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  • image/svg+xml art designer at PLoS, modified by Wikipedia users Nina, Beao, JakobVoss, and AnonMoos Open Access logo, converted into svg, designed by PLoS. This version with transparent background. http://commons.wikimedia.org/wiki/File:Open_Access_logo_PLoS_white.svg art designer at PLoS, modified by Wikipedia users Nina, Beao, JakobVoss, and AnonMoos http://www.plos.org/

    Ο χάρτης δείχνει τη διανομή όλων των φωτοβολταϊκών συστημάτων που υποστηρίζονται στο πλαίσιο της στήριξης της πράσινης ηλεκτρικής ενέργειας στην περιοχή της Βιέννης, η οποία συμπληρώνεται από πληροφορίες σχετικά με τις επιδόσεις τους και την ημερομηνία κατασκευής τους. La carte montre la répartition de l’ensemble des installations photovoltaïques bénéficiant d’une aide à l’électricité verte dans la zone urbaine de Vienne, complétées par des informations relatives à leurs performances et à la date de leur construction. El mapa muestra la distribución de todos los sistemas fotovoltaicos apoyados en el contexto del apoyo a la electricidad verde en la zona de la ciudad de Viena, complementado con información sobre su funcionamiento y la fecha de construcción. Il-mappa turi d-distribuzzjoni tas-sistemi fotovoltajċi kollha appoġġjati fil-kuntest tal-appoġġ tal-elettriku ekoloġiku fiż-żona tal-belt ta’ Vjenna, flimkien ma’ informazzjoni dwar il-prestazzjoni tagħhom u d-data tal-kostruzzjoni. На картата е показано разпределението на всички фотоволтаични системи, поддържани в контекста на подпомагането на зелената електроенергия в района на Виена, допълнено с информация за тяхното функциониране и датата на изграждане. Taispeánann an léarscáil dáileadh na gcóras fótavoltach go léir a fhaigheann tacaíocht i gcomhthéacs na tacaíochta leictreachais ghlais i gceantar cathrach Vín, mar aon le faisnéis faoina bhfeidhmíocht agus faoi dháta na tógála. La mappa mostra la distribuzione di tutti gli impianti fotovoltaici sostenuti nel contesto del sostegno all'elettricità verde nella città di Vienna, integrata da informazioni sulle loro prestazioni e sulla data di costruzione. Harta arată distribuția tuturor sistemelor fotovoltaice sprijinite în contextul sprijinului pentru energia electrică ecologică în zona orașului Viena, completată cu informații privind performanța acestora și data construcției. The map shows the distribution of all photovoltaic systems supported in the context of green electricity support in the city area of Vienna, supplemented by information on their performance and the date of construction. Mapa przedstawia rozkład wszystkich systemów fotowoltaicznych wspieranych w kontekście wsparcia zielonej energii elektrycznej w obszarze miasta Wiedeń, uzupełniony o informacje na temat ich funkcjonowania i daty budowy.

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    Ir-Regolament (KE) Nru 443/2009 jirrikjedi li l-Istati Membri jirreġistraw l-informazzjoni għal kull karozza ġdida tal-passiġġieri rreġistrata fit-territorju tagħhom. Kull sena, kull Stat Membru għandu jippreżenta lill-Kummissjoni l-informazzjoni kollha relatata mar-reġistrazzjonijiet il-ġodda tiegħu. B’mod partikolari, id-dettalji li ġejjin huma meħtieġa għal kull karozza ġdida tal-passiġġieri rreġistrata: l-isem tal-manifattur, in-numru tal-approvazzjoni tat-tip, it-tip, il-varjant, il-verżjoni, l-għamla u l-isem kummerċjali, l-emissjonijiet speċifiċi tas-CO2, il-massa tal-vettura, il-bażi tar-roti, il-wisa’ tar-roti, il-kapaċità tal-magna, it-tip ta’ fjuwil u l-modalità tal-fjuwil. Tressqet ukoll informazzjoni addizzjonali, bħall-qawwa tal-magna. Id-data għall-EU-28 hija rrappurtata fil-bażi tad-data ewlenija. Le règlement (CE) no 443/2009 impose aux États membres d’enregistrer les informations relatives à chaque voiture particulière neuve immatriculée sur son territoire. Chaque année, chaque État membre communique à la Commission toutes les informations relatives à ses nouveaux enregistrements. En particulier, les informations suivantes sont requises pour chaque voiture particulière neuve immatriculée: nom du constructeur, numéro d’homologation de type, type, variante, version, marque et nom commercial, émissions spécifiques de CO2, masse du véhicule, base de roue, largeur de la voie, capacité du moteur, type de carburant et mode carburant. Des renseignements supplémentaires, tels que la puissance du moteur, ont également été fournis. Les données relatives à l’EU-28 figurent dans la base de données principale. O Regulamento (CE) n.º 443/2009 exige que os Estados-Membros registem as informações relativas a cada automóvel novo de passageiros matriculado no seu território. Todos os anos, cada Estado-Membro apresenta à Comissão todas as informações relativas aos seus novos registos. Em especial, são exigidas as seguintes informações para cada automóvel novo de passageiros matriculado: nome do fabricante, número de homologação, modelo, variante, versão, marca e designação comercial, emissões específicas de CO2, massa do veículo, base das rodas, largura da via, cilindrada do motor, tipo de combustível e modo combustível. Foram também apresentadas informações adicionais, como a potência do motor. Os dados relativos à UE-28 são comunicados na base de dados principal. Ο κανονισμός (ΕΚ) αριθ. 443/2009 απαιτεί από τα κράτη μέλη να καταγράφουν πληροφορίες για κάθε καινούργιο επιβατικό αυτοκίνητο που ταξινομείται στην επικράτειά του. Κάθε κράτος μέλος υποβάλλει κάθε χρόνο στην Επιτροπή όλες τις πληροφορίες που αφορούν τις νέες καταχωρίσεις του. Ειδικότερα, απαιτούνται τα ακόλουθα στοιχεία για κάθε καινούργιο επιβατικό αυτοκίνητο που ταξινομείται: όνομα του κατασκευαστή, αριθμός έγκρισης τύπου, τύπος, παραλλαγή, έκδοση, μάρκα και εμπορική ονομασία, ειδικές εκπομπές CO2, μάζα του οχήματος, μεταξόνιο, πλάτος μετατροχίου, κυβισμός κινητήρα, τύπος καυσίμου και τρόπος λειτουργίας καυσίμου. Υποβλήθηκαν επίσης πρόσθετες πληροφορίες, όπως η ισχύς του κινητήρα. Τα στοιχεία για την ΕΕ-28 αναφέρονται στην κύρια βάση δεδομένων. Reglamente (EB) Nr. 443/2009 reikalaujama, kad valstybės narės registruotų informaciją apie kiekvieną naują jos teritorijoje įregistruotą keleivinį automobilį. Kiekviena valstybė narė kasmet pateikia Komisijai visą informaciją, susijusią su jų naujomis registracijomis. Visų pirma apie kiekvieną užregistruotą naują lengvąjį automobilį reikalaujama pateikti šiuos duomenis: gamintojo pavadinimas, tipo patvirtinimo numeris, tipas, variantas, versija, markė ir komercinis pavadinimas, savitasis išmetamo CO2 kiekis, transporto priemonės masė, ratų bazė, tarpvėžės plotis, variklio darbinis tūris, degalų tipas ir degalų režimas. Taip pat buvo pateikta papildoma informacija, pavyzdžiui, variklio galia. ES 28 duomenys pateikiami pagrindinėje duomenų bazėje. Il regolamento (CE) n. 443/2009 impone agli Stati membri di registrare le informazioni relative a ciascuna autovettura nuova immatricolata nel suo territorio. Ogni anno ciascuno Stato membro presenta alla Commissione tutte le informazioni relative alle nuove registrazioni. In particolare, per ogni autovettura nuova immatricolata sono richiesti i seguenti dettagli: nome del costruttore, numero di omologazione, tipo, variante, versione, marca e denominazione commerciale, emissioni specifiche di CO2, massa del veicolo, interasse, carreggiata, cilindrata, tipo di carburante e modalità carburante. Sono state presentate anche informazioni supplementari, come la potenza del motore. I dati relativi all'UE-28 sono riportati nella banca dati principale. Regulamentul (CE) nr. 443/2009 impune statelor membre să înregistreze informații pentru fiecare autoturism nou înmatriculat pe teritoriul lor. În fiecare an, fiecare stat membru transmite Comisiei toate informațiile referitoare la noile lor înmatriculări. În special, sunt necesare următoarele detalii pentru fiecare autoturism nou înmatriculat: denumirea producătorului, numărul omologării de tip, tipul, varianta, versiunea, marca și denumirea comercială, emisiile specifice de CO2, masa vehiculului, ampatamentul, ecartamentul, capacitatea motorului, tipul de combustibil și modul de alimentare. De asemenea, au fost prezentate informații suplimentare, cum ar fi puterea motorului. Datele pentru UE-28 sunt raportate în baza de date principală. El Reglamento (CE) n.º 443/2009 exige a los Estados miembros que registren la información relativa a cada turismo nuevo matriculado en su territorio. Cada año, cada Estado miembro presentará a la Comisión toda la información relativa a sus nuevos registros. En particular, se requieren los siguientes datos para cada turismo nuevo matriculado: nombre del fabricante, número de homologación de tipo, tipo, variante, versión, marca y denominación comercial, emisiones específicas de CO2, masa del vehículo, base de la rueda, ancho de vía, capacidad del motor, tipo de combustible y modo de combustible. También se presentó información adicional, como la potencia del motor. Los datos relativos a la EU-28 se presentan en la base de datos principal. Регламент (ЕО) № 443/2009 изисква от държавите членки да записват информация за всеки нов лек пътнически автомобил, регистриран на тяхна територия. Всяка година всяка държава членка предоставя на Комисията цялата информация, свързана с новите си регистрации. По-специално за всеки нов регистриран лек пътнически автомобил се изискват следните данни: наименование на производителя, номер на одобрението на типа, тип, вариант, версия, марка и търговско наименование, специфични емисии на CO2, маса на превозното средство, междуосово разстояние, широчина на колеята, обем на двигателя, вид гориво и режим на гориво. Беше предоставена и допълнителна информация, като мощност на двигателя. Данните за ЕС-28 се докладват в основната база данни. Gemäß der Verordnung (EG) Nr. 443/2009 müssen die Mitgliedstaaten für jeden in seinem Hoheitsgebiet zugelassenen neuen Personenkraftwagen Informationen aufzeichnen. Jedes Jahr übermittelt jeder Mitgliedstaat der Kommission alle Informationen über ihre neuen Registrierungen. Insbesondere sind für jeden neuen Personenkraftwagen, der zugelassen ist, folgende Angaben erforderlich: Name des Herstellers, Typgenehmigungsnummer, Typ, Variante, Version, Fabrikmarke und Handelsname, spezifische CO2-Emissionen, Masse des Fahrzeugs, Radfuß, Gleisbreite, Hubraum, Kraftstoffart und Kraftstoffart. Darüber hinaus wurden zusätzliche Informationen wie die Motorleistung vorgelegt. Die Daten für die EU-28 werden in der Hauptdatenbank gemeldet.

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    Ekvivalentinės juodosios anglies matavimai Isproje, Italijoje. Măsurători ale carbonului negru echivalent în Ispra, Italia. Вимірювання еквівалентного чорного вуглецю в Іспрі, Італія. Измервания на еквивалентен черен въглерод в Испра, Италия. Merania ekvivalentného čierneho uhlíka v Ispre, Taliansko. Tomhais de charbón dubh coibhéiseach in Ispra na hIodáile. Metingen van equivalente zwarte koolstof in Ispra, Italië. Mediciones de carbono negro equivalente en Ispra, Italia. Measurements of equivalent black carbon in Ispra, Italy. Pomiary równoważnego czarnego węgla w Ispra we Włoszech.

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    Authors: Geološki zavod Slovenije;

    Les conditions géothermiques souterraines peuvent être présentées, quelle que soit la position des aquifères, avec les cartes géothermiques appropriées. Cette carte montre les profondeurs attendues de l’isotherme de 150 °C et est faite avec les données de 191 forages. D’une certaine manière, c’est l’inverse de ces cartes de température ordinaires montrant la température à certaines profondeurs. Il est réalisé sur la base des températures mesurées dans les forages accessibles dans tout le pays. Cependant, puisque le champ de température dépend de la structure géologique des profondeurs et des caractéristiques tectoniques, le cours des contours résulte de nombreuses influences, telles que la conductivité thermique des roches, la perméabilité et la fracturation des roches, qui se reflètent toutes dans les températures mesurées dans les forages. Cependant, la perméabilité et la fracturation des roches diminuent avec de plus grandes profondeurs, qui sont pour cette carte à l’ouest et au sud et dans certaines parties du nord de la Slovénie assez grandes à cet isotherme. La répartition des forages, qui ont été utiles pour la mesure de la température, est très inégale et différente en ce qui concerne les profondeurs. La carte des profondeurs de l’isotherme à 150 °C montre une anomalie positive dans la partie nord-est de la Slovénie. En raison de la croûte terrestre mince dans la zone et de la chaleur conductrice supérieure du manteau terrestre, il y a des températures plus élevées et donc des profondeurs inversement plus petites à l’isotherme de 150 °C. Las condiciones geotérmicas subterráneas se pueden presentar, independientemente de la posición de los acuíferos, con los mapas geotérmicos apropiados. Este mapa muestra las profundidades esperadas de la isoterma de 150.°C y se realiza con datos de 191 pozos. En cierto modo, es la inversa de esos mapas de temperatura ordinarios que muestran la temperatura a ciertas profundidades. Se hace sobre la base de las temperaturas medidas en pozos accesibles en todo el país. Sin embargo, dado que el campo de temperatura depende de la estructura geológica en las profundidades y características tectónicas, el curso de los contornos resulta de muchas influencias, como la conductividad térmica de las rocas, la permeabilidad y la fracturación de las rocas, todas las cuales se reflejan en las temperaturas medidas en pozos. Sin embargo, la permeabilidad y la fracturación de las rocas disminuyen con mayores profundidades, que son para este mapa en el oeste y sur y en partes del norte de Eslovenia bastante grandes para esta isoterma. La distribución de pozos, que fueron útiles para la medición de la temperatura, es muy desigual y diferente en cuanto a las profundidades. El mapa de profundidades a 150.°C de la isoterma muestra una anomalía positiva en la parte noreste de Eslovenia. Como resultado de la delgada corteza terrestre en el área y el mayor flujo de calor conductor desde el manto de la Tierra, hay temperaturas más altas y, por lo tanto, son profundidades inversamente más pequeñas a la isoterma de 150.°C. Le condizioni geotermiche sotterranee possono essere presentate, indipendentemente dalla posizione delle falde acquifere, con le mappe geotermiche appropriate. Questa mappa mostra le profondità previste dell'isoterma di 150ºC ed è fatta con i dati di 191 fori. In un certo senso, è l'inverso di quelle normali mappe di temperatura che mostrano la temperatura a determinate profondità. È realizzato sulla base delle temperature misurate nei pozzi accessibili in tutto il paese. Tuttavia, poiché il campo di temperatura dipende dalla struttura geologica nelle profondità e nelle caratteristiche tettoniche, il corso dei contorni risulta da molte influenze, come la conducibilità termica delle rocce, la permeabilità e la fratturazione delle rocce, che si riflettono tutte nelle temperature misurate nei fori. Tuttavia, la permeabilità e la fratturazione delle rocce diminuiscono con maggiori profondità, che sono per questa mappa a ovest e a sud e in alcune parti della Slovenia settentrionale abbastanza grande per questa isoterma. La distribuzione dei pozzi, utili per la misurazione della temperatura, è molto irregolare e diversa per quanto riguarda le profondità. La mappa di profondità a 150ºC isoterma mostra un'anomalia positiva nella parte nord-orientale della Slovenia. Come risultato della sottile crosta terrestre nell'area e del flusso di calore conduttivo superiore dal mantello terrestre, ci sono temperature più elevate e quindi sono inversamente più piccole profondità all'isoterma di 150ºC. Is féidir na coinníollacha geoiteirmeach faoi thalamh a chur i láthair, beag beann ar sheasamh na n-uiscíoch, leis na léarscáileanna geoiteirmeach cuí. Taispeánann an léarscáil seo doimhneacht mheasta an isotherm 150 °C agus déantar é le sonraí ó 191 tollpholl. Ar bhealach, is é inbhéartach na léarscáileanna teochta gnáth sin a thaispeánann an teocht ag doimhneacht áirithe. Déantar é ar bhonn teochtaí tomhaiste i dtollphoill inrochtana ar fud na tíre. Mar sin féin, ós rud é go mbraitheann an réimse teochta ar an struchtúr geolaíochta sna doimhneachtaí agus na saintréithe teicteonacha, bíonn tionchar ag go leor tionchair ar chúrsa na gcomhrianta, mar shampla seoltacht teirmeach carraigeacha, tréscaoilteacht agus briseadh carraigeacha, gach ceann acu le feiceáil sna teochtaí tomhaiste i dtollphoill. Mar sin féin, laghdaíonn tréscaoilteacht agus briseadh carraigeacha le doimhneacht níos mó, atá don léarscáil seo san iarthar agus sa deisceart agus i gcodanna de thuaisceart na Slóivéine atá an-mhór leis an máthair seo. Tá dáileadh tollphoill, a bhí úsáideach chun teocht a thomhas, an-míchothrom, agus difriúil maidir leis an doimhneacht. Taispeánann an léarscáil doimhneachta go 150 °C isotherm aimhrialtacht dhearfach i gcuid oirthuaisceart na Slóivéine. Mar thoradh ar screamh tanaí an Domhain sa cheantar agus sreabhadh teasa seoltaí níos airde ó chochaill an Domhain, tá teochtaí níos airde ann agus dá bhrí sin tá doimhneachtaí níos lú inbhéartach leis an isotherm de 150 °C. Οι υπόγειες γεωθερμικές συνθήκες μπορούν να παρουσιαστούν, ανεξάρτητα από τη θέση των υδροφόρων οριζόντων, με τους κατάλληλους γεωθερμικούς χάρτες. Αυτός ο χάρτης δείχνει τα αναμενόμενα βάθη της ισοθερμίας των 150 °C και γίνεται με δεδομένα από 191 γεωτρήσεις. Κατά κάποιο τρόπο, είναι το αντίστροφο αυτών των συνηθισμένων χαρτών θερμοκρασίας που δείχνουν τη θερμοκρασία σε ορισμένα βάθη. Γίνεται με βάση τις μετρημένες θερμοκρασίες σε προσιτές γεωτρήσεις σε όλη τη χώρα. Ωστόσο, δεδομένου ότι το πεδίο θερμοκρασίας εξαρτάται από τη γεωλογική δομή στα βάθη και τα τεκτονικά χαρακτηριστικά, η πορεία των περιγραμμάτων αποτελεσμάτων πολλών επιρροών, όπως η θερμική αγωγιμότητα των πετρωμάτων, η διαπερατότητα και η ρωγμάτωση των πετρωμάτων, τα οποία αντικατοπτρίζονται στις μετρούμενες θερμοκρασίες στις γεωτρήσεις. Ωστόσο, η διαπερατότητα και η ρωγμή των βράχων μειώνεται με μεγαλύτερα βάθη, τα οποία είναι για αυτόν τον χάρτη στα δυτικά και νότια και σε τμήματα της βόρειας Σλοβενίας αρκετά μεγάλη σε αυτή την ισοθερμία. Η κατανομή των γεωτρήσεων, οι οποίες ήταν χρήσιμες για τη μέτρηση της θερμοκρασίας, είναι πολύ άνιση και διαφορετική όσον αφορά τα βάθη. Ο χάρτης των βάθους στους 150 °C δείχνει μια θετική ανωμαλία στο βορειοανατολικό τμήμα της Σλοβενίας. Ως αποτέλεσμα του λεπτού φλοιού της Γης στην περιοχή και της υψηλότερης αγώγιμης ροής θερμότητας από τον μανδύα της Γης, υπάρχουν υψηλότερες θερμοκρασίες και έτσι είναι αντιστρόφως μικρότερα βάθη στην ισοθερμία των 150 °C. Die unterirdischen Geothermiebedingungen können unabhängig von der Lage der Grundwasserleiter mit den entsprechenden geothermischen Karten dargestellt werden. Diese Karte zeigt die erwarteten Tiefen der Isotherme von 150 °C und wird mit Daten von 191 Bohrlöchern erstellt. In gewisser Weise ist es das Gegenteil dieser gewöhnlichen Temperaturkarten, die die Temperatur in bestimmten Tiefen zeigen. Es wird auf der Grundlage der gemessenen Temperaturen in zugänglichen Bohrlöchern im ganzen Land hergestellt. Da das Temperaturfeld jedoch von der geologischen Struktur in den Tiefen und tektonischen Eigenschaften abhängt, ergibt sich der Verlauf der Konturen vieler Einflüsse, wie z. B. Wärmeleitfähigkeit von Gesteinen, Durchlässigkeit und Zerbrechung von Gesteinen, die sich alle in den gemessenen Temperaturen in Bohrlöchern widerspiegeln. Allerdings nimmt die Durchlässigkeit und Zerbrechung der Gesteine mit größeren Tiefen ab, die für diese Karte im Westen und Süden und in Teilen Nordsloweniens ziemlich groß zu dieser isotherm sind. Die Verteilung der Bohrlöcher, die für die Messung der Temperatur nützlich waren, ist sehr ungleichmäßig und in Bezug auf die Tiefen unterschiedlich. Die Tiefenkarte bis 150 °C isotherm zeigt eine positive Anomalie im Nordosten Sloweniens. Aufgrund der dünnen Erdkruste im Gebiet und des höheren leitfähigen Wärmeflusses aus dem Erdmantel gibt es höhere Temperaturen und somit umgekehrt kleinere Tiefen zur Isotherme von 150 °C. De ondergrondse geothermische omstandigheden kunnen, ongeacht de positie van de aquifers, worden gepresenteerd met de juiste geothermische kaarten. Deze kaart toont de verwachte diepten van de isotherm van 150 °C en is gemaakt met gegevens van 191 boorgaten. In zekere zin is het de omgekeerde van die gewone temperatuurkaarten die de temperatuur op bepaalde diepten tonen. Het wordt gemaakt op basis van gemeten temperaturen in toegankelijke boorgaten in het hele land. Aangezien het temperatuurveld echter afhankelijk is van de geologische structuur in de diepten en tektonische kenmerken, resulteert het verloop van contouren van vele invloeden, zoals thermische geleidbaarheid van gesteenten, doorlaatbaarheid en fracturing van rotsen, die allemaal worden weerspiegeld in de gemeten temperaturen in boorgaten. De doordringbaarheid en breuk van rotsen neemt echter af met grotere diepten, die voor deze kaart in het westen en zuiden en in delen van Noord-Slovenie vrij groot zijn voor deze isotherme. De verdeling van boorgaten, die nuttig waren voor de meting van de temperatuur, is zeer ongelijk, en verschillend met betrekking tot de diepten. De kaart van dieptes tot 150 °C isotherm toont een positieve anomalie in het noordoosten van Slovenië. Als gevolg van dunne aardkorst in het gebied en de hogere geleidende warmtestroom uit de mantel van de aarde, zijn er hogere temperaturen en dus omgekeerd kleinere diepten naar de isotherm van 150 °C. Condițiile geotermale subterane pot fi prezentate, indiferent de poziția acviferelor, cu hărți geotermale corespunzătoare. Această hartă arată adâncimile așteptate ale izotermei de 150 °C și este realizată cu date de la 191 de găuri de foraj. Într-un fel, este inversul acelor hărți de temperatură obișnuite care arată temperatura la anumite adâncimi. Se face pe baza temperaturilor măsurate în găurile de foraj accesibile în întreaga țară. Cu toate acestea, deoarece câmpul de temperatură depinde de structura geologică în adâncimi și caracteristici tectonice, cursul contururilor rezultă din multe influențe, cum ar fi conductivitatea termică a rocilor, permeabilitatea și fracturarea rocilor, toate reflectate în temperaturile măsurate în găurile de foraj. Cu toate acestea, permeabilitatea și fracturarea rocilor scad cu adâncimi mai mari, care sunt pentru această hartă în vest și sud și în părți din nordul Sloveniei destul de mari pentru acest izoterm. Distribuția găurilor de foraj, care au fost utile pentru măsurarea temperaturii, este foarte inegală și diferită în ceea ce privește adâncimile. Harta adâncimilor la 150 °C izotermă arată o anomalie pozitivă în partea de nord-est a Sloveniei. Ca urmare a scoarței subtiri a Pământului în zonă și a fluxului mai mare de căldură conductivă din mantaua Pământului, există temperaturi mai ridicate și, prin urmare, sunt adâncimi invers mai mici la izoterma de 150 °C. Подземните геотермални условия могат да бъдат представени, независимо от местоположението на водоносните хоризонти, с подходящи геотермални карти. Тази карта показва очакваните дълбочини на изотермата от 150 °C и е направена с данни от 191 сондажи. В известен смисъл, това е обратното на тези обикновени температурни карти, показващи температурата на определени дълбочини. Тя се извършва на базата на измерени температури в достъпни сондажи в цялата страна. Въпреки това, тъй като температурното поле зависи от геоложката структура в дълбочините и тектоничните характеристики, протичането на контурите е резултат от много влияния, като топлопроводимост на скалите, пропускливост и разбиване на скали, всички от които се отразяват в измерените температури в сондажите. Въпреки това, пропускливостта и раздробяването на скалите намаляват с по-големи дълбочини, които са за тази карта на запад и юг и в части от северна Словения са доста големи за тази изотерма. Разпределението на сондажите, които са били полезни за измерване на температурата, е много неравномерно и различно по отношение на дълбочините. Картата на дълбочините до 150 °C показва положителна аномалия в североизточната част на Словения. В резултат на тънката земната кора в района и по-високия проводящ топлинен поток от земната мантия, има по-високи температури и по този начин са обратно по-малки дълбочини до изотермията от 150 °C. Podziemne warunki geotermalne mogą być przedstawione, niezależnie od położenia warstw wodonośnych, z odpowiednimi mapami geotermalnymi. Mapa ta pokazuje oczekiwaną głębokość izotermy 150 °C i jest wykonana z danych z 191 odwiertów. W pewnym sensie jest to odwrotność tych zwykłych map temperatury pokazujących temperaturę na określonych głębokościach. Jest on wykonany na podstawie zmierzonych temperatur w dostępnych otworach w całym kraju. Ponieważ jednak pole temperatury zależy od struktury geologicznej w głębokościach i właściwościach tektonicznych, przebieg konturów wynika z wielu czynników, takich jak przewodność cieplna skał, przepuszczalność i szczelinowanie skał, z których wszystkie znajdują odzwierciedlenie w zmierzonych temperaturach w otworach. Jednak przepuszczalność i szczelinowanie skał zmniejsza się wraz z większymi głębokościami, które są dla tej mapy na zachodzie i południu oraz w częściach północnej Słowenii dość wielkie do tej izotermii. Rozkład odwiertów, które były przydatne do pomiaru temperatury, jest bardzo nierówny i różni się pod względem głębokości. Mapa głębokości do izotermii 150 °C pokazuje pozytywną anomalię w północno-wschodniej części Słowenii. W wyniku cienkiej skorupy ziemskiej w okolicy i wyższego przepływu ciepła przewodzącego z płaszcza ziemskiego, istnieją wyższe temperatury i tym samym są odwrotnie mniejsze głębokości do izotermy 150 °C.

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    Kejl ta’ CO2 fis-siegħa għal Carnsore Point għas-sena 2019 Netwerk dwar il-Kimika u t-Tibdil fil-Klima (AC3) Kodiċi istazzjon: CRP Stazzjon:Il-Punt ta’ Carnsore (CRP) KATEGORIJA TA’ OSSERVAZZJONI:Osservazzjoni tat-teħid ta’ kampjuni tal-arja fi pjattaforma Stazzjonarja PAJJIŻ/TERRITORJU: L-Irlanda Koordinati: 52° 10′ N, 6° 21′ W L-għoli tal-kejl: 14 m AGL ALTITUDNI:9 m asl LATITUDNI: 52.18 N LONĠITUDNI: —6.37 E TIP TA’ SIT: sfond rurali STRUMENTAZZJONI: PICARRO G1301 FIRXA TA’ DEJTA: CO2 SKALA TA’ KEJL: GĦAD IRID JIĠI KKONFERMAT PERJODU TA’ KOPERTURA: 2019–01–01 00:00 2019–12–31 23:59 INTERVALL TA’ ĦIN: kull siegħa UNITÀ TA’ KEJL: nmol.mol-√ METODU TA’ KEJL: Spettrometru tat-ringdown tal-kavità (l-istrument ICOS Id 42) TIP TA’ PRODOTT TA’ DEJTA: L1 TIP TA’ TEĦID TA’ KAMPJUNI: kontinwu POLITIKA DWAR ID-DEJTA: Id-DATA tal-ICOs hija liċenzjata taħt liċenzja internazzjonali ta’ Creative Commons Attribution 4.0 (http://creativecommons.org/licenses/by/4.0/.The: Il-liċenzja tad-data ICOS hija deskritta fuq https://data.icos-cp.eu/licence Почасови измервания на CO2 за Carnsore Point за 2019 г. Мрежа за химия на атмосферата и изменение на климата (AC3) Код на станцията: CRP Станция: Carnsore Point (CRP) КАТЕГОРИЯ НА НАБЛЮДЕНИЕ: Наблюдение на вземането на проби от въздуха на стационарна платформа ДЪРЖАВА/ТЕРИТОРИЯ: Ирландия Координати: 52° 10′ С.Ш., 6° 21′ З.Д. Височина на измерване: 14 m AGL ВИСОЧИНА: 9 m asl ГЕОГРАФСКА ШИРИНА: 52.18 N ДЪЛЖИНА: —6.37 Д ТИП НА САЙТА: произход на селските райони ИНСТРУМЕНТАЛНА АПАРАТУРА: PICARRO G1301 ОБХВАТ НА ДАННИТЕ: CO2 ИЗМЕРВАТЕЛНА СКАЛА: ОЧАКВА СЕ ПОТВЪРЖДЕНИЕ ОБХВАЩАЩ ПЕРИОД: 2019—01—01 00:00 2019—12—31 23:59 ВРЕМЕВИ ИНТЕРВАЛ: почасово МЕРНА ЕДИНИЦА: nmol.mol-Ω МЕТОД НА ИЗМЕРВАНЕ: Спектрометър за пръстен на кухината (ICOS инструмент Id 42) ТИП НА ПРОДУКТА: L1 ТИП НА ВЗЕМАНЕ НА ПРОБИ: непрекъснато ПОЛИТИКА ЗА ДАННИТЕ: ICOs DATA е лицензирана под международен лиценз Creative Commons Attribution 4.0 (http://creativecommons.org/licenses/by/4.0/.The Лицензът за данни на ICOS е описан на https://data.icos-cp.eu/licence Погодинний вимірювання CO2 для Carnsore Point за 2019 рік Хімія атмосфери та мережа змін клімату (AC3) Код станції: СТВОРЕННЯ CRP Станція метро:Карнсор Пойнт (CRP) КАТЕГОРІЯ СПОСТЕРЕЖЕННЯ:Спостереження за відбором повітря на стаціонарній платформі КРАЇНА/ТЕРИТОРІЯ: Україна - Україна Географічні координати міста: 52 ° 10′ N, 6° 21′ ВТ Висота вимірювання: 14 м AGL ВИСОТА ПІДЙОМУ:9 м ас. ШИРОТА ШИРОТИ: 52.18 N ДОВГОТА: -6.37 Е ТИП САЙТУ: сільський фон ВИМІРЮВАЛЬНІ ПРИЛАДИ: ПІКАРРО G1301 ДІАПАЗОН ДАНИХ:СО2 СО2 ШКАЛА ВИМІРЮВАННЯ: TBC / TBC ПЕРІОД ПОКРИТТЯ: 2019-01-01 00:00 2019-12-31 23:59 ІНТЕРВАЛ ЧАСУ: час від часу ОДИНИЦЯ ВИМІРЮВАННЯ: nmol.mol-. СПОСІБ ВИМІРЮВАННЯ: Порожнинний кільцевий спектрометр (ІКОС прилад Id 42) ТИП ПРОДУКТУ ДАНИХ: L1 (АНГЛ.) ТИП ВІДБОРУ ПРОБ: безперервний безперервний ПОЛІТИКА ЩОДО ДАНИХ: ICOs DATA ліцензовано за міжнародною ліцензією Creative Commons Attribution 4.0 (http://creativecommons.org/licenses/by/4.0/.The ліцензія на дані ICOS описана в https://data.icos-cp.eu/licence Mediciones horarias de CO2 para Carnsore Point para el año 2019 Red de Química y Cambio Climático de la Atmósfera (AC3) Código de estación: CRP De la estación: Punto Carnsore (CRP) CATEGORÍA DE OBSERVACIÓN: Observación de muestreo de aire en una plataforma estacionaria PAÍS/TERRITORIO: Irlanda Coordenadas: 52.º 10′ N, 6.º 21′ O Altura de medición: 14 m AGL ALTURA: 9 m asl LA LATITUD: 52.18 N LONGITUD: —6.37 E TIPO DE SITIO: fondo rural INSTRUMENTACIÓN: PICARRO G1301 RANGO DE DATOS: CO2 ESCALA DE MEDICIÓN: PENDIENTE DE CONFIRMACIÓN PERÍODO DE COBERTURA: 2019-01-01 00:00 2019-12-31 23:59 INTERVALO DE TIEMPO: por hora UNIDAD DE MEDIDA: nmol.mol... MÉTODO DE MEDICIÓN: Espectrómetro de anillo de cavidad (instrumentoICOS Id 42) TIPO DE PRODUCTO DE DATOS: L1 TIPO DE MUESTREO: continuo POLÍTICA DE DATOS: ICOs DATA está licenciado bajo una licencia internacional Creative Commons Attribution 4.0 (http://creativecommons.org/licenses/by/4.0/.The La licencia de datos ICOS se describe en https://data.icos-cp.eu/licence Godzinowe pomiary CO2 dla Carnsore Point za rok 2019 Sieć Chemii i Zmian Klimatu (AC3) Kod stacji: CRP Miejsca na pobyt w pobliżu:Restauracje w pobliżu Carnsore Point (CRP) KATEGORIA OBSERWACJI:Obserwacja pobierania próbek powietrza na platformie stacjonarnej KRAJ/TERYTORIUM: Irlandia Współrzędne: 52° 10′ N, 6° 21′ W Wysokość pomiaru: 14 m AGL WYSOKOŚĆ:9 m n.p.m. SZEROKOŚĆ GEOGRAFICZNA: 52.18 N DŁUGOŚĆ GEOGRAFICZNA: —6.37 E TYP STRONY: tło wiejskie OPRZYRZĄDOWANIE: PICARRO G1301 ZAKRES DANYCH: CO2 SKALA POMIAROWA: DO POTWIERDZENIA OKRES OBEJMUJĄCY: 2019-01-01 00:00 2019-12-31 23:59 PRZEDZIAŁ CZASOWY: godzina JEDNOSTKA MIARY: nmol.mol- wyd. METODA POMIARU: Spektrometr pierścieniowy wnęki (instrument ICOS Id 42) DANE TYPU PRODUKTU: L1 TYP POBIERANIA PRÓBEK: ciągły POLITYKA DANYCH: ICOS DATA jest licencjonowany na licencji międzynarodowej Creative Commons Uznanie autorstwa 4.0 (http://creativecommons.org/licenses/by/4.0/.The licencja na dane ICOS jest opisana na stronie https://data.icos-cp.eu/licence Stundas CO2 mērījumi Carnsore Point 2019. gadam Atmosfēras ķīmijas un klimata pārmaiņu tīkls (AC3) Stacijas kods: CRP Atrašanās vieta: Carnsore Point (CRP) NOVĒROŠANAS KATEGORIJA: Gaisa paraugu ņemšanas novērošana stacionārā platformā VALSTS/TERITORIJA: Īrija Koordinātas: 52° 10′ ZIEMEĻU PLATUMA, 6° 21′ RIETUMU GARUMA, Mērīšanas augstums: 14 m AGL AUGSTUMS VIRS JŪRAS LĪMEŅA: 9 m asl PLATUMS: 52.18 N GARUMS: —6.37 E VIETNES TIPS: lauku vide INSTRUMENTI: PICARRO G1301 DATU DIAPAZONS: CO2 CO2 MĒRĪJUMU SKALA: VĒL JĀAPSTIPRINA APTVER PERIODU: 2019–01–01 00:00 2019–12–31 23:59 LAIKA INTERVĀLS: stundas laikā MĒRVIENĪBA: nmol.mol— MĒRĪŠANAS METODE: Spektrometrs dobumā (ICOS instruments Id 42) DATU PRODUKTA VEIDS: L1 L1 PARAUGU ŅEMŠANAS VEIDS: nepārtraukta nepārtraukta darbība DATU POLITIKA: ICOS DATA ir licencēta saskaņā ar Creative Commons Attribution 4.0 starptautisko licenci (http://creativecommons.org/licenses/by/4.0/.The ICOS datu licence ir aprakstīta tīmekļa vietnē https://data.icos-cp.eu/licence Mesures horaires de CO2 pour Carnsore Point pour l’année 2019 Réseau de chimie de l’atmosphère et du changement climatique (AC3) Code de la station: CRP Station:Carnsore Point (CRP) CATÉGORIE D’OBSERVATION:Observation d’échantillonnage d’air sur une plate-forme stationnaire PAYS/TERRITOIRE: Irlande Coordonnées: 52° 10′ N, 6° 21′ O Hauteur de mesure: 14 m AGL ALTITUDE:9 m asl LATITUDE: 52.18 N LONGITUDE: —6.37 E TYPE DE SITE: milieu rural INSTRUMENTATION: PICARRO G1301 PLAGE DE DONNÉES:CO2 ÉCHELLE DE MESURE: À CONFIRMER PÉRIODE DE COUVERTURE: 2019-01-01 00:00 2019-12-31 23:59 INTERVALLE DE TEMPS: heure par heure UNITÉ DE MESURE: nmol.mol-’ MÉTHODE DE MESURE: Spectromètre d’anneau de cavité (instrument ICOS Id 42) TYPE DE PRODUIT DE DONNÉES: L1 TYPE D’ÉCHANTILLONNAGE: continu POLITIQUE DES DONNÉES: ICOs DATA est sous licence Creative Commons Attribution 4.0 (http://creativecommons.org/licenses/by/4.0/.The la licence de données ICOS est décrite à l’adresse https://data.icos-cp.eu/licence Misurazioni orarie di CO2 per Carnsore Point per l'anno 2019 Clima Chimica e Climate Change Network (AC3) Codice della stazione: CRP Stazione:Mappa di Carnsore Point (CRP) CATEGORIA DI OSSERVAZIONE:Osservazione del campionamento dell'aria su una piattaforma stazionaria PAESE/TERRITORIO: Irlanda Le coordinate: 52º 10′ N, 6º 21′ O Altezza di misura: 14 m AGL ALTITUDINE:9 m slm LATITUDINE: 52.18 N LONGITUDINE: —6.37 E TIPO DI SITO: fondo rurale STRUMENTAZIONE: PICARRO G1301 GAMMA DI DATI: CO2 SCALA DI MISURA: TBC PERIODO DI COPERTURA: 2019-01-01 00:00 2019-12-31 23:59 INTERVALLO DI TEMPO: ogni ora UNITÀ DI MISURA: nmol.mol— METODO DI MISURAZIONE: Spettrometro dell'anello della cavità (ICOS strumento Id 42) TIPO DI PRODOTTO: L1 TIPO DI CAMPIONAMENTO: continuo POLITICA DEI DATI: ICOs DATA è concesso sotto licenza Creative Commons Attribuzione 4.0 internazionale (http://creativecommons.org/licenses/by/4.0/.The ICOS licenza dati è descritto all'indirizzo https://data.icos-cp.eu/licence Urne meritve CO2 za Carnsore Point za leto 2019 Mreža za kemijo in podnebne spremembe v atmosferi (AC3) Koda postaje: CRP Strani, ki se povezujejo na: Carnsore Point (CRP) KATEGORIJA OPAZOVANJA: Opazovanje vzorčenja zraka na nepremični ploščadi DRŽAVA/OZEMLJE:Irska Koordinate: 52° 10′ S, 6° 21′ Z Višina merjenja:14 m AGL NADMORSKA VIŠINA: 9 m asl ZEMLJEPISNA ŠIRINA: 52.18 N DOLŽINA:—6.37 E VRSTA MESTA: podeželsko ozadje INSTRUMENTI: PICARRO G1301 PODATKOVNI RAZPON: CO2 MERILNA LESTVICA: ŠE NI POTRJENO OBDOBJE, KI ZAJEMA: 2019–01–01 00:00 2019–12–31 23:59 ČASOVNI INTERVAL: urno MERSKA ENOTA: nmol.mol-referenčni MERILNA METODA: Merilni spektrometer v votlini (ICOS instrument Id 42) VRSTA PODATKOVNEGA IZDELKA: L1 TIP VZORČENJA: neprekinjeno POLITIKA PODATKOV: Podatki ICOs so licencirani na podlagi mednarodne licence Creative Commons Priznanje avtorstva 4.0 (http://creativecommons.org/licenses/by/4.0/.The licenca za podatke ICOS je opisana na https://data.icos-cp.eu/licence Medições horárias de CO2 para Carnsore Point para o ano 2019 Rede de Química da Atmosfera e Alterações Climáticas (AC3) Código da estação: RIC Estação: Carnsore Point (CRP) CATEGORIA DE OBSERVAÇÃO: Observação da amostragem do ar numa plataforma estacionária PAÍS/TERRITÓRIO: Irlanda Coordenadas: 52.º 10′ N, 6.º 21′ W Altura da medição: 14 milhões de AGL ALTITUDE: 9 m de argila LATITUDE: 52.18 N LONGITUDE: —6.37 E TIPO DE SÍTIO: contexto rural INSTRUMENTAÇÃO: PICARRO G1301 GAMA DE DADOS: CO2 ESCALA DE MEDIÇÃO: A CONFIRMAR PERÍODO DE COBERTURA: 2019-01-01 00:00 2019-12-31 23:59 INTERVALO DE TEMPO: horário UNIDADE DE MEDIDA: nmol.mol— MÉTODO DE MEDIÇÃO: Cavidade ringdown Spectrometer (ICOS instrumento Id 42) TIPO DE PRODUTO DE DADOS: L1 TIPO DE AMOSTRAGEM: contínuo POLÍTICA DE DADOS: ICOs DATA é licenciado sob uma licença Creative Commons Atribuição 4.0 internacional (http://creativecommons.org/licenses/by/4.0/.The licença de dados ICOS é descrita em https://data.icos-cp.eu/licence

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    Le service des énergies renouvelables du WFS représente les installations des énergies renouvelables biomasse, photovoltaïque en plein air, hydroélectrique et éolienne. En outre, les installations de gaz d’épuration des eaux usées, de gaz de décharge et de gaz de mine sont représentées, mais qui ne font pas strictement partie des énergies renouvelables, mais contribuent également dans une large mesure à la protection du climat. L-Enerġija Rinnovabbli tad-WFS-Servizz tirrappreżenta l-impjanti tal-bijomassa tal-enerġiji rinnovabbli, il-fotovoltajċi bi pjan miftuħ, l-idroenerġija u l-enerġija mir-riħ. Barra minn hekk, l-impjanti tal-gass tad-drenaġġ, tal-gass tal-miżbliet u tal-gass tal-fossa huma ppreżentati, iżda li strettament ma jappartjenux għall-enerġiji rinnovabbli, iżda jikkontribwixxu wkoll b’mod sinifikanti għall-protezzjoni tal-klima. Το WFS-Service Renewable Energies αντιπροσωπεύει τις μονάδες βιομάζας ανανεώσιμων πηγών ενέργειας, φωτοβολταϊκών ανοιχτού σχεδίου, υδροηλεκτρικής ενέργειας και αιολικής ενέργειας. Επιπλέον, παρουσιάζονται οι μονάδες αερίου αποχέτευσης, αερίου υγειονομικής ταφής και φυσικού αερίου λάκκων, οι οποίες όμως αυστηρά δεν ανήκουν σε ανανεώσιμες πηγές ενέργειας, αλλά συμβάλλουν σημαντικά στην προστασία του κλίματος. Energia regenerabilă WFS-Service reprezintă centralele de biomasă a energiilor regenerabile, energia fotovoltaică în plan deschis, energia hidroelectrică și energia eoliană. În plus, sunt prezentate instalațiile de gaz de canalizare, gaz de depozit și gaz de groapă, dar care nu aparțin în mod strict energiilor regenerabile, dar contribuie, de asemenea, în mod semnificativ la protecția climei. WFS-Service Renewable Energies представлява централите на биомаса от възобновяеми енергийни източници, фотоволтаици с отворен план, водноелектрическа и вятърна енергия. Освен това са представени инсталациите за отпадъчни газове, сметищен газ и газ от ями, но които стриктно не принадлежат към възобновяемите енергийни източници, но също така допринасят значително за опазването на климата. WFS-Service Renewable Energies (WFS-Service Renewable Energies) predstavlja postrojenja za biomasu iz obnovljivih izvora, fotonaponsku energiju otvorenog plana, hidroenergiju i energiju vjetra. Osim toga, predstavljena su postrojenja kanalizacijskog plina, odlagališnog plina i plina iz jame, ali koja strogo ne pripadaju obnovljivim izvorima energije, već znatno doprinose zaštiti klime. El WFS-Service Renewable Energies representa las plantas de biomasa de energías renovables, fotovoltaica de planta abierta, energía hidroeléctrica y eólica. Además, se presentan las plantas de gas de alcantarillado, gas de vertedero y gas de pozo, pero que estrictamente no pertenecen a las energías renovables, sino que también contribuyen significativamente a la protección del clima. Spoločnosť WFS-Service Renewable Energies reprezentuje elektrárne využívajúce biomasu z obnoviteľných zdrojov, fotovoltiku s otvoreným povrchom, vodnú energiu a veternú energiu. Okrem toho sú prezentované čistiarne splaškového plynu, skládkového plynu a pitného plynu, ktoré však striktne nepatria k obnoviteľným energiám, ale tiež významne prispievajú k ochrane klímy. A WFS-Service Renewable Energies representa as usinas de biomassa de energias renováveis, fotovoltaica em plano aberto, energia hidroelétrica e eólica. Além disso, as usinas de gás de esgoto, gás de aterro e gás de poços são apresentadas, mas que não pertencem estritamente às energias renováveis, mas também contribuem significativamente para a proteção do clima. De WFS-Service Renewable Energies vertegenwoordigt de centrales van hernieuwbare energie biomassa, open-plan fotovoltaïsche energie, waterkracht en windenergie. Daarnaast worden de installaties van rioolgas, stortgas en putgas gepresenteerd, maar die strikt niet tot hernieuwbare energie behoren, maar ook aanzienlijk bijdragen aan de bescherming van het klimaat.

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    This dataset entails various structural material data that was used to provide additional evidence for arguments presented in publication "Deposition of Sn-Zr-Se precursor by thermal evaporation and PLD for the synthesis of SnZrSe3 thin films". Mainly data consists of: SEM, XRD, Raman, Auger and TGA raw data. Summary of results is provided in Extended_data.pdf file

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    ZENODO
    Dataset . 2023
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    Integrierte Prioritätenkarte der „Klimaregulierung“ zur Verbesserung der „Klimaverordnung“, wie im Bericht beschrieben. Die Rasterkarte ergibt einen Wert, der sich aus der Summe der Werte der zugrunde liegenden Kriterienkarten ergibt, d. h. Wärmeinseleffekt und Kohlenstoffspeicherung. Dieser Betrag wurde erneut auf eine Punktzahl von 1 bis 5 reduziert. Die Bereiche mit einer Höchstpunktzahl von 5 zeigen die größten Dekorationsgewinne im Rahmen des Themas Klimaregulierung. Die städtischen Gebiete sind deutlich sichtbar. Für die Klimaregulierung gibt es klare Prioritäten. Die Bodenhärterung hat erhebliche Auswirkungen auf das Klima, sowohl auf lokaler als auch auf globaler Ebene. Durch die Entfärbung von Böden können wieder Kohlenstoffsenken entstehen. Diese integrierte Klimaregulierungskarte trägt zum Layout der letzten Eintrittskarte für die Haarentfernung bei (https://www.vlaanderen.be/datavindplaats/catalogus/kansenkaart-onthardingswinst) bei. Um den Härtegrad effizient und wirksam zu verringern, ist es wichtig, einen Überblick über die Standorte zu haben, die am wahrscheinlichsten zur Bodenräumung führen. Um zu ermitteln, wo die Enthaarung höchstwahrscheinlich am vielversprechendsten ist, wurde die Karte entwickelt, um die Verwitterungschancen (und den Ausgleichsrahmen) zu verbessern. Aus den „Integrated CleaningPriority Maps“ – einschließlich dieser Klima-Regulierungskarte – geht nach Parametern hervor, ob ein gepflasteter Standort erhebliche oder geringe Auswirkungen auf die Umwelt hat und somit eine hohe oder geringe Priorität bei der Freigabe hat. Weitere Informationen über die Erstellung aller Prioritäts- und Opportunitätskarten und die endgültige Kombination bis zur endgültigen Änderungskarte finden Sie im Abschlussbericht der vom Umweltministerium in Auftrag gegebenen Studie: https://researchportal.be/nl/publicatie/onthardingswinst-afwegingskader-en-kansenkaart-deel-1 Deze dataset bevat de digitale vectoriële versie van alle planelementen - van het type grondvlakken - van de algemene plannen van aanleg. Een planelement is een object waarmee de betrokken overheid het toepassingsgebied van (een deel van) de ruimtelijke optie die zij heeft genomen aan de hand van bepaalde stedenbouwkundige voorschriften, weergeeft op het grafische plan, als zij dat nodig acht. Dit object is conceptueel altijd te herleiden tot een vlak, lijn of punt, waaraan een zeker legendesymbool is toegekend. Om de koppeling te garanderen tussen een “locatie” en de “volledige set van voorschriften die gelden op die locatie”, is het nodig een plan te ontrafelen in enkele complementaire geodatalagen in vectorformaat. Zo bekomen we een eenduidige koppeling tussen voorschriftteksten en hun bijhorende planelementen. Grondvlakvoorschriften zullen in de praktijk altijd aan een vlakvormig planelement gekoppeld worden dat op zijn beurt een vlakvullend legendesymbool ontvangt, m.a.w. een dekkende symboliek. Dit soort voorschriften kan zowel een vervangend als een aanvullend karakter vertonen ten opzicht van andere voorschriften, afhankelijk van de geldende decretale marges betreffende subsidiariteit, hiërarchie van de plannen, en de overgang van de plannen van de oude wetgeving naar de nieuwe. Bovenop de grondvlakken van het plan kunnen andersoortige planelementen gelegd worden. Deze worden ingedeeld volgens geometrie: vlakken, lijnen, punten en volgens de geometrische nauwkeurigheid van de planelementen (geometrisch nauwkeurig te bepalen of bij wijze van aanduiding). De planelementen zijn in deze dataset beschikbaar voor zover ze al zijn opgeladen door het betreffende gemeentebestuur, dat eigenaar is van de data en verantwoordelijk voor de inhoud. Carte couvrant le territoire de la «Health Effecten Screening score» (GES) de la qualité de l’air local en Flandre. L’indicateur est basé sur la moyenne annuelle des concentrations de NO2 (dioxyde d’azote) (Vlaamse Milieumaatschappij 2017), modélisée avec la chaîne de modélisation RIO-IFDM-OSPM. Ce polluant a été pris comme base en raison de sa grande diversité spatiale, de son lien étroit avec les émissions locales et de ses effets sur la santé bien documentés. Les concentrations de NO2 ont ensuite été réparties en classes permettant de comprendre les effets potentiels de la pollution atmosphérique due au NO2 sur la santé, à titre de première indication de la qualité de l’air au niveau local, sur la base de la méthodologie néerlandaise «Health Effect Screening» (GES). Il va de soi que d’autres polluants (par exemple, les particules fines ou l’ozone) sont également importants dans la poursuite de l’analyse et de l’évaluation de la qualité de l’air au niveau local. Les classes de GES ont été définies de cette manière: GES 1 = 0-10 µg/m³ moyenne annuelle de NO2 = «bon»; GES 4 = 10-20 µg/m³ moyenne annuelle de NO2 = «modéré»; GES 6 = 20-30 µg/m³ moyenne annuelle de NO2 = «insuffisant», GES 7 = 30-40 µg/m³ moyenne annuelle NO2 = «nettement insuffisant», GES 8 > 40 µg/m³ moyenne annuelle NO2 = «très insuffisant». À partir de GES 6, la valeur des conseils en matière de santé recommandée par l’Agence des soins de santé est dépassée (jusqu’à 20 µg/m³ en moyenne annuelle de NO2), mais des concentrations plus faibles ont également des effets néfastes sur la santé. This dataset contains the digital vector version of all the plan elements – of the line type – of the provincial spatial implementation plans, both the final approved and those in the format. It also includes the suspensions and destruction of the Council of State. A plan element is an object by which the public authority concerned represents the scope of (part of) the spatial option it has taken on the basis of certain urban planning regulations on the graphic plan, if it considers it necessary. This object is conceptually always traceable to a plane, line or point assigned a certain legende symbol. In order to ensure the link between a ‘site’ and the ‘full set of requirements applicable at that location’, it is necessary to unravel a plan in some complementary geodata layers in vector format. This gives us a clear link between the texts of rules and their associated planning elements. Requirements linked to linear or point-shaped plan elements, unlike those linked to planes, can never cover underlying plant elements in the sense that they replace them. The plan elements are available in this dataset to the extent that they have already been loaded by the relevant provincial authority, which owns the data and is responsible for the content.

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    Πρόκειται για τη συλλογή των γεωμετριών των δασικών περιοχών που βρίσκονται στο έδαφος της περιφέρειας Friuli Venezia Giulia. Οι περισσότερες από αυτές τις περιοχές καταλαμβάνονται από δάση, όπως ορίζονται στον περιφερειακό νόμο για τα δάση (αριθ. 9/2007). Οι γεωμετρίες προέρχονται από δύο διαφορετικές βάσεις δεδομένων: «Τύποι Forestali 1998», που επικαιροποιήθηκαν το 2010 και «Ολοκλήρωση του ΣΓΠ των τύπων δασών Friuli Venezia Giulia» που πραγματοποιήθηκαν το 2011 και επικυρώθηκαν οριστικά το 2013. Is é an bailiúchán de geometries na limistéar foraoise atá suite i gcríoch Réigiún Friuli Venezia Giulia. Tá an chuid is mó de na limistéir sin á n-áitiú ag foraoisí mar a shainítear leis an Dlí Réigiúnach Foraoise (Uimh.9/2007). Tagann na geoiméadrachtaí ó dhá bhunachar sonraí éagsúla: “Cineálacha Forestali 1998”, a tugadh cothrom le dáta in 2010 agus “Comhlánú GIS de Chineálacha Foraoise Friuli Venezia Giulia” a rinneadh in 2011 agus a bailíochtaíodh go cinntitheach in 2013. Es la colección de las geometrías de las zonas forestales ubicadas en el territorio de la región de Friuli Venezia Giulia. La mayor parte de estas zonas están ocupadas por bosques tal como se definen en la Ley Forestal Regional (N.º9/2007). Las geometrías provienen de dos geodatabases diferentes: «Tipos Forestali 1998», actualizado en 2010 y «Completación del SIG de los tipos forestales de Friuli Venezia Giulia», llevado a cabo en 2011 y validado definitivamente en 2013. Il s’agit de la collection des géométries des zones forestières situées sur le territoire de la région du Frioul-Vénétie Giulia. La plupart de ces zones sont occupées par des forêts telles que définies par la loi forestière régionale (No.9/2007). Les géométries proviennent de deux bases de données différentes: «Types Forestali 1998», mis à jour en 2010 et «Achevée du SIG des types forestiers du Frioul Venezia Giulia» réalisée en 2011 et validée définitivement en 2013. Costituisce la raccolta delle geometrie delle aree forestali situate nel territorio della Regione Friuli Venezia Giulia. In buona parte si tratta di superfici occupate da boschi così come definiti dalla vigente legge forestale regionale (n.9/2007). Le geometrie provengono da due diversi geodatabase: "Tipi Forestali 1998", aggiornato nel 2010 e "Completamento del GIS dei Tipi forestali del Friuli Venezia Giulia" realizzato nel 2011 e validato definitivamente nel 2013. Het is de verzameling van de geometrieën van de bosgebieden gelegen op het grondgebied van de regio Friuli Venezia Giulia. De meeste van deze gebieden worden bewoond door bossen zoals gedefinieerd in de Regional Forest Law (nr.9/2007). De geometrieën zijn afkomstig van twee verschillende geodatabases: „Types Forestali 1998”, bijgewerkt in 2010 en „Voltooiing van het GIS van de bossoorten Friuli Venezia Giulia”, uitgevoerd in 2011 en definitief gevalideerd in 2013. Huwa l-ġbir tal-ġeometriji taż-żoni forestali li jinsabu fit-territorju tar-Reġjun ta’ Friuli Venezia Giulia. Il-biċċa l-kbira ta’ dawn iż-żoni huma okkupati minn foresti kif definit mil-Liġi Reġjonali dwar il-Foresti (Nru.9/2007). Il-ġeometriji ġejjin minn żewġ ġeobażijiet tad-data differenti: “Types Forestali 1998”, aġġornata fl-2010 u “Tlestija tal-GIS tat-Tipi ta’ Foresti ta’ Friuli Venezia Giulia” imwettqa fl-2011 u vvalidata b’mod definittiv fl-2013. Este colecția geometriilor zonelor forestiere situate pe teritoriul regiunii Friuli Venezia Giulia. Cele mai multe dintre aceste zone sunt ocupate de păduri, astfel cum sunt definite în Legea regională privind pădurile (nr.9/2007). Geometriile provin din două baze de date geografice diferite: „Tipuri Forestali 1998”, actualizat în 2010 și „Finalizarea GIS a tipurilor de păduri de Friuli Venezia Giulia”, efectuată în 2011 și validată definitiv în 2013. É a coleção das geometrias das áreas florestais localizadas no território da Região Friuli Venezia Giulia. A maior parte destas áreas é ocupada por florestas, tal como definidas na Lei Regional das Florestas (n.º 9/2007). As geometrias vêm de duas bases de dados geométricas diferentes: «Tipos Forestali 1998», atualizado em 2010 e «Conclusão do SIG dos Tipos Florestais de Friuli Venezia Giulia», realizado em 2011 e validado definitivamente em 2013. It is the collection of the geometries of the forest areas located in the territory of the Friuli Venezia Giulia Region. Most of these areas are occupied by forests as defined by the Regional Forest Law (No.9/2007). The geometries come from two different geodatabases: “Types Forestali 1998”, updated in 2010 and “Completion of the GIS of the Forest Types of Friuli Venezia Giulia” carried out in 2011 and validated definitively in 2013.

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  • Authors: Reinsch, S.; Koller, E.; Sowerby, A.; De Dato, G.; +17 Authors

    The data consists of annual measurements of standing aboveground plant biomass, annual aboveground net primary productivity and annual soil respiration between 1998 and 2012. Data were collected from seven European shrublands that were subject to the climate manipulations drought and warming. Sites were located in the United Kingdom (UK), the Netherlands (NL), Denmark ( two sites, DK-B and DK-M), Hungary (HU), Spain (SP) and Italy (IT). All field sites consisted of untreated control plots, plots where the plant canopy air is artificially warmed during night time hours, and plots where rainfall is excluded from the plots at least during the plants growing season. Standing aboveground plant biomass (grams biomass per square metre) was measured in two undisturbed areas within the plots using the pin-point method (UK, DK-M, DK-B), or along a transect (IT, SP, HU, NL). Aboveground net primary productivity was calculated from measurements of standing aboveground plant biomass estimates and litterfall measurements. Soil respiration was measured in pre-installed opaque soil collars bi-weekly, monthly, or in measurement campaigns (SP only). The datasets provided are the basis for the data analysis presented in Reinsch et al. (2017) Shrubland primary production and soil respiration diverge along European climate gradient. Scientific Reports 7:43952 https://doi.org/10.1038/srep43952 Standing biomass was measured using the non-destructive pin-point method to assess aboveground biomass. Measurements were conducted at the state of peak biomass specific for each site. Litterfall was measured annually using litterfall traps. Litter collected in the traps was dried and the weight was measured. Aboveground biomass productivity was estimated as the difference between the measured standing biomass in year x minus the standing biomass measured the previous year. Soil respiration was measured bi-weekly or monthly, or in campaigns (Spain only). It was measured on permanently installed soil collars in treatment plots. The Gaussen Index of Aridity (an index that combines information on rainfall and temperature) was calculated using mean annual precipitation, mean annual temperature. The reduction in precipitation and increase in temperature for each site was used to calculate the Gaussen Index for the climate treatments for each site. Data of standing biomass and soil respiration was provided by the site responsible. Data from all sites were collated into one data file for data analysis. A summary data set was combined with information on the Gaussen Index of Aridity Data were then exported from these Excel spreadsheet to .csv files for ingestion into the EIDC.

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    Ο χάρτης δείχνει τη διανομή όλων των φωτοβολταϊκών συστημάτων που υποστηρίζονται στο πλαίσιο της στήριξης της πράσινης ηλεκτρικής ενέργειας στην περιοχή της Βιέννης, η οποία συμπληρώνεται από πληροφορίες σχετικά με τις επιδόσεις τους και την ημερομηνία κατασκευής τους. La carte montre la répartition de l’ensemble des installations photovoltaïques bénéficiant d’une aide à l’électricité verte dans la zone urbaine de Vienne, complétées par des informations relatives à leurs performances et à la date de leur construction. El mapa muestra la distribución de todos los sistemas fotovoltaicos apoyados en el contexto del apoyo a la electricidad verde en la zona de la ciudad de Viena, complementado con información sobre su funcionamiento y la fecha de construcción. Il-mappa turi d-distribuzzjoni tas-sistemi fotovoltajċi kollha appoġġjati fil-kuntest tal-appoġġ tal-elettriku ekoloġiku fiż-żona tal-belt ta’ Vjenna, flimkien ma’ informazzjoni dwar il-prestazzjoni tagħhom u d-data tal-kostruzzjoni. На картата е показано разпределението на всички фотоволтаични системи, поддържани в контекста на подпомагането на зелената електроенергия в района на Виена, допълнено с информация за тяхното функциониране и датата на изграждане. Taispeánann an léarscáil dáileadh na gcóras fótavoltach go léir a fhaigheann tacaíocht i gcomhthéacs na tacaíochta leictreachais ghlais i gceantar cathrach Vín, mar aon le faisnéis faoina bhfeidhmíocht agus faoi dháta na tógála. La mappa mostra la distribuzione di tutti gli impianti fotovoltaici sostenuti nel contesto del sostegno all'elettricità verde nella città di Vienna, integrata da informazioni sulle loro prestazioni e sulla data di costruzione. Harta arată distribuția tuturor sistemelor fotovoltaice sprijinite în contextul sprijinului pentru energia electrică ecologică în zona orașului Viena, completată cu informații privind performanța acestora și data construcției. The map shows the distribution of all photovoltaic systems supported in the context of green electricity support in the city area of Vienna, supplemented by information on their performance and the date of construction. Mapa przedstawia rozkład wszystkich systemów fotowoltaicznych wspieranych w kontekście wsparcia zielonej energii elektrycznej w obszarze miasta Wiedeń, uzupełniony o informacje na temat ich funkcjonowania i daty budowy.

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    European Union Open Data Portal
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    Ir-Regolament (KE) Nru 443/2009 jirrikjedi li l-Istati Membri jirreġistraw l-informazzjoni għal kull karozza ġdida tal-passiġġieri rreġistrata fit-territorju tagħhom. Kull sena, kull Stat Membru għandu jippreżenta lill-Kummissjoni l-informazzjoni kollha relatata mar-reġistrazzjonijiet il-ġodda tiegħu. B’mod partikolari, id-dettalji li ġejjin huma meħtieġa għal kull karozza ġdida tal-passiġġieri rreġistrata: l-isem tal-manifattur, in-numru tal-approvazzjoni tat-tip, it-tip, il-varjant, il-verżjoni, l-għamla u l-isem kummerċjali, l-emissjonijiet speċifiċi tas-CO2, il-massa tal-vettura, il-bażi tar-roti, il-wisa’ tar-roti, il-kapaċità tal-magna, it-tip ta’ fjuwil u l-modalità tal-fjuwil. Tressqet ukoll informazzjoni addizzjonali, bħall-qawwa tal-magna. Id-data għall-EU-28 hija rrappurtata fil-bażi tad-data ewlenija. Le règlement (CE) no 443/2009 impose aux États membres d’enregistrer les informations relatives à chaque voiture particulière neuve immatriculée sur son territoire. Chaque année, chaque État membre communique à la Commission toutes les informations relatives à ses nouveaux enregistrements. En particulier, les informations suivantes sont requises pour chaque voiture particulière neuve immatriculée: nom du constructeur, numéro d’homologation de type, type, variante, version, marque et nom commercial, émissions spécifiques de CO2, masse du véhicule, base de roue, largeur de la voie, capacité du moteur, type de carburant et mode carburant. Des renseignements supplémentaires, tels que la puissance du moteur, ont également été fournis. Les données relatives à l’EU-28 figurent dans la base de données principale. O Regulamento (CE) n.º 443/2009 exige que os Estados-Membros registem as informações relativas a cada automóvel novo de passageiros matriculado no seu território. Todos os anos, cada Estado-Membro apresenta à Comissão todas as informações relativas aos seus novos registos. Em especial, são exigidas as seguintes informações para cada automóvel novo de passageiros matriculado: nome do fabricante, número de homologação, modelo, variante, versão, marca e designação comercial, emissões específicas de CO2, massa do veículo, base das rodas, largura da via, cilindrada do motor, tipo de combustível e modo combustível. Foram também apresentadas informações adicionais, como a potência do motor. Os dados relativos à UE-28 são comunicados na base de dados principal. Ο κανονισμός (ΕΚ) αριθ. 443/2009 απαιτεί από τα κράτη μέλη να καταγράφουν πληροφορίες για κάθε καινούργιο επιβατικό αυτοκίνητο που ταξινομείται στην επικράτειά του. Κάθε κράτος μέλος υποβάλλει κάθε χρόνο στην Επιτροπή όλες τις πληροφορίες που αφορούν τις νέες καταχωρίσεις του. Ειδικότερα, απαιτούνται τα ακόλουθα στοιχεία για κάθε καινούργιο επιβατικό αυτοκίνητο που ταξινομείται: όνομα του κατασκευαστή, αριθμός έγκρισης τύπου, τύπος, παραλλαγή, έκδοση, μάρκα και εμπορική ονομασία, ειδικές εκπομπές CO2, μάζα του οχήματος, μεταξόνιο, πλάτος μετατροχίου, κυβισμός κινητήρα, τύπος καυσίμου και τρόπος λειτουργίας καυσίμου. Υποβλήθηκαν επίσης πρόσθετες πληροφορίες, όπως η ισχύς του κινητήρα. Τα στοιχεία για την ΕΕ-28 αναφέρονται στην κύρια βάση δεδομένων. Reglamente (EB) Nr. 443/2009 reikalaujama, kad valstybės narės registruotų informaciją apie kiekvieną naują jos teritorijoje įregistruotą keleivinį automobilį. Kiekviena valstybė narė kasmet pateikia Komisijai visą informaciją, susijusią su jų naujomis registracijomis. Visų pirma apie kiekvieną užregistruotą naują lengvąjį automobilį reikalaujama pateikti šiuos duomenis: gamintojo pavadinimas, tipo patvirtinimo numeris, tipas, variantas, versija, markė ir komercinis pavadinimas, savitasis išmetamo CO2 kiekis, transporto priemonės masė, ratų bazė, tarpvėžės plotis, variklio darbinis tūris, degalų tipas ir degalų režimas. Taip pat buvo pateikta papildoma informacija, pavyzdžiui, variklio galia. ES 28 duomenys pateikiami pagrindinėje duomenų bazėje. Il regolamento (CE) n. 443/2009 impone agli Stati membri di registrare le informazioni relative a ciascuna autovettura nuova immatricolata nel suo territorio. Ogni anno ciascuno Stato membro presenta alla Commissione tutte le informazioni relative alle nuove registrazioni. In particolare, per ogni autovettura nuova immatricolata sono richiesti i seguenti dettagli: nome del costruttore, numero di omologazione, tipo, variante, versione, marca e denominazione commerciale, emissioni specifiche di CO2, massa del veicolo, interasse, carreggiata, cilindrata, tipo di carburante e modalità carburante. Sono state presentate anche informazioni supplementari, come la potenza del motore. I dati relativi all'UE-28 sono riportati nella banca dati principale. Regulamentul (CE) nr. 443/2009 impune statelor membre să înregistreze informații pentru fiecare autoturism nou înmatriculat pe teritoriul lor. În fiecare an, fiecare stat membru transmite Comisiei toate informațiile referitoare la noile lor înmatriculări. În special, sunt necesare următoarele detalii pentru fiecare autoturism nou înmatriculat: denumirea producătorului, numărul omologării de tip, tipul, varianta, versiunea, marca și denumirea comercială, emisiile specifice de CO2, masa vehiculului, ampatamentul, ecartamentul, capacitatea motorului, tipul de combustibil și modul de alimentare. De asemenea, au fost prezentate informații suplimentare, cum ar fi puterea motorului. Datele pentru UE-28 sunt raportate în baza de date principală. El Reglamento (CE) n.º 443/2009 exige a los Estados miembros que registren la información relativa a cada turismo nuevo matriculado en su territorio. Cada año, cada Estado miembro presentará a la Comisión toda la información relativa a sus nuevos registros. En particular, se requieren los siguientes datos para cada turismo nuevo matriculado: nombre del fabricante, número de homologación de tipo, tipo, variante, versión, marca y denominación comercial, emisiones específicas de CO2, masa del vehículo, base de la rueda, ancho de vía, capacidad del motor, tipo de combustible y modo de combustible. También se presentó información adicional, como la potencia del motor. Los datos relativos a la EU-28 se presentan en la base de datos principal. Регламент (ЕО) № 443/2009 изисква от държавите членки да записват информация за всеки нов лек пътнически автомобил, регистриран на тяхна територия. Всяка година всяка държава членка предоставя на Комисията цялата информация, свързана с новите си регистрации. По-специално за всеки нов регистриран лек пътнически автомобил се изискват следните данни: наименование на производителя, номер на одобрението на типа, тип, вариант, версия, марка и търговско наименование, специфични емисии на CO2, маса на превозното средство, междуосово разстояние, широчина на колеята, обем на двигателя, вид гориво и режим на гориво. Беше предоставена и допълнителна информация, като мощност на двигателя. Данните за ЕС-28 се докладват в основната база данни. Gemäß der Verordnung (EG) Nr. 443/2009 müssen die Mitgliedstaaten für jeden in seinem Hoheitsgebiet zugelassenen neuen Personenkraftwagen Informationen aufzeichnen. Jedes Jahr übermittelt jeder Mitgliedstaat der Kommission alle Informationen über ihre neuen Registrierungen. Insbesondere sind für jeden neuen Personenkraftwagen, der zugelassen ist, folgende Angaben erforderlich: Name des Herstellers, Typgenehmigungsnummer, Typ, Variante, Version, Fabrikmarke und Handelsname, spezifische CO2-Emissionen, Masse des Fahrzeugs, Radfuß, Gleisbreite, Hubraum, Kraftstoffart und Kraftstoffart. Darüber hinaus wurden zusätzliche Informationen wie die Motorleistung vorgelegt. Die Daten für die EU-28 werden in der Hauptdatenbank gemeldet.

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    Ekvivalentinės juodosios anglies matavimai Isproje, Italijoje. Măsurători ale carbonului negru echivalent în Ispra, Italia. Вимірювання еквівалентного чорного вуглецю в Іспрі, Італія. Измервания на еквивалентен черен въглерод в Испра, Италия. Merania ekvivalentného čierneho uhlíka v Ispre, Taliansko. Tomhais de charbón dubh coibhéiseach in Ispra na hIodáile. Metingen van equivalente zwarte koolstof in Ispra, Italië. Mediciones de carbono negro equivalente en Ispra, Italia. Measurements of equivalent black carbon in Ispra, Italy. Pomiary równoważnego czarnego węgla w Ispra we Włoszech.

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    Authors: Geološki zavod Slovenije;

    Les conditions géothermiques souterraines peuvent être présentées, quelle que soit la position des aquifères, avec les cartes géothermiques appropriées. Cette carte montre les profondeurs attendues de l’isotherme de 150 °C et est faite avec les données de 191 forages. D’une certaine manière, c’est l’inverse de ces cartes de température ordinaires montrant la température à certaines profondeurs. Il est réalisé sur la base des températures mesurées dans les forages accessibles dans tout le pays. Cependant, puisque le champ de température dépend de la structure géologique des profondeurs et des caractéristiques tectoniques, le cours des contours résulte de nombreuses influences, telles que la conductivité thermique des roches, la perméabilité et la fracturation des roches, qui se reflètent toutes dans les températures mesurées dans les forages. Cependant, la perméabilité et la fracturation des roches diminuent avec de plus grandes profondeurs, qui sont pour cette carte à l’ouest et au sud et dans certaines parties du nord de la Slovénie assez grandes à cet isotherme. La répartition des forages, qui ont été utiles pour la mesure de la température, est très inégale et différente en ce qui concerne les profondeurs. La carte des profondeurs de l’isotherme à 150 °C montre une anomalie positive dans la partie nord-est de la Slovénie. En raison de la croûte terrestre mince dans la zone et de la chaleur conductrice supérieure du manteau terrestre, il y a des températures plus élevées et donc des profondeurs inversement plus petites à l’isotherme de 150 °C. Las condiciones geotérmicas subterráneas se pueden presentar, independientemente de la posición de los acuíferos, con los mapas geotérmicos apropiados. Este mapa muestra las profundidades esperadas de la isoterma de 150.°C y se realiza con datos de 191 pozos. En cierto modo, es la inversa de esos mapas de temperatura ordinarios que muestran la temperatura a ciertas profundidades. Se hace sobre la base de las temperaturas medidas en pozos accesibles en todo el país. Sin embargo, dado que el campo de temperatura depende de la estructura geológica en las profundidades y características tectónicas, el curso de los contornos resulta de muchas influencias, como la conductividad térmica de las rocas, la permeabilidad y la fracturación de las rocas, todas las cuales se reflejan en las temperaturas medidas en pozos. Sin embargo, la permeabilidad y la fracturación de las rocas disminuyen con mayores profundidades, que son para este mapa en el oeste y sur y en partes del norte de Eslovenia bastante grandes para esta isoterma. La distribución de pozos, que fueron útiles para la medición de la temperatura, es muy desigual y diferente en cuanto a las profundidades. El mapa de profundidades a 150.°C de la isoterma muestra una anomalía positiva en la parte noreste de Eslovenia. Como resultado de la delgada corteza terrestre en el área y el mayor flujo de calor conductor desde el manto de la Tierra, hay temperaturas más altas y, por lo tanto, son profundidades inversamente más pequeñas a la isoterma de 150.°C. Le condizioni geotermiche sotterranee possono essere presentate, indipendentemente dalla posizione delle falde acquifere, con le mappe geotermiche appropriate. Questa mappa mostra le profondità previste dell'isoterma di 150ºC ed è fatta con i dati di 191 fori. In un certo senso, è l'inverso di quelle normali mappe di temperatura che mostrano la temperatura a determinate profondità. È realizzato sulla base delle temperature misurate nei pozzi accessibili in tutto il paese. Tuttavia, poiché il campo di temperatura dipende dalla struttura geologica nelle profondità e nelle caratteristiche tettoniche, il corso dei contorni risulta da molte influenze, come la conducibilità termica delle rocce, la permeabilità e la fratturazione delle rocce, che si riflettono tutte nelle temperature misurate nei fori. Tuttavia, la permeabilità e la fratturazione delle rocce diminuiscono con maggiori profondità, che sono per questa mappa a ovest e a sud e in alcune parti della Slovenia settentrionale abbastanza grande per questa isoterma. La distribuzione dei pozzi, utili per la misurazione della temperatura, è molto irregolare e diversa per quanto riguarda le profondità. La mappa di profondità a 150ºC isoterma mostra un'anomalia positiva nella parte nord-orientale della Slovenia. Come risultato della sottile crosta terrestre nell'area e del flusso di calore conduttivo superiore dal mantello terrestre, ci sono temperature più elevate e quindi sono inversamente più piccole profondità all'isoterma di 150ºC. Is féidir na coinníollacha geoiteirmeach faoi thalamh a chur i láthair, beag beann ar sheasamh na n-uiscíoch, leis na léarscáileanna geoiteirmeach cuí. Taispeánann an léarscáil seo doimhneacht mheasta an isotherm 150 °C agus déantar é le sonraí ó 191 tollpholl. Ar bhealach, is é inbhéartach na léarscáileanna teochta gnáth sin a thaispeánann an teocht ag doimhneacht áirithe. Déantar é ar bhonn teochtaí tomhaiste i dtollphoill inrochtana ar fud na tíre. Mar sin féin, ós rud é go mbraitheann an réimse teochta ar an struchtúr geolaíochta sna doimhneachtaí agus na saintréithe teicteonacha, bíonn tionchar ag go leor tionchair ar chúrsa na gcomhrianta, mar shampla seoltacht teirmeach carraigeacha, tréscaoilteacht agus briseadh carraigeacha, gach ceann acu le feiceáil sna teochtaí tomhaiste i dtollphoill. Mar sin féin, laghdaíonn tréscaoilteacht agus briseadh carraigeacha le doimhneacht níos mó, atá don léarscáil seo san iarthar agus sa deisceart agus i gcodanna de thuaisceart na Slóivéine atá an-mhór leis an máthair seo. Tá dáileadh tollphoill, a bhí úsáideach chun teocht a thomhas, an-míchothrom, agus difriúil maidir leis an doimhneacht. Taispeánann an léarscáil doimhneachta go 150 °C isotherm aimhrialtacht dhearfach i gcuid oirthuaisceart na Slóivéine. Mar thoradh ar screamh tanaí an Domhain sa cheantar agus sreabhadh teasa seoltaí níos airde ó chochaill an Domhain, tá teochtaí níos airde ann agus dá bhrí sin tá doimhneachtaí níos lú inbhéartach leis an isotherm de 150 °C. Οι υπόγειες γεωθερμικές συνθήκες μπορούν να παρουσιαστούν, ανεξάρτητα από τη θέση των υδροφόρων οριζόντων, με τους κατάλληλους γεωθερμικούς χάρτες. Αυτός ο χάρτης δείχνει τα αναμενόμενα βάθη της ισοθερμίας των 150 °C και γίνεται με δεδομένα από 191 γεωτρήσεις. Κατά κάποιο τρόπο, είναι το αντίστροφο αυτών των συνηθισμένων χαρτών θερμοκρασίας που δείχνουν τη θερμοκρασία σε ορισμένα βάθη. Γίνεται με βάση τις μετρημένες θερμοκρασίες σε προσιτές γεωτρήσεις σε όλη τη χώρα. Ωστόσο, δεδομένου ότι το πεδίο θερμοκρασίας εξαρτάται από τη γεωλογική δομή στα βάθη και τα τεκτονικά χαρακτηριστικά, η πορεία των περιγραμμάτων αποτελεσμάτων πολλών επιρροών, όπως η θερμική αγωγιμότητα των πετρωμάτων, η διαπερατότητα και η ρωγμάτωση των πετρωμάτων, τα οποία αντικατοπτρίζονται στις μετρούμενες θερμοκρασίες στις γεωτρήσεις. Ωστόσο, η διαπερατότητα και η ρωγμή των βράχων μειώνεται με μεγαλύτερα βάθη, τα οποία είναι για αυτόν τον χάρτη στα δυτικά και νότια και σε τμήματα της βόρειας Σλοβενίας αρκετά μεγάλη σε αυτή την ισοθερμία. Η κατανομή των γεωτρήσεων, οι οποίες ήταν χρήσιμες για τη μέτρηση της θερμοκρασίας, είναι πολύ άνιση και διαφορετική όσον αφορά τα βάθη. Ο χάρτης των βάθους στους 150 °C δείχνει μια θετική ανωμαλία στο βορειοανατολικό τμήμα της Σλοβενίας. Ως αποτέλεσμα του λεπτού φλοιού της Γης στην περιοχή και της υψηλότερης αγώγιμης ροής θερμότητας από τον μανδύα της Γης, υπάρχουν υψηλότερες θερμοκρασίες και έτσι είναι αντιστρόφως μικρότερα βάθη στην ισοθερμία των 150 °C. Die unterirdischen Geothermiebedingungen können unabhängig von der Lage der Grundwasserleiter mit den entsprechenden geothermischen Karten dargestellt werden. Diese Karte zeigt die erwarteten Tiefen der Isotherme von 150 °C und wird mit Daten von 191 Bohrlöchern erstellt. In gewisser Weise ist es das Gegenteil dieser gewöhnlichen Temperaturkarten, die die Temperatur in bestimmten Tiefen zeigen. Es wird auf der Grundlage der gemessenen Temperaturen in zugänglichen Bohrlöchern im ganzen Land hergestellt. Da das Temperaturfeld jedoch von der geologischen Struktur in den Tiefen und tektonischen Eigenschaften abhängt, ergibt sich der Verlauf der Konturen vieler Einflüsse, wie z. B. Wärmeleitfähigkeit von Gesteinen, Durchlässigkeit und Zerbrechung von Gesteinen, die sich alle in den gemessenen Temperaturen in Bohrlöchern widerspiegeln. Allerdings nimmt die Durchlässigkeit und Zerbrechung der Gesteine mit größeren Tiefen ab, die für diese Karte im Westen und Süden und in Teilen Nordsloweniens ziemlich groß zu dieser isotherm sind. Die Verteilung der Bohrlöcher, die für die Messung der Temperatur nützlich waren, ist sehr ungleichmäßig und in Bezug auf die Tiefen unterschiedlich. Die Tiefenkarte bis 150 °C isotherm zeigt eine positive Anomalie im Nordosten Sloweniens. Aufgrund der dünnen Erdkruste im Gebiet und des höheren leitfähigen Wärmeflusses aus dem Erdmantel gibt es höhere Temperaturen und somit umgekehrt kleinere Tiefen zur Isotherme von 150 °C. De ondergrondse geothermische omstandigheden kunnen, ongeacht de positie van de aquifers, worden gepresenteerd met de juiste geothermische kaarten. Deze kaart toont de verwachte diepten van de isotherm van 150 °C en is gemaakt met gegevens van 191 boorgaten. In zekere zin is het de omgekeerde van die gewone temperatuurkaarten die de temperatuur op bepaalde diepten tonen. Het wordt gemaakt op basis van gemeten temperaturen in toegankelijke boorgaten in het hele land. Aangezien het temperatuurveld echter afhankelijk is van de geologische structuur in de diepten en tektonische kenmerken, resulteert het verloop van contouren van vele invloeden, zoals thermische geleidbaarheid van gesteenten, doorlaatbaarheid en fracturing van rotsen, die allemaal worden weerspiegeld in de gemeten temperaturen in boorgaten. De doordringbaarheid en breuk van rotsen neemt echter af met grotere diepten, die voor deze kaart in het westen en zuiden en in delen van Noord-Slovenie vrij groot zijn voor deze isotherme. De verdeling van boorgaten, die nuttig waren voor de meting van de temperatuur, is zeer ongelijk, en verschillend met betrekking tot de diepten. De kaart van dieptes tot 150 °C isotherm toont een positieve anomalie in het noordoosten van Slovenië. Als gevolg van dunne aardkorst in het gebied en de hogere geleidende warmtestroom uit de mantel van de aarde, zijn er hogere temperaturen en dus omgekeerd kleinere diepten naar de isotherm van 150 °C. Condițiile geotermale subterane pot fi prezentate, indiferent de poziția acviferelor, cu hărți geotermale corespunzătoare. Această hartă arată adâncimile așteptate ale izotermei de 150 °C și este realizată cu date de la 191 de găuri de foraj. Într-un fel, este inversul acelor hărți de temperatură obișnuite care arată temperatura la anumite adâncimi. Se face pe baza temperaturilor măsurate în găurile de foraj accesibile în întreaga țară. Cu toate acestea, deoarece câmpul de temperatură depinde de structura geologică în adâncimi și caracteristici tectonice, cursul contururilor rezultă din multe influențe, cum ar fi conductivitatea termică a rocilor, permeabilitatea și fracturarea rocilor, toate reflectate în temperaturile măsurate în găurile de foraj. Cu toate acestea, permeabilitatea și fracturarea rocilor scad cu adâncimi mai mari, care sunt pentru această hartă în vest și sud și în părți din nordul Sloveniei destul de mari pentru acest izoterm. Distribuția găurilor de foraj, care au fost utile pentru măsurarea temperaturii, este foarte inegală și diferită în ceea ce privește adâncimile. Harta adâncimilor la 150 °C izotermă arată o anomalie pozitivă în partea de nord-est a Sloveniei. Ca urmare a scoarței subtiri a Pământului în zonă și a fluxului mai mare de căldură conductivă din mantaua Pământului, există temperaturi mai ridicate și, prin urmare, sunt adâncimi invers mai mici la izoterma de 150 °C. Подземните геотермални условия могат да бъдат представени, независимо от местоположението на водоносните хоризонти, с подходящи геотермални карти. Тази карта показва очакваните дълбочини на изотермата от 150 °C и е направена с данни от 191 сондажи. В известен смисъл, това е обратното на тези обикновени температурни карти, показващи температурата на определени дълбочини. Тя се извършва на базата на измерени температури в достъпни сондажи в цялата страна. Въпреки това, тъй като температурното поле зависи от геоложката структура в дълбочините и тектоничните характеристики, протичането на контурите е резултат от много влияния, като топлопроводимост на скалите, пропускливост и разбиване на скали, всички от които се отразяват в измерените температури в сондажите. Въпреки това, пропускливостта и раздробяването на скалите намаляват с по-големи дълбочини, които са за тази карта на запад и юг и в части от северна Словения са доста големи за тази изотерма. Разпределението на сондажите, които са били полезни за измерване на температурата, е много неравномерно и различно по отношение на дълбочините. Картата на дълбочините до 150 °C показва положителна аномалия в североизточната част на Словения. В резултат на тънката земната кора в района и по-високия проводящ топлинен поток от земната мантия, има по-високи температури и по този начин са обратно по-малки дълбочини до изотермията от 150 °C. Podziemne warunki geotermalne mogą być przedstawione, niezależnie od położenia warstw wodonośnych, z odpowiednimi mapami geotermalnymi. Mapa ta pokazuje oczekiwaną głębokość izotermy 150 °C i jest wykonana z danych z 191 odwiertów. W pewnym sensie jest to odwrotność tych zwykłych map temperatury pokazujących temperaturę na określonych głębokościach. Jest on wykonany na podstawie zmierzonych temperatur w dostępnych otworach w całym kraju. Ponieważ jednak pole temperatury zależy od struktury geologicznej w głębokościach i właściwościach tektonicznych, przebieg konturów wynika z wielu czynników, takich jak przewodność cieplna skał, przepuszczalność i szczelinowanie skał, z których wszystkie znajdują odzwierciedlenie w zmierzonych temperaturach w otworach. Jednak przepuszczalność i szczelinowanie skał zmniejsza się wraz z większymi głębokościami, które są dla tej mapy na zachodzie i południu oraz w częściach północnej Słowenii dość wielkie do tej izotermii. Rozkład odwiertów, które były przydatne do pomiaru temperatury, jest bardzo nierówny i różni się pod względem głębokości. Mapa głębokości do izotermii 150 °C pokazuje pozytywną anomalię w północno-wschodniej części Słowenii. W wyniku cienkiej skorupy ziemskiej w okolicy i wyższego przepływu ciepła przewodzącego z płaszcza ziemskiego, istnieją wyższe temperatury i tym samym są odwrotnie mniejsze głębokości do izotermy 150 °C.

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    Kejl ta’ CO2 fis-siegħa għal Carnsore Point għas-sena 2019 Netwerk dwar il-Kimika u t-Tibdil fil-Klima (AC3) Kodiċi istazzjon: CRP Stazzjon:Il-Punt ta’ Carnsore (CRP) KATEGORIJA TA’ OSSERVAZZJONI:Osservazzjoni tat-teħid ta’ kampjuni tal-arja fi pjattaforma Stazzjonarja PAJJIŻ/TERRITORJU: L-Irlanda Koordinati: 52° 10′ N, 6° 21′ W L-għoli tal-kejl: 14 m AGL ALTITUDNI:9 m asl LATITUDNI: 52.18 N LONĠITUDNI: —6.37 E TIP TA’ SIT: sfond rurali STRUMENTAZZJONI: PICARRO G1301 FIRXA TA’ DEJTA: CO2 SKALA TA’ KEJL: GĦAD IRID JIĠI KKONFERMAT PERJODU TA’ KOPERTURA: 2019–01–01 00:00 2019–12–31 23:59 INTERVALL TA’ ĦIN: kull siegħa UNITÀ TA’ KEJL: nmol.mol-√ METODU TA’ KEJL: Spettrometru tat-ringdown tal-kavità (l-istrument ICOS Id 42) TIP TA’ PRODOTT TA’ DEJTA: L1 TIP TA’ TEĦID TA’ KAMPJUNI: kontinwu POLITIKA DWAR ID-DEJTA: Id-DATA tal-ICOs hija liċenzjata taħt liċenzja internazzjonali ta’ Creative Commons Attribution 4.0 (http://creativecommons.org/licenses/by/4.0/.The: Il-liċenzja tad-data ICOS hija deskritta fuq https://data.icos-cp.eu/licence Почасови измервания на CO2 за Carnsore Point за 2019 г. Мрежа за химия на атмосферата и изменение на климата (AC3) Код на станцията: CRP Станция: Carnsore Point (CRP) КАТЕГОРИЯ НА НАБЛЮДЕНИЕ: Наблюдение на вземането на проби от въздуха на стационарна платформа ДЪРЖАВА/ТЕРИТОРИЯ: Ирландия Координати: 52° 10′ С.Ш., 6° 21′ З.Д. Височина на измерване: 14 m AGL ВИСОЧИНА: 9 m asl ГЕОГРАФСКА ШИРИНА: 52.18 N ДЪЛЖИНА: —6.37 Д ТИП НА САЙТА: произход на селските райони ИНСТРУМЕНТАЛНА АПАРАТУРА: PICARRO G1301 ОБХВАТ НА ДАННИТЕ: CO2 ИЗМЕРВАТЕЛНА СКАЛА: ОЧАКВА СЕ ПОТВЪРЖДЕНИЕ ОБХВАЩАЩ ПЕРИОД: 2019—01—01 00:00 2019—12—31 23:59 ВРЕМЕВИ ИНТЕРВАЛ: почасово МЕРНА ЕДИНИЦА: nmol.mol-Ω МЕТОД НА ИЗМЕРВАНЕ: Спектрометър за пръстен на кухината (ICOS инструмент Id 42) ТИП НА ПРОДУКТА: L1 ТИП НА ВЗЕМАНЕ НА ПРОБИ: непрекъснато ПОЛИТИКА ЗА ДАННИТЕ: ICOs DATA е лицензирана под международен лиценз Creative Commons Attribution 4.0 (http://creativecommons.org/licenses/by/4.0/.The Лицензът за данни на ICOS е описан на https://data.icos-cp.eu/licence Погодинний вимірювання CO2 для Carnsore Point за 2019 рік Хімія атмосфери та мережа змін клімату (AC3) Код станції: СТВОРЕННЯ CRP Станція метро:Карнсор Пойнт (CRP) КАТЕГОРІЯ СПОСТЕРЕЖЕННЯ:Спостереження за відбором повітря на стаціонарній платформі КРАЇНА/ТЕРИТОРІЯ: Україна - Україна Географічні координати міста: 52 ° 10′ N, 6° 21′ ВТ Висота вимірювання: 14 м AGL ВИСОТА ПІДЙОМУ:9 м ас. ШИРОТА ШИРОТИ: 52.18 N ДОВГОТА: -6.37 Е ТИП САЙТУ: сільський фон ВИМІРЮВАЛЬНІ ПРИЛАДИ: ПІКАРРО G1301 ДІАПАЗОН ДАНИХ:СО2 СО2 ШКАЛА ВИМІРЮВАННЯ: TBC / TBC ПЕРІОД ПОКРИТТЯ: 2019-01-01 00:00 2019-12-31 23:59 ІНТЕРВАЛ ЧАСУ: час від часу ОДИНИЦЯ ВИМІРЮВАННЯ: nmol.mol-. СПОСІБ ВИМІРЮВАННЯ: Порожнинний кільцевий спектрометр (ІКОС прилад Id 42) ТИП ПРОДУКТУ ДАНИХ: L1 (АНГЛ.) ТИП ВІДБОРУ ПРОБ: безперервний безперервний ПОЛІТИКА ЩОДО ДАНИХ: ICOs DATA ліцензовано за міжнародною ліцензією Creative Commons Attribution 4.0 (http://creativecommons.org/licenses/by/4.0/.The ліцензія на дані ICOS описана в https://data.icos-cp.eu/licence Mediciones horarias de CO2 para Carnsore Point para el año 2019 Red de Química y Cambio Climático de la Atmósfera (AC3) Código de estación: CRP De la estación: Punto Carnsore (CRP) CATEGORÍA DE OBSERVACIÓN: Observación de muestreo de aire en una plataforma estacionaria PAÍS/TERRITORIO: Irlanda Coordenadas: 52.º 10′ N, 6.º 21′ O Altura de medición: 14 m AGL ALTURA: 9 m asl LA LATITUD: 52.18 N LONGITUD: —6.37 E TIPO DE SITIO: fondo rural INSTRUMENTACIÓN: PICARRO G1301 RANGO DE DATOS: CO2 ESCALA DE MEDICIÓN: PENDIENTE DE CONFIRMACIÓN PERÍODO DE COBERTURA: 2019-01-01 00:00 2019-12-31 23:59 INTERVALO DE TIEMPO: por hora UNIDAD DE MEDIDA: nmol.mol... MÉTODO DE MEDICIÓN: Espectrómetro de anillo de cavidad (instrumentoICOS Id 42) TIPO DE PRODUCTO DE DATOS: L1 TIPO DE MUESTREO: continuo POLÍTICA DE DATOS: ICOs DATA está licenciado bajo una licencia internacional Creative Commons Attribution 4.0 (http://creativecommons.org/licenses/by/4.0/.The La licencia de datos ICOS se describe en https://data.icos-cp.eu/licence Godzinowe pomiary CO2 dla Carnsore Point za rok 2019 Sieć Chemii i Zmian Klimatu (AC3) Kod stacji: CRP Miejsca na pobyt w pobliżu:Restauracje w pobliżu Carnsore Point (CRP) KATEGORIA OBSERWACJI:Obserwacja pobierania próbek powietrza na platformie stacjonarnej KRAJ/TERYTORIUM: Irlandia Współrzędne: 52° 10′ N, 6° 21′ W Wysokość pomiaru: 14 m AGL WYSOKOŚĆ:9 m n.p.m. SZEROKOŚĆ GEOGRAFICZNA: 52.18 N DŁUGOŚĆ GEOGRAFICZNA: —6.37 E TYP STRONY: tło wiejskie OPRZYRZĄDOWANIE: PICARRO G1301 ZAKRES DANYCH: CO2 SKALA POMIAROWA: DO POTWIERDZENIA OKRES OBEJMUJĄCY: 2019-01-01 00:00 2019-12-31 23:59 PRZEDZIAŁ CZASOWY: godzina JEDNOSTKA MIARY: nmol.mol- wyd. METODA POMIARU: Spektrometr pierścieniowy wnęki (instrument ICOS Id 42) DANE TYPU PRODUKTU: L1 TYP POBIERANIA PRÓBEK: ciągły POLITYKA DANYCH: ICOS DATA jest licencjonowany na licencji międzynarodowej Creative Commons Uznanie autorstwa 4.0 (http://creativecommons.org/licenses/by/4.0/.The licencja na dane ICOS jest opisana na stronie https://data.icos-cp.eu/licence Stundas CO2 mērījumi Carnsore Point 2019. gadam Atmosfēras ķīmijas un klimata pārmaiņu tīkls (AC3) Stacijas kods: CRP Atrašanās vieta: Carnsore Point (CRP) NOVĒROŠANAS KATEGORIJA: Gaisa paraugu ņemšanas novērošana stacionārā platformā VALSTS/TERITORIJA: Īrija Koordinātas: 52° 10′ ZIEMEĻU PLATUMA, 6° 21′ RIETUMU GARUMA, Mērīšanas augstums: 14 m AGL AUGSTUMS VIRS JŪRAS LĪMEŅA: 9 m asl PLATUMS: 52.18 N GARUMS: —6.37 E VIETNES TIPS: lauku vide INSTRUMENTI: PICARRO G1301 DATU DIAPAZONS: CO2 CO2 MĒRĪJUMU SKALA: VĒL JĀAPSTIPRINA APTVER PERIODU: 2019–01–01 00:00 2019–12–31 23:59 LAIKA INTERVĀLS: stundas laikā MĒRVIENĪBA: nmol.mol— MĒRĪŠANAS METODE: Spektrometrs dobumā (ICOS instruments Id 42) DATU PRODUKTA VEIDS: L1 L1 PARAUGU ŅEMŠANAS VEIDS: nepārtraukta nepārtraukta darbība DATU POLITIKA: ICOS DATA ir licencēta saskaņā ar Creative Commons Attribution 4.0 starptautisko licenci (http://creativecommons.org/licenses/by/4.0/.The ICOS datu licence ir aprakstīta tīmekļa vietnē https://data.icos-cp.eu/licence Mesures horaires de CO2 pour Carnsore Point pour l’année 2019 Réseau de chimie de l’atmosphère et du changement climatique (AC3) Code de la station: CRP Station:Carnsore Point (CRP) CATÉGORIE D’OBSERVATION:Observation d’échantillonnage d’air sur une plate-forme stationnaire PAYS/TERRITOIRE: Irlande Coordonnées: 52° 10′ N, 6° 21′ O Hauteur de mesure: 14 m AGL ALTITUDE:9 m asl LATITUDE: 52.18 N LONGITUDE: —6.37 E TYPE DE SITE: milieu rural INSTRUMENTATION: PICARRO G1301 PLAGE DE DONNÉES:CO2 ÉCHELLE DE MESURE: À CONFIRMER PÉRIODE DE COUVERTURE: 2019-01-01 00:00 2019-12-31 23:59 INTERVALLE DE TEMPS: heure par heure UNITÉ DE MESURE: nmol.mol-’ MÉTHODE DE MESURE: Spectromètre d’anneau de cavité (instrument ICOS Id 42) TYPE DE PRODUIT DE DONNÉES: L1 TYPE D’ÉCHANTILLONNAGE: continu POLITIQUE DES DONNÉES: ICOs DATA est sous licence Creative Commons Attribution 4.0 (http://creativecommons.org/licenses/by/4.0/.The la licence de données ICOS est décrite à l’adresse https://data.icos-cp.eu/licence Misurazioni orarie di CO2 per Carnsore Point per l'anno 2019 Clima Chimica e Climate Change Network (AC3) Codice della stazione: CRP Stazione:Mappa di Carnsore Point (CRP) CATEGORIA DI OSSERVAZIONE:Osservazione del campionamento dell'aria su una piattaforma stazionaria PAESE/TERRITORIO: Irlanda Le coordinate: 52º 10′ N, 6º 21′ O Altezza di misura: 14 m AGL ALTITUDINE:9 m slm LATITUDINE: 52.18 N LONGITUDINE: —6.37 E TIPO DI SITO: fondo rurale STRUMENTAZIONE: PICARRO G1301 GAMMA DI DATI: CO2 SCALA DI MISURA: TBC PERIODO DI COPERTURA: 2019-01-01 00:00 2019-12-31 23:59 INTERVALLO DI TEMPO: ogni ora UNITÀ DI MISURA: nmol.mol— METODO DI MISURAZIONE: Spettrometro dell'anello della cavità (ICOS strumento Id 42) TIPO DI PRODOTTO: L1 TIPO DI CAMPIONAMENTO: continuo POLITICA DEI DATI: ICOs DATA è concesso sotto licenza Creative Commons Attribuzione 4.0 internazionale (http://creativecommons.org/licenses/by/4.0/.The ICOS licenza dati è descritto all'indirizzo https://data.icos-cp.eu/licence Urne meritve CO2 za Carnsore Point za leto 2019 Mreža za kemijo in podnebne spremembe v atmosferi (AC3) Koda postaje: CRP Strani, ki se povezujejo na: Carnsore Point (CRP) KATEGORIJA OPAZOVANJA: Opazovanje vzorčenja zraka na nepremični ploščadi DRŽAVA/OZEMLJE:Irska Koordinate: 52° 10′ S, 6° 21′ Z Višina merjenja:14 m AGL NADMORSKA VIŠINA: 9 m asl ZEMLJEPISNA ŠIRINA: 52.18 N DOLŽINA:—6.37 E VRSTA MESTA: podeželsko ozadje INSTRUMENTI: PICARRO G1301 PODATKOVNI RAZPON: CO2 MERILNA LESTVICA: ŠE NI POTRJENO OBDOBJE, KI ZAJEMA: 2019–01–01 00:00 2019–12–31 23:59 ČASOVNI INTERVAL: urno MERSKA ENOTA: nmol.mol-referenčni MERILNA METODA: Merilni spektrometer v votlini (ICOS instrument Id 42) VRSTA PODATKOVNEGA IZDELKA: L1 TIP VZORČENJA: neprekinjeno POLITIKA PODATKOV: Podatki ICOs so licencirani na podlagi mednarodne licence Creative Commons Priznanje avtorstva 4.0 (http://creativecommons.org/licenses/by/4.0/.The licenca za podatke ICOS je opisana na https://data.icos-cp.eu/licence Medições horárias de CO2 para Carnsore Point para o ano 2019 Rede de Química da Atmosfera e Alterações Climáticas (AC3) Código da estação: RIC Estação: Carnsore Point (CRP) CATEGORIA DE OBSERVAÇÃO: Observação da amostragem do ar numa plataforma estacionária PAÍS/TERRITÓRIO: Irlanda Coordenadas: 52.º 10′ N, 6.º 21′ W Altura da medição: 14 milhões de AGL ALTITUDE: 9 m de argila LATITUDE: 52.18 N LONGITUDE: —6.37 E TIPO DE SÍTIO: contexto rural INSTRUMENTAÇÃO: PICARRO G1301 GAMA DE DADOS: CO2 ESCALA DE MEDIÇÃO: A CONFIRMAR PERÍODO DE COBERTURA: 2019-01-01 00:00 2019-12-31 23:59 INTERVALO DE TEMPO: horário UNIDADE DE MEDIDA: nmol.mol— MÉTODO DE MEDIÇÃO: Cavidade ringdown Spectrometer (ICOS instrumento Id 42) TIPO DE PRODUTO DE DADOS: L1 TIPO DE AMOSTRAGEM: contínuo POLÍTICA DE DADOS: ICOs DATA é licenciado sob uma licença Creative Commons Atribuição 4.0 internacional (http://creativecommons.org/licenses/by/4.0/.The licença de dados ICOS é descrita em https://data.icos-cp.eu/licence

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    Le service des énergies renouvelables du WFS représente les installations des énergies renouvelables biomasse, photovoltaïque en plein air, hydroélectrique et éolienne. En outre, les installations de gaz d’épuration des eaux usées, de gaz de décharge et de gaz de mine sont représentées, mais qui ne font pas strictement partie des énergies renouvelables, mais contribuent également dans une large mesure à la protection du climat. L-Enerġija Rinnovabbli tad-WFS-Servizz tirrappreżenta l-impjanti tal-bijomassa tal-enerġiji rinnovabbli, il-fotovoltajċi bi pjan miftuħ, l-idroenerġija u l-enerġija mir-riħ. Barra minn hekk, l-impjanti tal-gass tad-drenaġġ, tal-gass tal-miżbliet u tal-gass tal-fossa huma ppreżentati, iżda li strettament ma jappartjenux għall-enerġiji rinnovabbli, iżda jikkontribwixxu wkoll b’mod sinifikanti għall-protezzjoni tal-klima. Το WFS-Service Renewable Energies αντιπροσωπεύει τις μονάδες βιομάζας ανανεώσιμων πηγών ενέργειας, φωτοβολταϊκών ανοιχτού σχεδίου, υδροηλεκτρικής ενέργειας και αιολικής ενέργειας. Επιπλέον, παρουσιάζονται οι μονάδες αερίου αποχέτευσης, αερίου υγειονομικής ταφής και φυσικού αερίου λάκκων, οι οποίες όμως αυστηρά δεν ανήκουν σε ανανεώσιμες πηγές ενέργειας, αλλά συμβάλλουν σημαντικά στην προστασία του κλίματος. Energia regenerabilă WFS-Service reprezintă centralele de biomasă a energiilor regenerabile, energia fotovoltaică în plan deschis, energia hidroelectrică și energia eoliană. În plus, sunt prezentate instalațiile de gaz de canalizare, gaz de depozit și gaz de groapă, dar care nu aparțin în mod strict energiilor regenerabile, dar contribuie, de asemenea, în mod semnificativ la protecția climei. WFS-Service Renewable Energies представлява централите на биомаса от възобновяеми енергийни източници, фотоволтаици с отворен план, водноелектрическа и вятърна енергия. Освен това са представени инсталациите за отпадъчни газове, сметищен газ и газ от ями, но които стриктно не принадлежат към възобновяемите енергийни източници, но също така допринасят значително за опазването на климата. WFS-Service Renewable Energies (WFS-Service Renewable Energies) predstavlja postrojenja za biomasu iz obnovljivih izvora, fotonaponsku energiju otvorenog plana, hidroenergiju i energiju vjetra. Osim toga, predstavljena su postrojenja kanalizacijskog plina, odlagališnog plina i plina iz jame, ali koja strogo ne pripadaju obnovljivim izvorima energije, već znatno doprinose zaštiti klime. El WFS-Service Renewable Energies representa las plantas de biomasa de energías renovables, fotovoltaica de planta abierta, energía hidroeléctrica y eólica. Además, se presentan las plantas de gas de alcantarillado, gas de vertedero y gas de pozo, pero que estrictamente no pertenecen a las energías renovables, sino que también contribuyen significativamente a la protección del clima. Spoločnosť WFS-Service Renewable Energies reprezentuje elektrárne využívajúce biomasu z obnoviteľných zdrojov, fotovoltiku s otvoreným povrchom, vodnú energiu a veternú energiu. Okrem toho sú prezentované čistiarne splaškového plynu, skládkového plynu a pitného plynu, ktoré však striktne nepatria k obnoviteľným energiám, ale tiež významne prispievajú k ochrane klímy. A WFS-Service Renewable Energies representa as usinas de biomassa de energias renováveis, fotovoltaica em plano aberto, energia hidroelétrica e eólica. Além disso, as usinas de gás de esgoto, gás de aterro e gás de poços são apresentadas, mas que não pertencem estritamente às energias renováveis, mas também contribuem significativamente para a proteção do clima. De WFS-Service Renewable Energies vertegenwoordigt de centrales van hernieuwbare energie biomassa, open-plan fotovoltaïsche energie, waterkracht en windenergie. Daarnaast worden de installaties van rioolgas, stortgas en putgas gepresenteerd, maar die strikt niet tot hernieuwbare energie behoren, maar ook aanzienlijk bijdragen aan de bescherming van het klimaat.

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    This dataset entails various structural material data that was used to provide additional evidence for arguments presented in publication "Deposition of Sn-Zr-Se precursor by thermal evaporation and PLD for the synthesis of SnZrSe3 thin films". Mainly data consists of: SEM, XRD, Raman, Auger and TGA raw data. Summary of results is provided in Extended_data.pdf file

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    ZENODO
    Dataset . 2023
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    Integrierte Prioritätenkarte der „Klimaregulierung“ zur Verbesserung der „Klimaverordnung“, wie im Bericht beschrieben. Die Rasterkarte ergibt einen Wert, der sich aus der Summe der Werte der zugrunde liegenden Kriterienkarten ergibt, d. h. Wärmeinseleffekt und Kohlenstoffspeicherung. Dieser Betrag wurde erneut auf eine Punktzahl von 1 bis 5 reduziert. Die Bereiche mit einer Höchstpunktzahl von 5 zeigen die größten Dekorationsgewinne im Rahmen des Themas Klimaregulierung. Die städtischen Gebiete sind deutlich sichtbar. Für die Klimaregulierung gibt es klare Prioritäten. Die Bodenhärterung hat erhebliche Auswirkungen auf das Klima, sowohl auf lokaler als auch auf globaler Ebene. Durch die Entfärbung von Böden können wieder Kohlenstoffsenken entstehen. Diese integrierte Klimaregulierungskarte trägt zum Layout der letzten Eintrittskarte für die Haarentfernung bei (https://www.vlaanderen.be/datavindplaats/catalogus/kansenkaart-onthardingswinst) bei. Um den Härtegrad effizient und wirksam zu verringern, ist es wichtig, einen Überblick über die Standorte zu haben, die am wahrscheinlichsten zur Bodenräumung führen. Um zu ermitteln, wo die Enthaarung höchstwahrscheinlich am vielversprechendsten ist, wurde die Karte entwickelt, um die Verwitterungschancen (und den Ausgleichsrahmen) zu verbessern. Aus den „Integrated CleaningPriority Maps“ – einschließlich dieser Klima-Regulierungskarte – geht nach Parametern hervor, ob ein gepflasteter Standort erhebliche oder geringe Auswirkungen auf die Umwelt hat und somit eine hohe oder geringe Priorität bei der Freigabe hat. Weitere Informationen über die Erstellung aller Prioritäts- und Opportunitätskarten und die endgültige Kombination bis zur endgültigen Änderungskarte finden Sie im Abschlussbericht der vom Umweltministerium in Auftrag gegebenen Studie: https://researchportal.be/nl/publicatie/onthardingswinst-afwegingskader-en-kansenkaart-deel-1 Deze dataset bevat de digitale vectoriële versie van alle planelementen - van het type grondvlakken - van de algemene plannen van aanleg. Een planelement is een object waarmee de betrokken overheid het toepassingsgebied van (een deel van) de ruimtelijke optie die zij heeft genomen aan de hand van bepaalde stedenbouwkundige voorschriften, weergeeft op het grafische plan, als zij dat nodig acht. Dit object is conceptueel altijd te herleiden tot een vlak, lijn of punt, waaraan een zeker legendesymbool is toegekend. Om de koppeling te garanderen tussen een “locatie” en de “volledige set van voorschriften die gelden op die locatie”, is het nodig een plan te ontrafelen in enkele complementaire geodatalagen in vectorformaat. Zo bekomen we een eenduidige koppeling tussen voorschriftteksten en hun bijhorende planelementen. Grondvlakvoorschriften zullen in de praktijk altijd aan een vlakvormig planelement gekoppeld worden dat op zijn beurt een vlakvullend legendesymbool ontvangt, m.a.w. een dekkende symboliek. Dit soort voorschriften kan zowel een vervangend als een aanvullend karakter vertonen ten opzicht van andere voorschriften, afhankelijk van de geldende decretale marges betreffende subsidiariteit, hiërarchie van de plannen, en de overgang van de plannen van de oude wetgeving naar de nieuwe. Bovenop de grondvlakken van het plan kunnen andersoortige planelementen gelegd worden. Deze worden ingedeeld volgens geometrie: vlakken, lijnen, punten en volgens de geometrische nauwkeurigheid van de planelementen (geometrisch nauwkeurig te bepalen of bij wijze van aanduiding). De planelementen zijn in deze dataset beschikbaar voor zover ze al zijn opgeladen door het betreffende gemeentebestuur, dat eigenaar is van de data en verantwoordelijk voor de inhoud. Carte couvrant le territoire de la «Health Effecten Screening score» (GES) de la qualité de l’air local en Flandre. L’indicateur est basé sur la moyenne annuelle des concentrations de NO2 (dioxyde d’azote) (Vlaamse Milieumaatschappij 2017), modélisée avec la chaîne de modélisation RIO-IFDM-OSPM. Ce polluant a été pris comme base en raison de sa grande diversité spatiale, de son lien étroit avec les émissions locales et de ses effets sur la santé bien documentés. Les concentrations de NO2 ont ensuite été réparties en classes permettant de comprendre les effets potentiels de la pollution atmosphérique due au NO2 sur la santé, à titre de première indication de la qualité de l’air au niveau local, sur la base de la méthodologie néerlandaise «Health Effect Screening» (GES). Il va de soi que d’autres polluants (par exemple, les particules fines ou l’ozone) sont également importants dans la poursuite de l’analyse et de l’évaluation de la qualité de l’air au niveau local. Les classes de GES ont été définies de cette manière: GES 1 = 0-10 µg/m³ moyenne annuelle de NO2 = «bon»; GES 4 = 10-20 µg/m³ moyenne annuelle de NO2 = «modéré»; GES 6 = 20-30 µg/m³ moyenne annuelle de NO2 = «insuffisant», GES 7 = 30-40 µg/m³ moyenne annuelle NO2 = «nettement insuffisant», GES 8 > 40 µg/m³ moyenne annuelle NO2 = «très insuffisant». À partir de GES 6, la valeur des conseils en matière de santé recommandée par l’Agence des soins de santé est dépassée (jusqu’à 20 µg/m³ en moyenne annuelle de NO2), mais des concentrations plus faibles ont également des effets néfastes sur la santé. This dataset contains the digital vector version of all the plan elements – of the line type – of the provincial spatial implementation plans, both the final approved and those in the format. It also includes the suspensions and destruction of the Council of State. A plan element is an object by which the public authority concerned represents the scope of (part of) the spatial option it has taken on the basis of certain urban planning regulations on the graphic plan, if it considers it necessary. This object is conceptually always traceable to a plane, line or point assigned a certain legende symbol. In order to ensure the link between a ‘site’ and the ‘full set of requirements applicable at that location’, it is necessary to unravel a plan in some complementary geodata layers in vector format. This gives us a clear link between the texts of rules and their associated planning elements. Requirements linked to linear or point-shaped plan elements, unlike those linked to planes, can never cover underlying plant elements in the sense that they replace them. The plan elements are available in this dataset to the extent that they have already been loaded by the relevant provincial authority, which owns the data and is responsible for the content.

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    Πρόκειται για τη συλλογή των γεωμετριών των δασικών περιοχών που βρίσκονται στο έδαφος της περιφέρειας Friuli Venezia Giulia. Οι περισσότερες από αυτές τις περιοχές καταλαμβάνονται από δάση, όπως ορίζονται στον περιφερειακό νόμο για τα δάση (αριθ. 9/2007). Οι γεωμετρίες προέρχονται από δύο διαφορετικές βάσεις δεδομένων: «Τύποι Forestali 1998», που επικαιροποιήθηκαν το 2010 και «Ολοκλήρωση του ΣΓΠ των τύπων δασών Friuli Venezia Giulia» που πραγματοποιήθηκαν το 2011 και επικυρώθηκαν οριστικά το 2013. Is é an bailiúchán de geometries na limistéar foraoise atá suite i gcríoch Réigiún Friuli Venezia Giulia. Tá an chuid is mó de na limistéir sin á n-áitiú ag foraoisí mar a shainítear leis an Dlí Réigiúnach Foraoise (Uimh.9/2007). Tagann na geoiméadrachtaí ó dhá bhunachar sonraí éagsúla: “Cineálacha Forestali 1998”, a tugadh cothrom le dáta in 2010 agus “Comhlánú GIS de Chineálacha Foraoise Friuli Venezia Giulia” a rinneadh in 2011 agus a bailíochtaíodh go cinntitheach in 2013. Es la colección de las geometrías de las zonas forestales ubicadas en el territorio de la región de Friuli Venezia Giulia. La mayor parte de estas zonas están ocupadas por bosques tal como se definen en la Ley Forestal Regional (N.º9/2007). Las geometrías provienen de dos geodatabases diferentes: «Tipos Forestali 1998», actualizado en 2010 y «Completación del SIG de los tipos forestales de Friuli Venezia Giulia», llevado a cabo en 2011 y validado definitivamente en 2013. Il s’agit de la collection des géométries des zones forestières situées sur le territoire de la région du Frioul-Vénétie Giulia. La plupart de ces zones sont occupées par des forêts telles que définies par la loi forestière régionale (No.9/2007). Les géométries proviennent de deux bases de données différentes: «Types Forestali 1998», mis à jour en 2010 et «Achevée du SIG des types forestiers du Frioul Venezia Giulia» réalisée en 2011 et validée définitivement en 2013. Costituisce la raccolta delle geometrie delle aree forestali situate nel territorio della Regione Friuli Venezia Giulia. In buona parte si tratta di superfici occupate da boschi così come definiti dalla vigente legge forestale regionale (n.9/2007). Le geometrie provengono da due diversi geodatabase: "Tipi Forestali 1998", aggiornato nel 2010 e "Completamento del GIS dei Tipi forestali del Friuli Venezia Giulia" realizzato nel 2011 e validato definitivamente nel 2013. Het is de verzameling van de geometrieën van de bosgebieden gelegen op het grondgebied van de regio Friuli Venezia Giulia. De meeste van deze gebieden worden bewoond door bossen zoals gedefinieerd in de Regional Forest Law (nr.9/2007). De geometrieën zijn afkomstig van twee verschillende geodatabases: „Types Forestali 1998”, bijgewerkt in 2010 en „Voltooiing van het GIS van de bossoorten Friuli Venezia Giulia”, uitgevoerd in 2011 en definitief gevalideerd in 2013. Huwa l-ġbir tal-ġeometriji taż-żoni forestali li jinsabu fit-territorju tar-Reġjun ta’ Friuli Venezia Giulia. Il-biċċa l-kbira ta’ dawn iż-żoni huma okkupati minn foresti kif definit mil-Liġi Reġjonali dwar il-Foresti (Nru.9/2007). Il-ġeometriji ġejjin minn żewġ ġeobażijiet tad-data differenti: “Types Forestali 1998”, aġġornata fl-2010 u “Tlestija tal-GIS tat-Tipi ta’ Foresti ta’ Friuli Venezia Giulia” imwettqa fl-2011 u vvalidata b’mod definittiv fl-2013. Este colecția geometriilor zonelor forestiere situate pe teritoriul regiunii Friuli Venezia Giulia. Cele mai multe dintre aceste zone sunt ocupate de păduri, astfel cum sunt definite în Legea regională privind pădurile (nr.9/2007). Geometriile provin din două baze de date geografice diferite: „Tipuri Forestali 1998”, actualizat în 2010 și „Finalizarea GIS a tipurilor de păduri de Friuli Venezia Giulia”, efectuată în 2011 și validată definitiv în 2013. É a coleção das geometrias das áreas florestais localizadas no território da Região Friuli Venezia Giulia. A maior parte destas áreas é ocupada por florestas, tal como definidas na Lei Regional das Florestas (n.º 9/2007). As geometrias vêm de duas bases de dados geométricas diferentes: «Tipos Forestali 1998», atualizado em 2010 e «Conclusão do SIG dos Tipos Florestais de Friuli Venezia Giulia», realizado em 2011 e validado definitivamente em 2013. It is the collection of the geometries of the forest areas located in the territory of the Friuli Venezia Giulia Region. Most of these areas are occupied by forests as defined by the Regional Forest Law (No.9/2007). The geometries come from two different geodatabases: “Types Forestali 1998”, updated in 2010 and “Completion of the GIS of the Forest Types of Friuli Venezia Giulia” carried out in 2011 and validated definitively in 2013.

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  • Authors: Reinsch, S.; Koller, E.; Sowerby, A.; De Dato, G.; +17 Authors

    The data consists of annual measurements of standing aboveground plant biomass, annual aboveground net primary productivity and annual soil respiration between 1998 and 2012. Data were collected from seven European shrublands that were subject to the climate manipulations drought and warming. Sites were located in the United Kingdom (UK), the Netherlands (NL), Denmark ( two sites, DK-B and DK-M), Hungary (HU), Spain (SP) and Italy (IT). All field sites consisted of untreated control plots, plots where the plant canopy air is artificially warmed during night time hours, and plots where rainfall is excluded from the plots at least during the plants growing season. Standing aboveground plant biomass (grams biomass per square metre) was measured in two undisturbed areas within the plots using the pin-point method (UK, DK-M, DK-B), or along a transect (IT, SP, HU, NL). Aboveground net primary productivity was calculated from measurements of standing aboveground plant biomass estimates and litterfall measurements. Soil respiration was measured in pre-installed opaque soil collars bi-weekly, monthly, or in measurement campaigns (SP only). The datasets provided are the basis for the data analysis presented in Reinsch et al. (2017) Shrubland primary production and soil respiration diverge along European climate gradient. Scientific Reports 7:43952 https://doi.org/10.1038/srep43952 Standing biomass was measured using the non-destructive pin-point method to assess aboveground biomass. Measurements were conducted at the state of peak biomass specific for each site. Litterfall was measured annually using litterfall traps. Litter collected in the traps was dried and the weight was measured. Aboveground biomass productivity was estimated as the difference between the measured standing biomass in year x minus the standing biomass measured the previous year. Soil respiration was measured bi-weekly or monthly, or in campaigns (Spain only). It was measured on permanently installed soil collars in treatment plots. The Gaussen Index of Aridity (an index that combines information on rainfall and temperature) was calculated using mean annual precipitation, mean annual temperature. The reduction in precipitation and increase in temperature for each site was used to calculate the Gaussen Index for the climate treatments for each site. Data of standing biomass and soil respiration was provided by the site responsible. Data from all sites were collated into one data file for data analysis. A summary data set was combined with information on the Gaussen Index of Aridity Data were then exported from these Excel spreadsheet to .csv files for ingestion into the EIDC.

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