DROACOR®-THERMAL: AUTOMATED TEMPERATURE/EMISSIVITY RETRIEVAL FOR DRONE BASED HYPERSPECTRAL IMAGING DATA

zu Verbundenen Objekten

Abstract. Thermal remote sensing from unmanned aerial vehicles is a slowly but steadily growing field of application. New hyperspectral systems operating in the thermal infrared are deployable on such systems and are also usable for ground based monitoring, such as in mining applications. Temperature/emissivity retrieval methods have to be adapted for these new situations. This contribution presents an extension of the Drone Atmospheric Correction method (DROACOR®) for thermal infrared imaging spectroscopy. The method includes an implementation of the semi-automatic normalized emissivity mapping (NEM) method for temperature/emissivity separation. Furthermore, an extension of the method for correction of low emissivity targets, appearing as cold targets in the temperature mapping is introduced. Two examples of DROACOR-thermal processing are presented for a nadir looking drone based and a horizontal ground based data acquisitions are shown. The resulting spectral emissivitiy distributions and temperature mappings are plausible. They are well comparable to spectral library references and allow for the detection of materials only visible in the thermal infrared range.

Standort: Deutsche Nationalbibliothek Frankfurt am Main

Umfang: Online-Ressource

Sprache: Englisch

Erschienen in: DROACOR^®-THERMAL: AUTOMATED TEMPERATURE/EMISSIVITY RETRIEVAL FOR DRONE BASED HYPERSPECTRAL IMAGING DATA ; volume:XLIII-B3-2022 ; year:2022 ; pages:429-434 ; extent:6
The International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences ; XLIII-B3-2022 (2022), 429-434 (gesamt 6)

Urheber: Schläpfer, D.
Richter, R.
Popp, C.
Nygren, P.

DOI: 10.5194/isprs-archives-XLIII-B3-2022-429-2022

URN: urn:nbn:de:101:1-2022060205400123775059

Rechteinformation: Open Access; Der Zugriff auf das Objekt ist unbeschränkt möglich.

Letzte Aktualisierung: 15.08.2025, 07:31 MESZ

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Beteiligte

Schläpfer, D.
Richter, R.
Popp, C.
Nygren, P.

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Verzeichnungseinheit

Besetzung der Generalsuperintendentur I, enth. Vita: Gen. Sup. Hlldebrandt 1623; Gen. Sup. Eickfeldt 1691; Gen. Sup. Lyser 1708; Gen. Sup. Böhmer 1726; Gen. Sup. Guden 1736; Gen. Sup. Plesken 1743; Gen. Sup. Eggers 1805; Gen. Sup. Hoppenstedt 1815

Kapitel

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DROACOR® REFLECTANCE RETRIEVAL FOR HYPERSPECTRAL MINERAL EXPLORATION USING A GROUND-BASED ROTATING PLATFORM

Hochschulschrift

Phasenbestand und Gleichgewichtsbeziehungen in den quaternären Systemen Li / M / P / O (M: FeII, CoII, NiII, CuII und CuII)

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Verzeichnungseinheit

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s - sup

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DROACOR® REFLECTANCE RETRIEVAL FOR HYPERSPECTRAL MINERAL EXPLORATION USING A GROUND-BASED ROTATING PLATFORM

Hochschulschrift

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Verzeichnungseinheit

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DROACOR<sup>®</sup>-THERMAL: AUTOMATED TEMPERATURE/EMISSIVITY RETRIEVAL FOR DRONE BASED HYPERSPECTRAL IMAGING DATA

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Besetzung der Generalsuperintendentur I, enth. Vita: Gen. Sup. Hlldebrandt 1623; Gen. Sup. Eickfeldt 1691; Gen. Sup. Lyser 1708; Gen. Sup. Böhmer 1726; Gen. Sup. Guden 1736; Gen. Sup. Plesken 1743; Gen. Sup. Eggers 1805; Gen. Sup. Hoppenstedt 1815

s - sup

Rhenus sup.

DROACOR<sup>®</sup> REFLECTANCE RETRIEVAL FOR HYPERSPECTRAL MINERAL EXPLORATION USING A GROUND-BASED ROTATING PLATFORM

Phasenbestand und Gleichgewichtsbeziehungen in den quaternären Systemen Li / M / P / O (M: Fe<sup>II</sup>, Co<sup>II</sup>, Ni<sup>II</sup>, Cu<sup>II</sup> und Cu<sup>II</sup>)

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Precise dating of deglacial Laptev Sea sediments via <sup>14</sup>C and authigenic <sup>10</sup>Be/<sup>9</sup>Be – assessing local <sup>14</sup>C reservoir ages

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s - sup

Rhenus sup.

DROACOR<sup>®</sup> REFLECTANCE RETRIEVAL FOR HYPERSPECTRAL MINERAL EXPLORATION USING A GROUND-BASED ROTATING PLATFORM

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Besetzung der Generalsuperintendentur I, enth. Vita: Gen. Sup. Hlldebrandt 1623; Gen. Sup. Eickfeldt 1691; Gen. Sup. Lyser 1708; Gen. Sup. Böhmer 1726; Gen. Sup. Guden 1736; Gen. Sup. Plesken 1743; Gen. Sup. Eggers 1805; Gen. Sup. Hoppenstedt 1815

s - sup

Rhenus sup.

DROACOR<sup>&reg;</sup>-THERMAL: AUTOMATED TEMPERATURE/EMISSIVITY RETRIEVAL FOR DRONE BASED HYPERSPECTRAL IMAGING DATA

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Ähnliche Objekte (12)

DROACOR<sup>&reg;</sup> REFLECTANCE RETRIEVAL FOR HYPERSPECTRAL MINERAL EXPLORATION USING A GROUND-BASED ROTATING PLATFORM

Phasenbestand und Gleichgewichtsbeziehungen in den quaternären Systemen Li / M / P / O (M: Fe<sup>II</sup>, Co<sup>II</sup>, Ni<sup>II</sup>, Cu<sup>II</sup> und Cu<sup>II</sup>)

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Precise dating of deglacial Laptev Sea sediments via <sup>14</sup>C and authigenic <sup>10</sup>Be/<sup>9</sup>Be &ndash; assessing local <sup>14</sup>C reservoir ages

Insights into Protein Dynamics from <sup>15</sup>N-<sup>1</sup>H HSQC

Reaction dynamics of P (<sup>4</sup>S) + O<sub>2</sub>(X <sup>3</sup>&Sigma;<sup>-</sup>) &rarr; O (<sup>3</sup>P) + PO (X <sup>2</sup>&Pi;) on a global CHIPR potential energy surface of PO<sub>2</sub>(X <sup>2</sup>A<sub>1</sub>): implication for atmospheric modelling

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Besetzung der Generalsuperintendentur I, enth. Vita: Gen. Sup. Hlldebrandt 1623; Gen. Sup. Eickfeldt 1691; Gen. Sup. Lyser 1708; Gen. Sup. Böhmer 1726; Gen. Sup. Guden 1736; Gen. Sup. Plesken 1743; Gen. Sup. Eggers 1805; Gen. Sup. Hoppenstedt 1815

s - sup

Rhenus sup.

DROACOR<sup>&reg;</sup> REFLECTANCE RETRIEVAL FOR HYPERSPECTRAL MINERAL EXPLORATION USING A GROUND-BASED ROTATING PLATFORM

Phasenbestand und Gleichgewichtsbeziehungen in den quaternären Systemen Li / M / P / O (M: Fe<sup>II</sup>, Co<sup>II</sup>, Ni<sup>II</sup>, Cu<sup>II</sup> und Cu<sup>II</sup>)

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Besetzung der Generalsuperintendentur I, enth. Vita: Gen. Sup. Hlldebrandt 1623; Gen. Sup. Eickfeldt 1691; Gen. Sup. Lyser 1708; Gen. Sup. Böhmer 1726; Gen. Sup. Guden 1736; Gen. Sup. Plesken 1743; Gen. Sup. Eggers 1805; Gen. Sup. Hoppenstedt 1815

s - sup

Rhenus sup.

DROACOR<sup>&reg;</sup> REFLECTANCE RETRIEVAL FOR HYPERSPECTRAL MINERAL EXPLORATION USING A GROUND-BASED ROTATING PLATFORM

Phasenbestand und Gleichgewichtsbeziehungen in den quaternären Systemen Li / M / P / O (M: Fe<sup>II</sup>, Co<sup>II</sup>, Ni<sup>II</sup>, Cu<sup>II</sup> und Cu<sup>II</sup>)

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Precise dating of deglacial Laptev Sea sediments via <sup>14</sup>C and authigenic <sup>10</sup>Be/<sup>9</sup>Be &ndash; assessing local <sup>14</sup>C reservoir ages

Insights into Protein Dynamics from <sup>15</sup>N-<sup>1</sup>H HSQC

Reaction dynamics of P (<sup>4</sup>S) + O<sub>2</sub>(X <sup>3</sup>&Sigma;<sup>-</sup>) &rarr; O (<sup>3</sup>P) + PO (X <sup>2</sup>&Pi;) on a global CHIPR potential energy surface of PO<sub>2</sub>(X <sup>2</sup>A<sub>1</sub>): implication for atmospheric modelling

Global simulation of dissolved <sup>231</sup>Pa and <sup>230</sup>Th in the ocean and the sedimentary <sup>231</sup>Pa∕<sup>230</sup>Th ratios with the ocean general circulation model COCO ver4.0

Besetzung der Generalsuperintendentur I, enth. Vita: Gen. Sup. Hlldebrandt 1623; Gen. Sup. Eickfeldt 1691; Gen. Sup. Lyser 1708; Gen. Sup. Böhmer 1726; Gen. Sup. Guden 1736; Gen. Sup. Plesken 1743; Gen. Sup. Eggers 1805; Gen. Sup. Hoppenstedt 1815

s - sup

Rhenus sup.

Verbundene Objekte

Passwort zurücksetzen

DROACOR<sup>®</sup>-THERMAL: AUTOMATED TEMPERATURE/EMISSIVITY RETRIEVAL FOR DRONE BASED HYPERSPECTRAL IMAGING DATA

DROACOR<sup>®</sup> REFLECTANCE RETRIEVAL FOR HYPERSPECTRAL MINERAL EXPLORATION USING A GROUND-BASED ROTATING PLATFORM

Precise dating of deglacial Laptev Sea sediments via <sup>14</sup>C and authigenic <sup>10</sup>Be/<sup>9</sup>Be – assessing local <sup>14</sup>C reservoir ages

Reaction dynamics of P (<sup>4</sup>S) + O<sub>2</sub>(X <sup>3</sup>Σ<sup>-</sup>) → O (<sup>3</sup>P) + PO (X <sup>2</sup>Π) on a global CHIPR potential energy surface of PO<sub>2</sub>(X <sup>2</sup>A<sub>1</sub>): implication for atmospheric modelling

DROACOR<sup>®</sup> REFLECTANCE RETRIEVAL FOR HYPERSPECTRAL MINERAL EXPLORATION USING A GROUND-BASED ROTATING PLATFORM

Precise dating of deglacial Laptev Sea sediments via <sup>14</sup>C and authigenic <sup>10</sup>Be/<sup>9</sup>Be – assessing local <sup>14</sup>C reservoir ages

Reaction dynamics of P (<sup>4</sup>S) + O<sub>2</sub>(X <sup>3</sup>Σ<sup>-</sup>) → O (<sup>3</sup>P) + PO (X <sup>2</sup>Π) on a global CHIPR potential energy surface of PO<sub>2</sub>(X <sup>2</sup>A<sub>1</sub>): implication for atmospheric modelling

DROACOR<sup>®</sup> REFLECTANCE RETRIEVAL FOR HYPERSPECTRAL MINERAL EXPLORATION USING A GROUND-BASED ROTATING PLATFORM

Precise dating of deglacial Laptev Sea sediments via <sup>14</sup>C and authigenic <sup>10</sup>Be/<sup>9</sup>Be – assessing local <sup>14</sup>C reservoir ages

Reaction dynamics of P (<sup>4</sup>S) + O<sub>2</sub>(X <sup>3</sup>Σ<sup>-</sup>) → O (<sup>3</sup>P) + PO (X <sup>2</sup>Π) on a global CHIPR potential energy surface of PO<sub>2</sub>(X <sup>2</sup>A<sub>1</sub>): implication for atmospheric modelling