PANGAEA_986602
Pedodiversity and biodiversity in Andossi Plateau
Ferré, Chiara; Comolli, Roberto
Pedodiversity and biodiversity in Andossi Plateau
2025-10-13
PANGAEA
Dataset
https://doi.pangaea.de/10.1594/PANGAEA.986602
Investigator
Chiara
Ferré
Earth Science
Event label
Latitude of event
Longitude of event
Point ID
Geological class
Vegetation type
Soil type
geoscientificInformation
Andossi_01
Andossi_02
Andossi_03
Andossi_04
Andossi_05
Andossi_06
Andossi_07
Andossi_08
Andossi_09
Andossi_10
Andossi_100
Andossi_101
Andossi_102
Andossi_103
Andossi_104
Andossi_105
Andossi_106
Andossi_107
Andossi_108
Andossi_109
Andossi_11
Andossi_110
Andossi_111
Andossi_112
Andossi_113
Andossi_114
Andossi_115
Andossi_116
Andossi_117
Andossi_118
Andossi_119
Andossi_12
Andossi_120
Andossi_121
Andossi_122
Andossi_123
Andossi_124
Andossi_125
Andossi_126
Andossi_127
Andossi_128
Andossi_129
Andossi_13
Andossi_130
Andossi_131
Andossi_132
Andossi_133
Andossi_134
Andossi_135
Andossi_136
Andossi_137
Andossi_138
Andossi_139
Andossi_14
Andossi_140
Andossi_141
Andossi_142
Andossi_143
Andossi_144
Andossi_145
Andossi_146
Andossi_147
Andossi_148
Andossi_149
Andossi_15
Andossi_150
Andossi_151
Andossi_152
Andossi_153
Andossi_154
Andossi_155
Andossi_156
Andossi_157
Andossi_158
Andossi_159
Andossi_16
Andossi_160
Andossi_161
Andossi_162
Andossi_163
Andossi_164
Andossi_165
Andossi_166
Andossi_167
Andossi_168
Andossi_169
Andossi_17
Andossi_170
Andossi_171
Andossi_172
Andossi_173
Andossi_174
Andossi_175
Andossi_176
Andossi_177
Andossi_178
Andossi_179
Andossi_18
Andossi_180
Andossi_181
Andossi_182
Andossi_183
Andossi_184
Andossi_185
Andossi_186
Andossi_187
Andossi_188
Andossi_189
Andossi_19
Andossi_190
Andossi_191
Andossi_192
Andossi_193
Andossi_194
Andossi_195
Andossi_196
Andossi_197
Andossi_198
Andossi_199
Andossi_20
Andossi_200
Andossi_201
Andossi_202
Andossi_203
Andossi_204
Andossi_205
Andossi_206
Andossi_207
Andossi_208
Andossi_209
Andossi_21
Andossi_210
Andossi_211
Andossi_212
Andossi_213
Andossi_214
Andossi_215
Andossi_216
Andossi_217
Andossi_218
Andossi_219
Andossi_22
Andossi_220
Andossi_221
Andossi_222
Andossi_223
Andossi_224
Andossi_225
Andossi_226
Andossi_227
Andossi_228
Andossi_229
Andossi_23
Andossi_230
Andossi_231
Andossi_232
Andossi_233
Andossi_234
Andossi_235
Andossi_236
Andossi_237
Andossi_238
Andossi_239
Andossi_24
Andossi_240
Andossi_241
Andossi_242
Andossi_243
Andossi_244
Andossi_245
Andossi_246
Andossi_247
Andossi_248
Andossi_249
Andossi_25
Andossi_250
Andossi_251
Andossi_252
Andossi_253
Andossi_254
Andossi_255
Andossi_256
Andossi_257
Andossi_258
Andossi_259
Andossi_26
Andossi_260
Andossi_261
Andossi_262
Andossi_263
Andossi_264
Andossi_265
Andossi_266
Andossi_267
Andossi_268
Andossi_269
Andossi_27
Andossi_270
Andossi_271
Andossi_272
Andossi_273
Andossi_274
Andossi_275
Andossi_276
Andossi_277
Andossi_278
Andossi_279
Andossi_28
Andossi_280
Andossi_281
Andossi_282
Andossi_283
Andossi_284
Andossi_285
Andossi_286
Andossi_287
Andossi_288
Andossi_289
Andossi_29
Andossi_290
Andossi_291
Andossi_292
Andossi_293
Andossi_294
Andossi_295
Andossi_296
Andossi_30
Andossi_31
Andossi_32
Andossi_33
Andossi_34
Andossi_35
Andossi_36
Andossi_37
Andossi_38
Andossi_39
Andossi_40
Andossi_41
Andossi_42
Andossi_43
Andossi_44
Andossi_45
Andossi_46
Andossi_47
Andossi_48
Andossi_49
Andossi_50
Andossi_51
Andossi_52
Andossi_53
Andossi_54
Andossi_55
Andossi_56
Andossi_57
Andossi_58
Andossi_59
Andossi_60
Andossi_61
Andossi_62
Andossi_63
Andossi_64
Andossi_65
Andossi_66
Andossi_67
Andossi_68
Andossi_69
Andossi_70
Andossi_71
Andossi_72
Andossi_73
Andossi_74
Andossi_75
Andossi_76
Andossi_77
Andossi_78
Andossi_79
Andossi_80
Andossi_81
Andossi_82
Andossi_83
Andossi_84
Andossi_85
Andossi_86
Andossi_87
Andossi_88
Andossi_89
Andossi_90
Andossi_91
Andossi_92
Andossi_93
Andossi_94
Andossi_95
Andossi_96
Andossi_97
Andossi_98
Andossi_99
semplified geolocical class
Soil sample
soil type
vegetation type
According to Mazzoleni (2011)
Complete
9.349000008
9.367940008
46.45041
46.47732
unrestricted
CC-BY-4.0: Creative Commons Attribution 4.0 International
English
PANGAEA
Data Publisher for Earth & Environmental Science
https://www.pangaea.de/
Data Center Contact
Michael
Diepenbroek
info@pangaea.de
Leobener Str.
Bremen
Bremen
28359
Germany
online
1012 data points
text/tab-separated-values
Ferré, Chiara; Mascetti, Gaia; Gentili, Rodolfo; Musetti, Marco; Agaba, Sara; Comolli, Roberto (2025): The role of pedodiversity in shaping biodiversity: a quantitative analysis of an alpine pasture. CATENA, 261, 109511, https://doi.org/10.1016/j.catena.2025.109511
Bartolucci, Fabrizio; Peruzzi, Lorenzo; Galasso, Gabriele; Alessandrini, A; Ardenghi, N M G; Bacchetta, Gianluigi; Banfi, E; Barberis, G; Bernardo, Liliana; Bouvet, D; Bovio, M; Calvia, G; Castello, M; Cecchi, L; Del Guacchio, E; Domina, G; Fascetti, S; Gallo, L; Gottschlich, Günter; Guarino, R; Gubellini, L; Hofmann, Nico; Iberite, M; Jiménez-Mejías, P; Longo, D; Marchetti, D B; Martini, F; Masin, R R; Medagli, P; Peccenini, S; Prosser, F; Roma-Marzio, F; Rosati, L; Santangelo, A; Scoppola, A; Selvaggi, A; Selvi, Federico; Soldano, A; Stinca, A; Wagensommer, R P; Wilhalm, T; Conti, Fabio (2024): A second update to the checklist of the vascular flora native to Italy. Plant Biosystems, 158(2), 219-296, https://doi.org/10.1080/11263504.2024.2320126
IUSS Working Group WRB (2022): World Reference Base for Soil Resources. International soil classification
system for naming soils and creating legends for soil maps. 4th edition. International Union of Soil Sciences (IUSS), Vienna, Austria, https://download.pangaea.de/reference/135629/attachments/IUSS_Working_Group_WRB_2022.pdf
Martellos, Stefano; Bartolucci, Fabrizio; Conti, Fabio; Galasso, Gabriele; Moro, Andrea; Pennesi, Riccardo; Peruzzi, Lorenzo; Pittao, Elena; Nimis, Pier Luigi (2020): FlorItaly – the portal to the Flora of Italy. PhytoKeys, 156, 55-71, https://doi.org/10.3897/phytokeys.156.54023
Mascetti, Gaia; Gentili, Rodolfo; Ferré, Chiara; Fuccella, Roberto; Agaba, Sara; Pricca, Nicolò; Cabassi, Giovanni; Povolo, Milena; Comolli, Roberto (2023): Sustainable management, critical issues and environmental services of a pastoral system in the Central Alps. Biodiversity, 24(1-2), 79-84, https://doi.org/10.1080/14888386.2023.2192687
Mazzoleni, G (2011): In Aldighieri, B. & Mazzoleni, G. (eds.) La Valchiavenna: un bacino pilota per il controllo dell'ambiente alpino. Quaderni di Geodinamica Alpina e Quaternaria, Milano. 10
As part of the Pascol-Ando and PascoliAmo project, in the framework of the PSR (Rural Development Program) of the Lombardy Region, which aimed to promote sustainable pasture management (Mascetti et al., 2023; doi:10.1080/14888386.2023.2192687), a pedological and floristic survey was carried out at 156 and 264 georeferenced points, respectively. The locations of the soil sampling points were selected to best represent the variability in vegetation and geomorphological characteristics. Soil minipits were opened down to the C horizon or rock, and corings were carried out using a 4 cm diameter, 50 cm long gauge auger designed to differentiate and sample the soil by horizon (minipit:coring ratio 1:4). Soils were described and sampled by horizon, then analyzed for the purpose of classification. The soils were classified according to the WRB taxonomic system (IUSS Working Group WRB, 2022). The vegetation survey was carried out over two years, from July to the end of August, at 138 points in 2020 and 126 points in 2021, in correspondence with the soil sampling. Within each 1 × 1 m plot, all species were identified, and their visual percent cover was estimated using a grid with 10 × 10 cm cell units. Each plot was selected to be representative of a larger area in terms of vegetation cover and species composition. The nomenclature follows the updated checklists of the vascular flora of Italy (Bartolucci et al., 2024; doi:10.1080/11263504.2024.2324134) which are continuously updated on The Portal to the Flora of Italy (https://dryades.units.it/floritaly/, Martellos et al., 2020; doi:10.3897/phytokeys.156.54023). Six vegetation types (PP: poor pasture; RP: rich pasture; CP: calcareous pasture; EH; earth hummock; PB: peat bog; S: shrub) were considered, based on a previous study on the characterization of pasture plant communities (Mascetti et al., 2023). Geological information is available for each point, obtained by simplifying the geological units of the available map of the study area into six classes (ECD: eluvial-colluvial deposit; PD: peat bog deposit; GlD: glacial deposit; GD: gravitative deposit; CR: carbonatic rock; SR: schistose rock; CS: carbonatic rock and GrD: gravitative deposit). ** For all details see the full metadata description at "https://doi.pangaea.de/10.1594/PANGAEA.986602"!
https://doi.org/10.1016/j.catena.2025.109511
The role of pedodiversity in shaping biodiversity: a quantitative analysis of an alpine pasture
https://doi.org/10.1080/11263504.2024.2320126
A second update to the checklist of the vascular flora native to Italy
https://doi.org/10.1080/14888386.2023.2192687
Sustainable management, critical issues and environmental services of a pastoral system in the Central Alps
https://doi.org/10.3897/phytokeys.156.54023
FlorItaly – the portal to the Flora of Italy
https://en.wikipedia.org/wiki/Soil_classification
Soil type
DIF
9.4
2025-10-13
2026-04-30