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Pollen from 50 lake surface samples in Brandenburg, Germany, in 2009 (2015)

Matthias, Isabelle ; Semmler, Malte Sebastian Swen ; Giesecke, Thomas

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In: Supplement to: Matthias, Isabelle; Semmler, Malte Sebastian Swen; Giesecke, Thomas (2015): Pollen diversity captures landscape structure and diversity. Journal of Ecology, 103(4), 880-890, https://doi.org/10.1111/1365-2745.12404

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Publication Date: 2023-07-10

Description: Past changes in plant and landscape diversity can be evaluated through pollen analysis, however, pollen based diversity indexes are potentially biased by differential pollen production and deposition. Studies examining the relationship between pollen and landscape diversity are therefore needed. The aim of this study is to evaluate how different pollen based indexes capture aspects of landscape diversity. Pollen counts were obtained from surface samples of 50 small to medium sized lakes in Brandenburg (Northeast Germany) and compiled into two sets, with one containing all pollen counts from terrestrial plants and the second restricted to wind-pollinated taxa. Both sets were adjusted for the pollen production/dispersal bias using the REVEALS model. A high resolution biotope map was used to extract the density of total biotopes and different biotopes per area as parameters describing landscape diversity. In addition tree species diversity was obtained from forest inventory data. The Shannon index and the number of taxa in a sample of 10 pollen grains are highly correlated and provide a useful measure of pollen type diversity which corresponds best to landscape diversity within one km of the lake and the proportion of non-forested area within seven km. Adjustments of the pollen production/dispersal bias only slightly improve the relationships between pollen diversity and landscape diversity for the restricted dataset as well as for the forest inventory data and corresponding pollen types. Using rarefaction analysis, we propose the following convention: pollen type diversity is represented by the number of types in a small sample (low count e.g. 10), pollen type richness is the number of types in a large sample (high count e.g. 500) and pollen sample evenness is characterized by the ratio of the two. Synthesis. Pollen type diversity is a robust index that captures vegetation structure and landscape diversity. It is ideally suited for between site comparisons as it does not require high pollen counts. In concert with pollen type richness and evenness, it helps evaluating the effect of climate change and human land use on vegetation structure on long timescales.

Keywords: Aalgastsee; Abies; Acer; Alnus; Ambrosia-type; Androsace; Apiaceae; Artemisia; Asteraceae undifferentiated; Astragalus-type; Avena-type; Baasee; Berula erecta group; Betula; Blumenthalsee; Brandenburg, Germany; Brassicaceae; Bruckenthalia; Buchwaldsee; Buckowsee; Bugsee; Buxus; Calluna; Cannabaceae; Capsicum-type; Cariophyllaceae; Carpinus; Carya; Castanea; Celtis; Centaurea cyanus; Centaurea undifferentiated; Cerealia undifferentiated; Chamaenerion; Chenopodiaceae; Chimaphila umbellata; Circaea; Cirsium; Clethra; Comment of event; Cornus; Corylus; Counting, palynology; Crepis-type; Cyperaceae; DEPTH, sediment/rock; Deulowitzer_See; Dovinsee; Drosera; Echium; Elevation of event; Empetrum; Eucalyptus; Event label; Fagopyrum; Fagus; Fenestrate undifferentiated; Filipendula; Fothergilla major; Frangula alnus; Fraxinus; Glabatzsee; Gratiola officinalis; Grimnitzsee; Großsee; Hausseebruch; Hedera helix; Heiliger_See; Helianthus; Helleborus foetidus; Heracleum-type; HONK; HON-Kajak sediment corer; Hordeum-type; Hypericum perforatum-type; Hypericum undifferentiated; Ilex; Jasione; Juglans; Juniperus; Karbuschsee; Kessel_See; Kesselsee; Klautzkesee; Kleiner_Gollinsee; Kleiner_Lychensee; Kleiner_Petznicksee; Kleiner_Plunzsee; Kleiner_Rathsburgsee; Kleiner_Tornowsee; Kleiner_Treppelsee; Kleiner_Trinsee; Kleiner_Zermittensee; Kleinsee; Lactuca-type; Larix/Pseudotsuga; Latitude of event; Lobelia dortmanna; Longitude of event; Marrubium; Matricaria-type; Melampyrum; Mentha-type; Modderpfuhl; Myrica gale; Nigella; Ostrya; Papensee; Persicaria amphibia; Petznicksee; Picea; Piechesee; Pinus; Plantago albicans; Plantago coronopus-type; Plantago lanceolata; Plantago major/media-type; Plantago undifferentiated; Ploetzensee; Poaceae; Polygonum aviculare-type; Polygonum undifferentiated; Populus; Potentilla-type; Poviestsee; Primula clusiana-type; Primula farinosa-type; Primula veris group; Quercus; Raehdensee; Ranunculus acris-type; Ranunculus arvensis group; Ranunculus parviflorus; Rhamnus-type; Roethsee; Rubiaceae undifferentiated; Rumex acetosa-type; Rumex acetosella-type; Runder_Koellnsee; Salix; Sambucus; Saxifraga stellaris-type; Saxifraga undifferentiated; Schiebelsee; Schwarzer_See; Schwarzersee; Secale; Senecio-type; Silene-type; Solanum dulcamara; Solanum nigrum-type; Solidago; Sonnenburger_Fenn; Sorbus group; Spergularia-type; Staffsee; Steinsee; Sterculiaceae; Sternebecker_See; Symphytum; Taxus; Teersee; Temnitzsee; Teufelssee; Thalictrum; Tiefer_Cloewen; Tiefer_See; Tilia cordata; Tilia platyphyllos; Trifolium; Triticum-type; Ulmus; Urtica; Valeriana; Viscum; Weißesee; Zea mays; Ziskensee

Type: Dataset

Format: text/tab-separated-values, 5900 data points

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Validated sample ages from 823 EPD sites (2013)

Giesecke, Thomas ; Davis, Basil A S ; Brewer, Simon ; [et al.]

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In: Supplement to: Giesecke, Thomas; Davis, Basil A S; Brewer, Simon; Finsinger, Walter; Wolters, Steffen; Blaauw, Maarten; de Beaulieu, Jacques-Louis; Binney, Heather; Fyfe, Ralph M; Gaillard, Marie-José; Gil-Romera, Graciela; van der Knaap, Pim Willem O; Kuneš, Petr; Kühl, Norbert; van Leeuwen, Jaqueline F N; Leydet, Michelle; Lotter, André F; Ortu, Elena; Semmler, Malte Sebastian Swen; Bradshaw, Richard H W (2013): Towards mapping the late Quaternary vegetation change of Europe. Vegetation History and Archaeobotany, 23(1), 75-86, https://doi.org/10.1007/s00334-012-0390-y

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Publication Date: 2023-12-19

Description: The number of well-dated pollen diagrams in Europe has increased considerably over the last 30 years and many of them have been submitted to the European Pollen Database (EPD). This allows for the construction of increasingly precise maps of Holocene vegetation change across the continent. Chronological information in the EPD has been expressed in uncalibrated radiocarbon years, and most chronologies to date are based on this time scale. Here we present new chronologies for most of the datasets stored in the EPD based on calibrated radiocarbon years. Age information associated with pollen diagrams is often derived from the pollen stratigraphy itself or from other sedimentological information. We reviewed these chronological tie points and assigned uncertainties to them. The steps taken to generate the new chronologies are described and the rationale for a new classification system for age uncertainties is introduced. The resulting chronologies are fit for most continental-scale questions. They may not provide the best age model for particular sites, but may be viewed as general purpose chronologies. Taxonomic particularities of the data stored in the EPD are explained. An example is given of how the database can be queried to select samples with appropriate age control as well as the suitable taxonomic level to answer a specific research question.

Type: Dataset

Format: application/zip, 4 datasets

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(4 Table EpdAgeAll) Sample ages including unlikely extrapolated ages and other problems that were identified (2013)

Giesecke, Thomas ; Davis, Basil A S ; Brewer, Simon ; [et al.]

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Publication Date: 2023-12-19

Keywords: 1; 2; 3; 69B; A159; ABANT; Abant Gölü, Turkey; ABBO; Abborrtjärnen, Sweden; Abernethy Forest, United Kingdom; AC3/4Holocene; AC3/4Late-Glacial; AC4HOLO; AC4LATE; ADANGE; Adange, Georgia; AE3; Aegelsee, Switzerland; AELBI; AF1974; AGE; Age, dated; Age, maximum/old; Age, minimum/young; Ageröds Mosse, Sweden; Aghia Galini, Greece; AHL5; Ahlenmoor, Germany; AHLEQUEL; Ahlequellmoor; Aholami, Finland; AHOLAMMI; Åkerhultagöl, Sweden; AKGOL; Akgöl Adabag, Turkey; AKUV; Akuvaara, Finland; ÄlbiFlue; Älbi Flue, Switzerland; Albufera Alcudia, Spain; ALCUDIA; ALETSCHW; Aletschwald; Aletschwald, Switzerland; AletschwaldPJ; ALETSW; ALGENDAR; Algendar, Spain; ALLOS; Allt na Feithe Sheilich, United Kingdom; ALPENR; Alpi di Robièi, Val Bavona, Switzerland; Alp Lüsga Belalp 1, Switzerland; Alp Lüsga Belalp 2, Switzerland; ALSA; Alsa, Spain; Alsópáhok, Hungary; Altenweiher, France; AMBY86; AMPOIX; Ampoix, France; Amsoldingersee, Switzerland; AMSOPO2; AMSOPO3; AMTKEL; Amtkel, Georgia; AMTKEL1; AMTKEL2; AMTKEL3; ANFSHEIL; ANNA; ANNERAY; Anneray, France; Anse de Gattemare, France; Anse de la Mare, France; Anse Saint-Martin, France; ANSTM203; ANSTMA60; ANTAS; Antas, Spain; ANTU; Åntu Sinijarv, Estonia; AR1; AR2; Arkutino Lake, Bulgaria; ARONDE; Aronde, France; ARS1; ARTSLOUG; Arts Lough, Ireland; ASBOTOR; Åsbotorpsjön, Sweden; ASHIK; ATEML; Atemlöchermoos; Atemlöchermoos, Austria; ATW; Atxuri, Spain; ATXURI01; AUNEAU; Auneau, France; AVG0702; Avrig, Romania; AVRIG1; AVRIG2; B1; B5; BABOZ1; Babozero, Russia; BACHALP; Bachalpsee; Bachalpsee, Switzerland; Baie de Seine estuary, France; Baie de Seine Franceville beach, France; BALDEGG; Baldeggersee; Baldeggersee, Switzerland; BALLIN; Ballinloghig Lake, Ireland; BALLYBET; Ballybetagh, Ireland; BANYOLES; Banyoles, Spain; BARHEIA; Barheivatn, Norway; BASR; Basse-Ville, France; BASVILLE; Beaufort Birkenbach, Luxembourg; BEBR5; Bebrukas Lake, Lithuania; BEGBUNAR; BELALP1; BELALP2; BelalpBaI; BelalpIIF; BELATE01; BELATE05; BELIYA2C; Beliya Kanton, Bulgaria; BELL; BELLE; Bellefontaine, France; Belle Lake, Ireland; BELLENGR; Bellengreville, France; BERGAKYL; Bergakyllen, Sweden; BESBOG; Besbog, Bulgaria; BEUF; Beug_pollen-archive; BEVERA; BEYSEHIR; Beysehir Gölü I, Turkey; BEZDON; Bezdonnoe, Russia; BEZYMIAN; Bezymiannoe, Belarus; BIBER; Bibersee; Bibersee, Switzerland; BIECAI; BIOT; Biot, France; BISKUP4; Biskupinskie Lake, Poland; BISOCA; Bisoca, Romania; BITSCH3; Bitsch-Naters; Bitsch-Naters, Switzerland; BJARHG; Bjärsjöholmssjön, Sweden; BJORKSJO; Bjorksjodamm, Sweden; Black Sea, Bulgaria; BLAINVIL; Blainville-sur-Orne, France; Blato, Czech Republic; BLATO1; BLAVASS; Blavasstjonn, Norway; BLEDOWO3; Bledowo Lake, Poland; BLOMOY; Blomoy, Norway; BOBERT; BOBROV; Bobrov, Slovakia; Boehnigsee Goldmoos, Switzerland; BOGBOLT; BOGROOS; BOHNIGSE; BOITES1; BOKABLA1; Bokanjacko_Blato_1; Bolotnoye, Ukraine; Bolotnya, Ukraine; BOR; Borer; boring1; boring375; boring A10; boringI; boringIandII; boringII; Borkovicka blata, Czech Republic; BOSHEI1; BOSHEI3; Bosscherheide, Netherlands; BOUCHB5; BOUCHB53; BOUCHB60; BOUCHD; BOX5520; Boxes (5x5x20 cm); BRASPART; BREDCOUN; Brede Bridge, United Kingdom; Breidfeld, Luxembourg; BREITNAU; Breitnau-Neuhof, Germany; BRETAYE; BRICQRUE; Bruchberg-1; Bruchberg-2; BRUCHBG1; BRUCHBG2; BRURSKAR; Brurskardtjorni, Norway; BRUVAT; Bruvatnet, Norway; BUNTESM; BuntesMoor; Buntes Moor, Austria; BUTTER; Butter Mountain, United Kingdom; BV-2-A; Byelorussian sampler; BYES; C20Profile; CABURN; Caburn, United Kingdom; Caen; Caen, France; CAIRON; Cairon, France; Cala Galdana, Spain; Calan Porter, Spain; CAM-LG; Cam Loch, United Kingdom; CAM-PG; CANDIEIR; CARNINO; CARRIV; Carrivmoragh, United Kingdom; CAUDELAI; Cerg; CERGOWA; Cergowa Gora, Poland; Cervene blato, Czech Republic; CETULAT; CHA2; CHANGE; Change-Glatinier, France; CHANTEME; Chantemerle, France; Charco da Candieira, Portugal; Chef-du-Pont, France; CHERNIH; Chernikhovo, Belarus; CHEYLADE; CHFPONES; CHIRENS1; CHISTIC; Chistic, Russia; CHIVRES; CHROISGP; CHUTTI; Chutti, Boltigen, Switzerland; Chutti/Boltigen; CLAIR; CLAP68; CLAP69; Clapeyret, France; CLATTERI; Clatteringshaws Loch, United Kingdom; CLEAT; Cobra percussion corer; COIREBOG; Coire Bog, United Kingdom; Col des Lauzes, France; COLFIORI; Colfiorito, Italy; Col Luitel, France; COOL69B; COOLT; Coolteen, Ireland; COORAN; Cooran Lane, United Kingdom; Core; CORE; Core1; Core11; Core14; Core14A; Core1B; Core2; Core249; Core274; Core3; Core4; Core45; Core5; Core6; Core63; Core64; Core68; Core69; Core6B; Core707; Core84; Core942; Core948; CoreA; CoreAII; CoreB/4; CoreB1; CoreCV-34-C; CoreDI; CoreDII; CoreDury/98; CoreGa; CoreGl1/91; CoreGO; CoreHJ-2-A; CoreHJ-4-A; CoreI; CoreII; CoreJC-11-A; CoreJC-9-A; CoreJC-9-B; CoreJStr6/87; CoreLII; CoreLIV; CoreLL7C; CoreMS; CoreN1; CoreN1097; CoreN2; CoreN6; CoreN8; CoreOK-1-B; CoreOK-9-A; CoreR14; CoreRIII; CoreRM1/74; CoreS2; CoreS223; CoreS6; CoreS7; CoreS8; CoreSI; CoreSl/97; CoreSw3/91; CORREO; Correo, France; COUC; COUDERT; Coulvain; COULVAIN; Coulvain, France; Coûteaux corer; CPERC; CPORTER; CRABEC; CRAGGIE; CREGGAN; Cregganmore, Ireland; CRISTOL; Cristol Lake, France; Croatia; CROOB; CS-4; CSOGLE; Csögle, Hungary; CTAR; CuadramónII; CUAII; CUETOAV; Cueto de la Avellanosa, Spain; CV-2-A; CZE1; D10; D13; D3; D9; DACH; Dachnowski corer; DAGSMOO; Dags Mosse, Sweden; DALLICAN; Dallican Water, United Kingdom; DALMUT; Dalmutladdo, Norway; Darzlubie Forest, Poland; DAUGES; DED; DELORETT; Delta del Rio Besos, Spain; DEPTH, sediment/rock; DERRYC; Derrycunihy, Ireland; DIGER; Digerfeldt-Letteval corer; DLINNOE; Dlinnoe, Russia; DOLG2-3; DOLG5-7; Dolgoe, Belarus; DOLINA; DOMSJON; Domsjön, Sweden; DOMSV; Domsvatnet, Norway; DONVOLD; Donvold, Norway; DORTMUND; DortmunderHütte; Dortmunder Hütte, Austria; DOSSACC; Dossaccio; Dossaccio, Bormio, Italy; Double-wall coring pipe; DOVJOK; Dovjok Swamp, Ukraine; DOWELS; DRILL; Drilling/drill rig; DRUIM; DRUZ2; Dry Lake II, Bulgaria; DU-10-A; DU-1-B; DUNUM; Dunum, Germany; DURA; Dura-Moor; Dura-Moor, Italy; DURANK1; DURANK2; Durchenbergried, Germany; Dury, Poland; DURY1; DVURANSO; Dvur Ansov, Czech Republic; DWCP; E26; EDEC; Edelman corer; EDESSA; Edessa, Greece; Egelsee; EGELSEE; Egelsee, Austria; EGGEN; EggenobBlatten; Eggen ob Blatten, Switzerland; EGR2A; Eijkelkamp Kammerbohrer; EINICH; EKB; Elevation of event; EMBOU; Embouchac, France; ENNERIE; Ennerie, France; ERMISTU; ESPINASS; ESTACAS; ETANG; Etang de Cheylade, France; EtangdelaGruère; Etang de la Gruère, Switzerland; EtangdelaGruèreEGr2A; EtangdeLuissel; Etang de Luissel, Bex, Switzerland; Etang dOuveillan, France; Etang du Lautrey, France; EtangdyCor; Etang dy Cor, Montana, Switzerland; Etang paysan, France; ETPASM67; Event label; Ezerisch, Belarus; EZERIZ; F_SENN3; FADA; FANGEAS; Fangeas, France; Färshesjön, Sweden; FARSKE; FATE; FEL1; FEL2; Felchosee-1; Felchosee-2; Feld Alp Holzmatten, Switzerland; FeldD2; FELDD2; FEUENRIE; Feuenried, Germany; Fichtelgebirge, Northern Germany; Finland; Fjällnas, Sweden; FJALLS; Fjallsjön 1, Sweden; FJELLNAS; FLAATEVA; Flaatevatn, Norway; FLAJE; Flaje Kiefern, Czech Republic; FLARKTOT; FLETNOWO; Fletnowo, Poland; Flögeln, Germany; FLOGELN5; FLOGELN6; FLUEGEL; Flügel- and Stechkammerbohrer; FOFMOBS6; Fontaine Henry, France; FONTHENR; FOUG2; Fougères, France; FOUGS223; FOUGS707; FOUGS942; FOUGS948; Foula, United Kingdom; FOULA6B; FOURNEAU; FRANVILL; FranzSenn-Hütte; Franz Senn-Hütte, Austria; FRENGSTA; Frengstadsetra, Norway; FUKK1; FULLY; Fuschlsee, Austria; G1/89; G89; GA; GAENSEMO; GAGRA; Gagra, Georgia; GALDANA; GALINI; Gallanech Beg, United Kingdom; GALTSJ; Galtsjön, Sweden; GAMPERF; Gamperfin, Switzerland; Gamperfin25A; GANNA; Gänsemoos; Gänsemoos, Schwarzenburg, Switzerland; GAR1; GATIMORT; GATTEMAR; Gauge sampler; GB4; GDU; Geffosse Fontenay, France; GEFONTE4; GELMT; Gelmyazevskoye, Ukraine; GEOC; Geonor corer; GEORGENF; Georgenfelder Hochmoor, Germany; Gerlos; GERLOS; Gerlos, Austria; Germany; GERZEN; Gerzensee; Gerzensee, Switzerland;

Type: Dataset

Format: text/tab-separated-values, 265115 data points

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(2 Table Entity) Positions of cores (2013)

Giesecke, Thomas ; Davis, Basil A S ; Brewer, Simon ; [et al.]

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Publication Date: 2023-12-19

Keywords: 1; 2; 3; 69B; A159; ABANT; Abant Gölü, Turkey; ABBO; Abborrtjärnen, Sweden; Abernethy Forest, United Kingdom; AC3/4Holocene; AC3/4Late-Glacial; AC4HOLO; AC4LATE; ADANGE; Adange, Georgia; AE3; Aegelsee, Switzerland; AELBI; AF1974; AGE; Ageröds Mosse, Sweden; Aghia Galini, Greece; AHL5; Ahlenmoor, Germany; AHLEQUEL; Ahlequellmoor; Aholami, Finland; AHOLAMMI; Åkerhultagöl, Sweden; AKGOL; Akgöl Adabag, Turkey; AKUV; Akuvaara, Finland; ÄlbiFlue; Älbi Flue, Switzerland; Albufera Alcudia, Spain; ALCUDIA; ALETSCHW; Aletschwald; Aletschwald, Switzerland; AletschwaldPJ; ALETSW; ALGENDAR; Algendar, Spain; ALLOS; Allt na Feithe Sheilich, United Kingdom; ALPENR; Alpi di Robièi, Val Bavona, Switzerland; Alp Lüsga Belalp 1, Switzerland; Alp Lüsga Belalp 2, Switzerland; ALSA; Alsa, Spain; Alsópáhok, Hungary; Altenweiher, France; AMBY86; AMPOIX; Ampoix, France; Amsoldingersee, Switzerland; AMSOPO2; AMSOPO3; AMTKEL; Amtkel, Georgia; AMTKEL1; AMTKEL2; AMTKEL3; ANFSHEIL; ANNA; ANNERAY; Anneray, France; Anse de Gattemare, France; Anse de la Mare, France; Anse Saint-Martin, France; ANSTM203; ANSTMA60; ANTAS; Antas, Spain; ANTU; Åntu Sinijarv, Estonia; AR1; AR2; Arkutino Lake, Bulgaria; ARONDE; Aronde, France; ARS1; ARTSLOUG; Arts Lough, Ireland; ASBOTOR; Åsbotorpsjön, Sweden; ASHIK; ATEML; Atemlöchermoos; Atemlöchermoos, Austria; ATW; Atxuri, Spain; ATXURI01; AUNEAU; Auneau, France; AVG0702; Avrig, Romania; AVRIG1; AVRIG2; B1; B5; BABOZ1; Babozero, Russia; BACHALP; Bachalpsee; Bachalpsee, Switzerland; Baie de Seine estuary, France; Baie de Seine Franceville beach, France; BALDEGG; Baldeggersee; Baldeggersee, Switzerland; BALLIN; Ballinloghig Lake, Ireland; BALLYBET; Ballybetagh, Ireland; BANYOLES; Banyoles, Spain; BARHEIA; Barheivatn, Norway; BASR; Basse-Ville, France; BASVILLE; Beaufort Birkenbach, Luxembourg; BEBR5; Bebrukas Lake, Lithuania; BEGBUNAR; BELALP1; BELALP2; BelalpBaI; BelalpIIF; BELATE01; BELATE05; BELIYA2C; Beliya Kanton, Bulgaria; BELL; BELLE; Bellefontaine, France; Belle Lake, Ireland; BELLENGR; Bellengreville, France; BERGAKYL; Bergakyllen, Sweden; BESBOG; Besbog, Bulgaria; BEUF; Beug_pollen-archive; BEVERA; BEYSEHIR; Beysehir Gölü I, Turkey; BEZDON; Bezdonnoe, Russia; BEZYMIAN; Bezymiannoe, Belarus; BIBER; Bibersee; Bibersee, Switzerland; BIECAI; BIOT; Biot, France; BISKUP4; Biskupinskie Lake, Poland; BISOCA; Bisoca, Romania; BITSCH3; Bitsch-Naters; Bitsch-Naters, Switzerland; BJARHG; Bjärsjöholmssjön, Sweden; BJORKSJO; Bjorksjodamm, Sweden; Black Sea, Bulgaria; BLAINVIL; Blainville-sur-Orne, France; Blato, Czech Republic; BLATO1; BLAVASS; Blavasstjonn, Norway; BLEDOWO3; Bledowo Lake, Poland; BLOMOY; Blomoy, Norway; BOBERT; BOBROV; Bobrov, Slovakia; Boehnigsee Goldmoos, Switzerland; BOGBOLT; BOGROOS; BOHNIGSE; BOITES1; BOKABLA1; Bokanjacko_Blato_1; Bolotnoye, Ukraine; Bolotnya, Ukraine; BOR; Borer; boring1; boring375; boring A10; boringI; boringIandII; boringII; Borkovicka blata, Czech Republic; BOSHEI1; BOSHEI3; Bosscherheide, Netherlands; BOUCHB5; BOUCHB53; BOUCHB60; BOUCHD; BOX5520; Boxes (5x5x20 cm); BRASPART; BREDCOUN; Brede Bridge, United Kingdom; Breidfeld, Luxembourg; BREITNAU; Breitnau-Neuhof, Germany; BRETAYE; BRICQRUE; Bruchberg-1; Bruchberg-2; BRUCHBG1; BRUCHBG2; BRURSKAR; Brurskardtjorni, Norway; BRUVAT; Bruvatnet, Norway; BUNTESM; BuntesMoor; Buntes Moor, Austria; BUTTER; Butter Mountain, United Kingdom; BV-2-A; Byelorussian sampler; BYES; C20Profile; CABURN; Caburn, United Kingdom; Caen; Caen, France; CAIRON; Cairon, France; Cala Galdana, Spain; Calan Porter, Spain; CAM-LG; Cam Loch, United Kingdom; CAM-PG; CANDIEIR; CARNINO; CARRIV; Carrivmoragh, United Kingdom; CAUDELAI; Cerg; CERGOWA; Cergowa Gora, Poland; Cervene blato, Czech Republic; CETULAT; CHA2; CHANGE; Change-Glatinier, France; CHANTEME; Chantemerle, France; Charco da Candieira, Portugal; Chef-du-Pont, France; CHERNIH; Chernikhovo, Belarus; CHEYLADE; CHFPONES; CHIRENS1; CHISTIC; Chistic, Russia; CHIVRES; CHROISGP; CHUTTI; Chutti, Boltigen, Switzerland; Chutti/Boltigen; CLAIR; CLAP68; CLAP69; Clapeyret, France; CLATTERI; Clatteringshaws Loch, United Kingdom; CLEAT; Cobra percussion corer; COIREBOG; Coire Bog, United Kingdom; Col des Lauzes, France; COLFIORI; Colfiorito, Italy; Col Luitel, France; COOL69B; COOLT; Coolteen, Ireland; COORAN; Cooran Lane, United Kingdom; Core; CORE; Core1; Core11; Core14; Core14A; Core1B; Core2; Core249; Core274; Core3; Core4; Core45; Core5; Core6; Core63; Core64; Core68; Core69; Core6B; Core707; Core84; Core942; Core948; CoreA; CoreAII; CoreB/4; CoreB1; CoreCV-34-C; CoreDI; CoreDII; CoreDury/98; CoreGa; CoreGl1/91; CoreGO; CoreHJ-2-A; CoreHJ-4-A; CoreI; CoreII; CoreJC-11-A; CoreJC-9-A; CoreJC-9-B; CoreJStr6/87; CoreLII; CoreLIV; CoreLL7C; CoreMS; CoreN1; CoreN1097; CoreN2; CoreN6; CoreN8; CoreOK-1-B; CoreOK-9-A; CoreR14; CoreRIII; CoreRM1/74; CoreS2; CoreS223; CoreS6; CoreS7; CoreS8; CoreSI; CoreSl/97; CoreSw3/91; CORREO; Correo, France; COUC; COUDERT; Coulvain; COULVAIN; Coulvain, France; Country; Coûteaux corer; CPERC; CPORTER; CRABEC; CRAGGIE; CREGGAN; Cregganmore, Ireland; CRISTOL; Cristol Lake, France; Croatia; CROOB; CS-4; CSOGLE; Csögle, Hungary; CTAR; CuadramónII; CUAII; CUETOAV; Cueto de la Avellanosa, Spain; CV-2-A; CZE1; D10; D13; D3; D9; DACH; Dachnowski corer; DAGSMOO; Dags Mosse, Sweden; DALLICAN; Dallican Water, United Kingdom; DALMUT; Dalmutladdo, Norway; Darzlubie Forest, Poland; DAUGES; DED; DELORETT; Delta del Rio Besos, Spain; Depth, bottom/max; Depth, top/min; DERRYC; Derrycunihy, Ireland; DIGER; Digerfeldt-Letteval corer; DLINNOE; Dlinnoe, Russia; DOLG2-3; DOLG5-7; Dolgoe, Belarus; DOLINA; DOMSJON; Domsjön, Sweden; DOMSV; Domsvatnet, Norway; DONVOLD; Donvold, Norway; DORTMUND; DortmunderHütte; Dortmunder Hütte, Austria; DOSSACC; Dossaccio; Dossaccio, Bormio, Italy; Double-wall coring pipe; DOVJOK; Dovjok Swamp, Ukraine; DOWELS; DRILL; Drilling/drill rig; DRUIM; DRUZ2; Dry Lake II, Bulgaria; DU-10-A; DU-1-B; DUNUM; Dunum, Germany; DURA; Dura-Moor; Dura-Moor, Italy; DURANK1; DURANK2; Durchenbergried, Germany; Dury, Poland; DURY1; DVURANSO; Dvur Ansov, Czech Republic; DWCP; E26; EDEC; Edelman corer; EDESSA; Edessa, Greece; Egelsee; EGELSEE; Egelsee, Austria; EGGEN; EggenobBlatten; Eggen ob Blatten, Switzerland; EGR2A; Eijkelkamp Kammerbohrer; EINICH; EKB; Elevation of event; EMBOU; Embouchac, France; ENNERIE; Ennerie, France; ERMISTU; ESPINASS; ESTACAS; ETANG; Etang de Cheylade, France; EtangdelaGruère; Etang de la Gruère, Switzerland; EtangdelaGruèreEGr2A; EtangdeLuissel; Etang de Luissel, Bex, Switzerland; Etang dOuveillan, France; Etang du Lautrey, France; EtangdyCor; Etang dy Cor, Montana, Switzerland; Etang paysan, France; ETPASM67; Event label; Ezerisch, Belarus; EZERIZ; F_SENN3; FADA; FANGEAS; Fangeas, France; Färshesjön, Sweden; FARSKE; FATE; FEL1; FEL2; Felchosee-1; Felchosee-2; Feld Alp Holzmatten, Switzerland; FeldD2; FELDD2; FEUENRIE; Feuenried, Germany; Fichtelgebirge, Northern Germany; Finland; Fjällnas, Sweden; FJALLS; Fjallsjön 1, Sweden; FJELLNAS; FLAATEVA; Flaatevatn, Norway; FLAJE; Flaje Kiefern, Czech Republic; FLARKTOT; FLETNOWO; Fletnowo, Poland; Flögeln, Germany; FLOGELN5; FLOGELN6; FLUEGEL; Flügel- and Stechkammerbohrer; FOFMOBS6; Fontaine Henry, France; FONTHENR; FOUG2; Fougères, France; FOUGS223; FOUGS707; FOUGS942; FOUGS948; Foula, United Kingdom; FOULA6B; FOURNEAU; FRANVILL; FranzSenn-Hütte; Franz Senn-Hütte, Austria; FRENGSTA; Frengstadsetra, Norway; FUKK1; FULLY; Fuschlsee, Austria; G1/89; G89; GA; GAENSEMO; GAGRA; Gagra, Georgia; GALDANA; GALINI; Gallanech Beg, United Kingdom; GALTSJ; Galtsjön, Sweden; GAMPERF; Gamperfin, Switzerland; Gamperfin25A; GANNA; Gänsemoos; Gänsemoos, Schwarzenburg, Switzerland; GAR1; GATIMORT; GATTEMAR; Gauge sampler; GB4; GDU; Geffosse Fontenay, France; GEFONTE4; GELMT; Gelmyazevskoye, Ukraine; GEOC; Geonor corer; GEORGENF; Georgenfelder Hochmoor, Germany; Gerlos; GERLOS; Gerlos, Austria; Germany; GERZEN; Gerzensee; Gerzensee, Switzerland; GES10; GES 10; GHOBHAIN;

Type: Dataset

Format: text/tab-separated-values, 4516 data points

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(3 Table Control_P) Chronological information for the individual age-depth relationships (2013)

Giesecke, Thomas ; Davis, Basil A S ; Brewer, Simon ; [et al.]

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Publication Date: 2023-12-19

Keywords: 1; 2; 3; 69B; A159; ABANT; Abant Gölü, Turkey; ABBO; Abborrtjärnen, Sweden; Abernethy Forest, United Kingdom; AC3/4Holocene; AC3/4Late-Glacial; AC4HOLO; AC4LATE; ADANGE; Adange, Georgia; AE3; Aegelsee, Switzerland; AELBI; AF1974; AGE; Age, dated; Age, error; Ageröds Mosse, Sweden; Aghia Galini, Greece; AHL5; Ahlenmoor, Germany; AHLEQUEL; Ahlequellmoor; Aholami, Finland; AHOLAMMI; Åkerhultagöl, Sweden; AKGOL; Akgöl Adabag, Turkey; AKUV; Akuvaara, Finland; ÄlbiFlue; Älbi Flue, Switzerland; Albufera Alcudia, Spain; ALCUDIA; ALETSCHW; Aletschwald; Aletschwald, Switzerland; AletschwaldPJ; ALETSW; ALGENDAR; Algendar, Spain; ALLOS; Allt na Feithe Sheilich, United Kingdom; ALPENR; Alpi di Robièi, Val Bavona, Switzerland; Alp Lüsga Belalp 1, Switzerland; Alp Lüsga Belalp 2, Switzerland; ALSA; Alsa, Spain; Alsópáhok, Hungary; Altenweiher, France; AMBY86; AMPOIX; Ampoix, France; Amsoldingersee, Switzerland; AMSOPO2; AMSOPO3; AMTKEL; Amtkel, Georgia; AMTKEL1; AMTKEL2; AMTKEL3; ANFSHEIL; ANNA; ANNERAY; Anneray, France; Anse de Gattemare, France; Anse de la Mare, France; Anse Saint-Martin, France; ANSTM203; ANSTMA60; ANTAS; Antas, Spain; ANTU; Åntu Sinijarv, Estonia; AR1; AR2; Arkutino Lake, Bulgaria; ARONDE; Aronde, France; ARS1; ARTSLOUG; Arts Lough, Ireland; ASBOTOR; Åsbotorpsjön, Sweden; ASHIK; ATEML; Atemlöchermoos; Atemlöchermoos, Austria; ATW; Atxuri, Spain; ATXURI01; AUNEAU; Auneau, France; AVG0702; Avrig, Romania; AVRIG1; AVRIG2; B1; B5; BABOZ1; Babozero, Russia; BACHALP; Bachalpsee; Bachalpsee, Switzerland; Baie de Seine estuary, France; Baie de Seine Franceville beach, France; BALDEGG; Baldeggersee; Baldeggersee, Switzerland; BALLIN; Ballinloghig Lake, Ireland; BALLYBET; Ballybetagh, Ireland; BANYOLES; Banyoles, Spain; BARHEIA; Barheivatn, Norway; BASR; Basse-Ville, France; BASVILLE; Beaufort Birkenbach, Luxembourg; BEBR5; Bebrukas Lake, Lithuania; BEGBUNAR; BELALP1; BELALP2; BelalpBaI; BelalpIIF; BELATE01; BELATE05; BELIYA2C; Beliya Kanton, Bulgaria; BELL; BELLE; Bellefontaine, France; Belle Lake, Ireland; BELLENGR; Bellengreville, France; BERGAKYL; Bergakyllen, Sweden; BESBOG; Besbog, Bulgaria; BEUF; Beug_pollen-archive; BEVERA; BEYSEHIR; Beysehir Gölü I, Turkey; BEZDON; Bezdonnoe, Russia; BEZYMIAN; Bezymiannoe, Belarus; BIBER; Bibersee; Bibersee, Switzerland; BIECAI; BIOT; Biot, France; BISKUP4; Biskupinskie Lake, Poland; BISOCA; Bisoca, Romania; BITSCH3; Bitsch-Naters; Bitsch-Naters, Switzerland; BJARHG; Bjärsjöholmssjön, Sweden; BJORKSJO; Bjorksjodamm, Sweden; Black Sea, Bulgaria; BLAINVIL; Blainville-sur-Orne, France; Blato, Czech Republic; BLATO1; BLAVASS; Blavasstjonn, Norway; BLEDOWO3; Bledowo Lake, Poland; BLOMOY; Blomoy, Norway; BOBERT; BOBROV; Bobrov, Slovakia; Boehnigsee Goldmoos, Switzerland; BOGBOLT; BOGROOS; BOHNIGSE; BOITES1; BOKABLA1; Bokanjacko_Blato_1; Bolotnoye, Ukraine; Bolotnya, Ukraine; BOR; Borer; boring1; boring375; boring A10; boringI; boringIandII; boringII; Borkovicka blata, Czech Republic; BOSHEI1; BOSHEI3; Bosscherheide, Netherlands; BOUCHB5; BOUCHB53; BOUCHB60; BOUCHD; BOX5520; Boxes (5x5x20 cm); BRASPART; BREDCOUN; Brede Bridge, United Kingdom; Breidfeld, Luxembourg; BREITNAU; Breitnau-Neuhof, Germany; BRETAYE; BRICQRUE; Bruchberg-1; Bruchberg-2; BRUCHBG1; BRUCHBG2; BRURSKAR; Brurskardtjorni, Norway; BRUVAT; Bruvatnet, Norway; BUNTESM; BuntesMoor; Buntes Moor, Austria; BUTTER; Butter Mountain, United Kingdom; BV-2-A; Byelorussian sampler; BYES; C20Profile; CABURN; Caburn, United Kingdom; Caen; Caen, France; CAIRON; Cairon, France; Cala Galdana, Spain; Calan Porter, Spain; CAM-LG; Cam Loch, United Kingdom; CAM-PG; CANDIEIR; CARNINO; CARRIV; Carrivmoragh, United Kingdom; CAUDELAI; Cerg; CERGOWA; Cergowa Gora, Poland; Cervene blato, Czech Republic; CETULAT; CHA2; CHANGE; Change-Glatinier, France; CHANTEME; Chantemerle, France; Charco da Candieira, Portugal; Chef-du-Pont, France; CHERNIH; Chernikhovo, Belarus; CHEYLADE; CHFPONES; CHIRENS1; CHISTIC; Chistic, Russia; CHIVRES; CHROISGP; CHUTTI; Chutti, Boltigen, Switzerland; Chutti/Boltigen; CLAIR; CLAP68; CLAP69; Clapeyret, France; CLATTERI; Clatteringshaws Loch, United Kingdom; CLEAT; Cobra percussion corer; Code; COIREBOG; Coire Bog, United Kingdom; Col des Lauzes, France; COLFIORI; Colfiorito, Italy; Col Luitel, France; COOL69B; COOLT; Coolteen, Ireland; COORAN; Cooran Lane, United Kingdom; Core; CORE; Core1; Core11; Core14; Core14A; Core1B; Core2; Core249; Core274; Core3; Core4; Core45; Core5; Core6; Core63; Core64; Core68; Core69; Core6B; Core707; Core84; Core942; Core948; CoreA; CoreAII; CoreB/4; CoreB1; CoreCV-34-C; CoreDI; CoreDII; CoreDury/98; CoreGa; CoreGl1/91; CoreGO; CoreHJ-2-A; CoreHJ-4-A; CoreI; CoreII; CoreJC-11-A; CoreJC-9-A; CoreJC-9-B; CoreJStr6/87; CoreLII; CoreLIV; CoreLL7C; CoreMS; CoreN1; CoreN1097; CoreN2; CoreN6; CoreN8; CoreOK-1-B; CoreOK-9-A; CoreR14; CoreRIII; CoreRM1/74; CoreS2; CoreS223; CoreS6; CoreS7; CoreS8; CoreSI; CoreSl/97; CoreSw3/91; CORREO; Correo, France; COUC; COUDERT; Coulvain; COULVAIN; Coulvain, France; Coûteaux corer; CPERC; CPORTER; CRABEC; CRAGGIE; CREGGAN; Cregganmore, Ireland; CRISTOL; Cristol Lake, France; Croatia; CROOB; CS-4; CSOGLE; Csögle, Hungary; CTAR; CuadramónII; CUAII; CUETOAV; Cueto de la Avellanosa, Spain; CV-2-A; CZE1; D10; D13; D3; D9; DACH; Dachnowski corer; DAGSMOO; Dags Mosse, Sweden; DALLICAN; Dallican Water, United Kingdom; DALMUT; Dalmutladdo, Norway; Darzlubie Forest, Poland; DAUGES; DED; DELORETT; Delta del Rio Besos, Spain; DEPTH, sediment/rock; DERRYC; Derrycunihy, Ireland; DIGER; Digerfeldt-Letteval corer; DLINNOE; Dlinnoe, Russia; DOLG2-3; DOLG5-7; Dolgoe, Belarus; DOLINA; DOMSJON; Domsjön, Sweden; DOMSV; Domsvatnet, Norway; DONVOLD; Donvold, Norway; DORTMUND; DortmunderHütte; Dortmunder Hütte, Austria; DOSSACC; Dossaccio; Dossaccio, Bormio, Italy; Double-wall coring pipe; DOVJOK; Dovjok Swamp, Ukraine; DOWELS; DRILL; Drilling/drill rig; DRUIM; DRUZ2; Dry Lake II, Bulgaria; DU-10-A; DU-1-B; DUNUM; Dunum, Germany; DURA; Dura-Moor; Dura-Moor, Italy; DURANK1; DURANK2; Durchenbergried, Germany; Dury, Poland; DURY1; DVURANSO; Dvur Ansov, Czech Republic; DWCP; E26; EDEC; Edelman corer; EDESSA; Edessa, Greece; Egelsee; EGELSEE; Egelsee, Austria; EGGEN; EggenobBlatten; Eggen ob Blatten, Switzerland; EGR2A; Eijkelkamp Kammerbohrer; EINICH; EKB; Elevation of event; EMBOU; Embouchac, France; ENNERIE; Ennerie, France; ERMISTU; ESPINASS; ESTACAS; ETANG; Etang de Cheylade, France; EtangdelaGruère; Etang de la Gruère, Switzerland; EtangdelaGruèreEGr2A; EtangdeLuissel; Etang de Luissel, Bex, Switzerland; Etang dOuveillan, France; Etang du Lautrey, France; EtangdyCor; Etang dy Cor, Montana, Switzerland; Etang paysan, France; ETPASM67; Event label; Ezerisch, Belarus; EZERIZ; F_SENN3; FADA; FANGEAS; Fangeas, France; Färshesjön, Sweden; FARSKE; FATE; FEL1; FEL2; Felchosee-1; Felchosee-2; Feld Alp Holzmatten, Switzerland; FeldD2; FELDD2; FEUENRIE; Feuenried, Germany; Fichtelgebirge, Northern Germany; Finland; Fjällnas, Sweden; FJALLS; Fjallsjön 1, Sweden; FJELLNAS; FLAATEVA; Flaatevatn, Norway; FLAJE; Flaje Kiefern, Czech Republic; FLARKTOT; FLETNOWO; Fletnowo, Poland; Flögeln, Germany; FLOGELN5; FLOGELN6; FLUEGEL; Flügel- and Stechkammerbohrer; FOFMOBS6; Fontaine Henry, France; FONTHENR; FOUG2; Fougères, France; FOUGS223; FOUGS707; FOUGS942; FOUGS948; Foula, United Kingdom; FOULA6B; FOURNEAU; FRANVILL; FranzSenn-Hütte; Franz Senn-Hütte, Austria; FRENGSTA; Frengstadsetra, Norway; FUKK1; FULLY; Fuschlsee, Austria; G1/89; G89; GA; GAENSEMO; GAGRA; Gagra, Georgia; GALDANA; GALINI; Gallanech Beg, United Kingdom; GALTSJ; Galtsjön, Sweden; GAMPERF; Gamperfin, Switzerland; Gamperfin25A; GANNA; Gänsemoos; Gänsemoos, Schwarzenburg, Switzerland; GAR1; GATIMORT; GATTEMAR; Gauge sampler; GB4; GDU; Geffosse Fontenay, France; GEFONTE4; GELMT; Gelmyazevskoye, Ukraine; GEOC; Geonor corer; GEORGENF; Georgenfelder Hochmoor, Germany; Gerlos; GERLOS; Gerlos, Austria; Germany; GERZEN; Gerzensee; Gerzensee, Switzerland; GES10; GES 10;

Type: Dataset

Format: text/tab-separated-values, 41512 data points

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(1 Table EpdAgeCut) Sample ages, the final product (2013)

Giesecke, Thomas ; Davis, Basil A S ; Brewer, Simon ; [et al.]

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Details

Publication Date: 2023-12-19

Keywords: 1; 2; 3; 69B; A159; ABANT; Abant Gölü, Turkey; ABBO; Abborrtjärnen, Sweden; Abernethy Forest, United Kingdom; AC3/4Holocene; AC3/4Late-Glacial; AC4HOLO; AC4LATE; ADANGE; Adange, Georgia; AE3; Aegelsee, Switzerland; AELBI; AF1974; AGE; Age, dated; Age, maximum/old; Age, minimum/young; Ageröds Mosse, Sweden; Aghia Galini, Greece; AHL5; Ahlenmoor, Germany; AHLEQUEL; Ahlequellmoor; Aholami, Finland; AHOLAMMI; Åkerhultagöl, Sweden; AKGOL; Akgöl Adabag, Turkey; AKUV; Akuvaara, Finland; ÄlbiFlue; Älbi Flue, Switzerland; Albufera Alcudia, Spain; ALCUDIA; ALETSCHW; Aletschwald; Aletschwald, Switzerland; AletschwaldPJ; ALETSW; ALGENDAR; Algendar, Spain; ALLOS; Allt na Feithe Sheilich, United Kingdom; ALPENR; Alpi di Robièi, Val Bavona, Switzerland; Alp Lüsga Belalp 1, Switzerland; Alp Lüsga Belalp 2, Switzerland; ALSA; Alsa, Spain; Alsópáhok, Hungary; Altenweiher, France; AMBY86; AMPOIX; Ampoix, France; Amsoldingersee, Switzerland; AMSOPO2; AMSOPO3; AMTKEL; Amtkel, Georgia; AMTKEL1; AMTKEL2; AMTKEL3; ANFSHEIL; ANNA; ANNERAY; Anneray, France; Anse de Gattemare, France; Anse de la Mare, France; Anse Saint-Martin, France; ANSTM203; ANSTMA60; ANTAS; Antas, Spain; ANTU; Åntu Sinijarv, Estonia; AR1; AR2; Arkutino Lake, Bulgaria; ARONDE; Aronde, France; ARS1; ARTSLOUG; Arts Lough, Ireland; ASBOTOR; Åsbotorpsjön, Sweden; ASHIK; ATEML; Atemlöchermoos; Atemlöchermoos, Austria; ATW; Atxuri, Spain; ATXURI01; AUNEAU; Auneau, France; AVG0702; Avrig, Romania; AVRIG1; AVRIG2; B1; B5; BABOZ1; Babozero, Russia; BACHALP; Bachalpsee; Bachalpsee, Switzerland; Baie de Seine estuary, France; Baie de Seine Franceville beach, France; BALDEGG; Baldeggersee; Baldeggersee, Switzerland; BALLIN; Ballinloghig Lake, Ireland; BALLYBET; Ballybetagh, Ireland; BANYOLES; Banyoles, Spain; BARHEIA; Barheivatn, Norway; BASR; Basse-Ville, France; BASVILLE; Beaufort Birkenbach, Luxembourg; BEBR5; Bebrukas Lake, Lithuania; BEGBUNAR; BELALP1; BELALP2; BelalpBaI; BelalpIIF; BELATE01; BELATE05; BELIYA2C; Beliya Kanton, Bulgaria; BELL; BELLE; Bellefontaine, France; Belle Lake, Ireland; BELLENGR; Bellengreville, France; BERGAKYL; Bergakyllen, Sweden; BESBOG; Besbog, Bulgaria; BEUF; Beug_pollen-archive; BEVERA; BEYSEHIR; Beysehir Gölü I, Turkey; BEZDON; Bezdonnoe, Russia; BEZYMIAN; Bezymiannoe, Belarus; BIBER; Bibersee; Bibersee, Switzerland; BIECAI; BIOT; Biot, France; BISKUP4; Biskupinskie Lake, Poland; BISOCA; Bisoca, Romania; BITSCH3; Bitsch-Naters; Bitsch-Naters, Switzerland; BJARHG; Bjärsjöholmssjön, Sweden; BJORKSJO; Bjorksjodamm, Sweden; Black Sea, Bulgaria; BLAINVIL; Blainville-sur-Orne, France; Blato, Czech Republic; BLATO1; BLAVASS; Blavasstjonn, Norway; BLEDOWO3; Bledowo Lake, Poland; BLOMOY; Blomoy, Norway; BOBERT; BOBROV; Bobrov, Slovakia; Boehnigsee Goldmoos, Switzerland; BOGBOLT; BOGROOS; BOHNIGSE; BOITES1; BOKABLA1; Bokanjacko_Blato_1; Bolotnoye, Ukraine; Bolotnya, Ukraine; BOR; Borer; boring1; boring375; boring A10; boringI; boringIandII; boringII; Borkovicka blata, Czech Republic; BOSHEI1; BOSHEI3; Bosscherheide, Netherlands; BOUCHB5; BOUCHB53; BOUCHB60; BOUCHD; BOX5520; Boxes (5x5x20 cm); BRASPART; BREDCOUN; Brede Bridge, United Kingdom; Breidfeld, Luxembourg; BREITNAU; Breitnau-Neuhof, Germany; BRETAYE; BRICQRUE; Bruchberg-1; Bruchberg-2; BRUCHBG1; BRUCHBG2; BRURSKAR; Brurskardtjorni, Norway; BRUVAT; Bruvatnet, Norway; BUNTESM; BuntesMoor; Buntes Moor, Austria; BUTTER; Butter Mountain, United Kingdom; BV-2-A; Byelorussian sampler; BYES; C20Profile; CABURN; Caburn, United Kingdom; Caen; Caen, France; CAIRON; Cairon, France; Cala Galdana, Spain; Calan Porter, Spain; CAM-LG; Cam Loch, United Kingdom; CAM-PG; CANDIEIR; CARNINO; CARRIV; Carrivmoragh, United Kingdom; CAUDELAI; Cerg; CERGOWA; Cergowa Gora, Poland; Cervene blato, Czech Republic; CETULAT; CHA2; CHANGE; Change-Glatinier, France; CHANTEME; Chantemerle, France; Charco da Candieira, Portugal; Chef-du-Pont, France; CHERNIH; Chernikhovo, Belarus; CHEYLADE; CHFPONES; CHIRENS1; CHISTIC; Chistic, Russia; CHIVRES; CHROISGP; CHUTTI; Chutti, Boltigen, Switzerland; Chutti/Boltigen; CLAIR; CLAP68; CLAP69; Clapeyret, France; CLATTERI; Clatteringshaws Loch, United Kingdom; CLEAT; Cobra percussion corer; COIREBOG; Coire Bog, United Kingdom; Col des Lauzes, France; COLFIORI; Colfiorito, Italy; Col Luitel, France; COOL69B; COOLT; Coolteen, Ireland; COORAN; Cooran Lane, United Kingdom; Core; CORE; Core1; Core11; Core14; Core14A; Core1B; Core2; Core249; Core274; Core3; Core4; Core45; Core5; Core6; Core63; Core64; Core68; Core69; Core6B; Core707; Core84; Core942; Core948; CoreA; CoreAII; CoreB/4; CoreB1; CoreCV-34-C; CoreDI; CoreDII; CoreDury/98; CoreGa; CoreGl1/91; CoreGO; CoreHJ-2-A; CoreHJ-4-A; CoreI; CoreII; CoreJC-11-A; CoreJC-9-A; CoreJC-9-B; CoreJStr6/87; CoreLII; CoreLIV; CoreLL7C; CoreMS; CoreN1; CoreN1097; CoreN2; CoreN6; CoreN8; CoreOK-1-B; CoreOK-9-A; CoreR14; CoreRIII; CoreRM1/74; CoreS2; CoreS223; CoreS6; CoreS7; CoreS8; CoreSI; CoreSl/97; CoreSw3/91; CORREO; Correo, France; COUC; COUDERT; Coulvain; COULVAIN; Coulvain, France; Coûteaux corer; CPERC; CPORTER; CRABEC; CRAGGIE; CREGGAN; Cregganmore, Ireland; CRISTOL; Cristol Lake, France; Croatia; CROOB; CS-4; CSOGLE; Csögle, Hungary; CTAR; CuadramónII; CUAII; CUETOAV; Cueto de la Avellanosa, Spain; CV-2-A; CZE1; D10; D13; D3; D9; DACH; Dachnowski corer; DAGSMOO; Dags Mosse, Sweden; DALLICAN; Dallican Water, United Kingdom; DALMUT; Dalmutladdo, Norway; Darzlubie Forest, Poland; DAUGES; DED; DELORETT; Delta del Rio Besos, Spain; DEPTH, sediment/rock; DERRYC; Derrycunihy, Ireland; DIGER; Digerfeldt-Letteval corer; DLINNOE; Dlinnoe, Russia; DOLG2-3; DOLG5-7; Dolgoe, Belarus; DOLINA; DOMSJON; Domsjön, Sweden; DOMSV; Domsvatnet, Norway; DONVOLD; Donvold, Norway; DORTMUND; DortmunderHütte; Dortmunder Hütte, Austria; DOSSACC; Dossaccio; Dossaccio, Bormio, Italy; Double-wall coring pipe; DOVJOK; Dovjok Swamp, Ukraine; DOWELS; DRILL; Drilling/drill rig; DRUIM; DRUZ2; Dry Lake II, Bulgaria; DU-10-A; DU-1-B; DUNUM; Dunum, Germany; DURA; Dura-Moor; Dura-Moor, Italy; DURANK1; DURANK2; Durchenbergried, Germany; Dury, Poland; DURY1; DVURANSO; Dvur Ansov, Czech Republic; DWCP; E26; EDEC; Edelman corer; EDESSA; Edessa, Greece; Egelsee; EGELSEE; Egelsee, Austria; EGGEN; EggenobBlatten; Eggen ob Blatten, Switzerland; EGR2A; Eijkelkamp Kammerbohrer; EINICH; EKB; Elevation of event; EMBOU; Embouchac, France; ENNERIE; Ennerie, France; ERMISTU; ESPINASS; ESTACAS; ETANG; Etang de Cheylade, France; EtangdelaGruère; Etang de la Gruère, Switzerland; EtangdelaGruèreEGr2A; EtangdeLuissel; Etang de Luissel, Bex, Switzerland; Etang dOuveillan, France; Etang du Lautrey, France; EtangdyCor; Etang dy Cor, Montana, Switzerland; Etang paysan, France; ETPASM67; Event label; Ezerisch, Belarus; EZERIZ; F_SENN3; FADA; FANGEAS; Fangeas, France; Färshesjön, Sweden; FARSKE; FATE; FEL1; FEL2; Felchosee-1; Felchosee-2; Feld Alp Holzmatten, Switzerland; FeldD2; FELDD2; FEUENRIE; Feuenried, Germany; Fichtelgebirge, Northern Germany; Finland; Fjällnas, Sweden; FJALLS; Fjallsjön 1, Sweden; FJELLNAS; FLAATEVA; Flaatevatn, Norway; FLAJE; Flaje Kiefern, Czech Republic; FLARKTOT; FLETNOWO; Fletnowo, Poland; Flögeln, Germany; FLOGELN5; FLOGELN6; FLUEGEL; Flügel- and Stechkammerbohrer; FOFMOBS6; Fontaine Henry, France; FONTHENR; FOUG2; Fougères, France; FOUGS223; FOUGS707; FOUGS942; FOUGS948; Foula, United Kingdom; FOULA6B; FOURNEAU; FRANVILL; FranzSenn-Hütte; Franz Senn-Hütte, Austria; FRENGSTA; Frengstadsetra, Norway; FUKK1; FULLY; Fuschlsee, Austria; G1/89; G89; GA; GAENSEMO; GAGRA; Gagra, Georgia; GALDANA; GALINI; Gallanech Beg, United Kingdom; GALTSJ; Galtsjön, Sweden; GAMPERF; Gamperfin, Switzerland; Gamperfin25A; GANNA; Gänsemoos; Gänsemoos, Schwarzenburg, Switzerland; GAR1; GATIMORT; GATTEMAR; Gauge sampler; GB4; GDU; Geffosse Fontenay, France; GEFONTE4; GELMT; Gelmyazevskoye, Ukraine; GEOC; Geonor corer; GEORGENF; Georgenfelder Hochmoor, Germany; Gerlos; GERLOS; Gerlos, Austria; Germany; GERZEN; Gerzensee; Gerzensee, Switzerland;

Type: Dataset

Format: text/tab-separated-values, 254985 data points

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DATA PANGAEA

S·F·X

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Towards mapping the late Quaternary vegetation change of Europe (2013)

Giesecke, Thomas ; Davis, Basil ; Brewer, Simon ; [et al.]

Springer

In: Vegetation History and Archaeobotany. 2013; 23(1): 75-86. Published 2013 Mar 01. doi: 10.1007/s00334-012-0390-y.

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Publication Date: 2013-03-01

Print ISSN: 0939-6314

Electronic ISSN: 1617-6278

Topics: Archaeology , Biology

Published by Springer

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Sensitivity of Bistatic TanDEM-X Data to Stand Structural Parameters in Temperate Forests (2019)

Erasmi, Stefan ; Semmler, Malte ; Schall, Peter ; [et al.]

Molecular Diversity Preservation International

In: Remote Sensing. 2019; 11(24): 2966. Published 2019 Dec 11. doi: 10.3390/rs11242966.

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Publication Date: 2019-12-11

Description: Synthetic aperture radar (SAR) satellite data provide a valuable means for the large-scale and long-term monitoring of structural components of forest stands. The potential of TanDEM-X interferometric SAR (InSAR) for the assessment of forest structural properties has been widely verified. However, present studies are mostly restricted to homogeneous forests and do not account for stratification in assessing model performance. A systematic sensitivity analysis of the TanDEM-X SAR signal to forest structural parameters was carried out with emphasis on different strata of forest stands (location of the study site, forest type, and development stage). Forest structure was parameterized by forest height metrics and stem volume. Results show that X-band volume coherence is highly sensitive to the forest canopy. Volume scattering within the canopy is dependent on the vertical heterogeneity of the forest stand. In general, TanDEM-X coherence is more sensitive to forest vertical structure compared to backscatter. The relations between TanDEM-X volume coherence and forest structural properties were significant at the level of a single test site as well as across sites in temperate forests in Germany. Forest type does not affect the overall relationship between the SAR signal and the forests’ vertical structure. The prediction of forest structural parameters based on the outcome of the sensitivity analysis yielded model accuracies between 15% (relative root mean square error) for Lorey’s height and 32% for stem volume. The global database of single-polarized bistatic TanDEM-X data provides an important source for mapping structural parameters in temperate forests at large scale, irrespective of forest type.

Electronic ISSN: 2072-4292

Topics: Architecture, Civil Engineering, Surveying , Geography