> "rad_max": Maximum solar radiation reached in the station in that date.<br> "rad_mean": Mean solar radiation reached in the station in that date.<br> "hr_mean": Mean relative humidity measured in the station in that date.<br> "hourFrac_sum": As we are concerning on resumes from hourly data, this variable counts the number of hours included in such resume. If there are hors missing, it will be visible here.<br> "potentialDormancyDay": Binary variable. It takes value 0 if theoretically a grapevine ubicated near the station would be hibernating and 1 if not.<br> "season": Season to which the data belongs<br> "rad_sum": Solar radiation recived that date in the station<br> "precip_sum": Precipitations recived that date in the station<br> "wind_N": Mean wind speed in the nord component<br> "wind_NE": Mean wind speed in the nordeast component<br> "wind_E": Mean wind speed in the east component<br> "wind_SE": Mean wind speed in the southeast component<br> "wind_S": Mean wind speed in the south component<br> "wind_SW": Mean wind speed in the southwest component<br> "wind_W": Mean wind speed in the west component<br> "wind_NW": Mean wind speed in the northwest component<br> "SeasonDay_t0": Day of the year starting the 't0' accumulation (used in the cummulative variables that come before).<br> "SeasonDay_1": Day of the year starting the '1' accumulation (used in the cummulative variables that come before). It should be the 1 of January<br> "SeasonDay_2": Day of the year starting the '2' accumulation (used in the cummulative variables that come before). It should be the 1 of February<br> "rad__X__Cumm": Accumulated radiation for the station and date acording to the start in X (it should be 0 if 'dia'&lt;X) <br> "precip__X__Cumm": Accumulated precipitation for the station and date acording to the start in X (it should be 0 if 'dia'&lt;X) <br> "winkler_T_Tbase": New winklre's points added for that station on that date if winkler index starts increasing on temperature 'T'<br> "gdd_T_X_Tbase_sum": New GDD (Growing Degree Day) points added for that station on that date if GDD index starts increasing on temperature 'T' and day of the year 'X'<br> "chillingDD_T_X_Tbase_sum": New chilling index points added for that station on that date if chilling index starts increasing on temperature 'T' and day of the year 'X'<br> "gdd_T_X_Tbase_sum_Cumm": Total GDD (Growing Degree Day) points of the station on that date if GDD index starts increasing on temperature 'T' and day of the year 'X'<br> "chillingDD_T_X_Tbasemin_sum": Total chilling index points of the station on that date if chilling index starts increasing on temperature 'T' and day of the year 'X'<br> "winkler_T_X_Tbase_Cumm": Total winklre's points of the station on that date if winkler index starts increasing on temperature 'T' and day of the year 'X'
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