An analysis of field spectral apparatus features

1Donets, VV, 2Brovarets, AА, 1Brovchenko, VV
1Corporation «Research and Production Enterprise «Arsenal», Kyiv, Ukraine
2The National University of Life and Environmental Sciences of Ukraine, Kyiv, Ukraine
Kosm. nauka tehnol. 2014, 20 ;(3):49-63
https://doi.org/10.15407/knit2014.03.049
Section: Space Instruments
Publication Language: Russian
Abstract: 

We present an analysis of the features of field spectrometers for remote sensing of the Earth's surface and ground objects as well as for satellite validation of spectrometric data which were developed from the 1930s to the present time. Advanced technology achievements developed and tested in field spectrometers were and will be implemented in a number of airborne spectrometers for various purposes.

Keywords: field spectrometers, satellite validation
References: 

1. Donets V.V. Substantiation of the Structure of hardware-software for remote sensing of vegetation in the field: Extended abstract of candidate’s thesis. 19 p. (Kyiv, 2010) [in Ukrainian].
2. Donets V.V. Design features of on-board air-based hyperspectrometers AIS. Kosm. nauka tehnol., 18 (5), 5 —11 (2012) [in Russian].
https://doi.org/10.15407/knit2012.05.005
3. Donets V.V., Kochubey S.M., Yatsenko V.A., et al. Creation of the field spectral hardware-software complex for subsatellite validation of the controlled from distance research of vegetation. Systems of Information Processing, 10, Issue 8 (115), 36—42 (2013) [in Russian].
4. Donets V.V., Yatsenko V.A., Semeniv O.V. Optimization of the basis parameters of the hyperspectral complex for remote vegetation state estimation.  Systems of control, navigation and communication, Issue 4(20), 44—49 (2011) [in Russian].
5. Zajcev Ju. A., Muhina L. A. Applying color and multispectral aerial survey for geological purposes. 304 p. (Izd-vo Mosk. un-ta, Moscow, 1966) [in Russian].
6. The news agency "Interfax-West": Russia intend to predict yield of using space monitoring. Retrieved from  http://www.interfax.by/news/world/143773 [in Russian].
7. Kirmalov R. L., Martynov G. P., Timofeev Ju. V., Hazanova T. M. Field automatic spectrophotometer. Agrofizika,  N52, 23—26 (1983) [in Russian].
8. Krinov E. L. The spectral reflectance of some earth formations. Issledovanie otrazhatel'noj sposobnosti: Sb. st. po ajerofotometrii. Ed. G. A. Tikhon. N2, P. 29 (1934) [in Russian].
9. Krinov E. L. The spectral reflectance of natural objects from a plane.  Ajeros#emka: Tehbjul. N8-9 (1934) [in Russian].
10. Krinov E. L. The dependence of the spectral brightness coefficients of natural objects on the areas of formations.  Issledovanie otrazhatel'noj sposobnosti: Sb. st. po ajerofotometrii.  N5-6 (1935) [in Russian].
11. Krinov E. L. The spectral reflectance of natural formations.  272 p. (Izd-vo Akad. nauk SSSR, Moscow-Leningrad, 1947) [in Russian].
12. Ovchinnikov A. M. Development of algorithmic and software registration and visualization of local hyperspectral data: Extended abstract of candidate’s thesis. 18 p. (M., 2009) [in Russian]. 
13. Kochubei S.M., Donets V.V., Kazantsev T.A. Field spectrometer for testing condition of flora. Pat.Ukrainy No. UA 70505 U, MPK: G01T 7/00, No. u 2011 15271, published 11.06.2012,  Bull. No. 11 [in Russian].
14. Posudin Ju. I. Spectroscopic monitoring of the agrosphere.. 128 p. (Urozhaj, Kyiv,  1998) [in Ukrainian].
15. Richnyj zvit Nacional'nogo kosmichnogo agentstva Ukrai'ny za 2008 rik, P. 16—17 (Nac. kosmich. agentstvo Ukrai'ny, Kyiv, 2008) Retrieved from http://www.nkau.gov.ua/pdf/NSAU_report_2008.pdf [in Ukrainian]
16. Schowengerdt R.A. Remote Sensing: Models and Methods for Image Processing: Transl. from Eng., 560 p. (Tehnosfera, Moscow, 2010) [in Russian].
17. Agapiou А., Hadjimitsis D., Sarris A., et al.Hyperspectral ground truth data for the detection of buried architectural remains.  EuroMed 2010, Ed. by M. Ioannides, P. 318—331 (2010). Retrieved from http://www.euromed2010.eu/e-proceedings/content/full/318.pdf
18. ASD Inc Authorized Partner LabSpec4 Specification. Retrieved from: http://www.eniseylab.ru/upload/LabSpec4Specification.pdf
19. Ashley R. P., Abrams M. J.Alteration mapping using multispectral images — Cuprite mining district, Esmeralda County, Nevada, 1980. Retrieved from http://pubs.usgs.gov/of/1980/0367/report.pdf
20. Exotech 20C-SW Instrument Summary. Retrieved from  https://engineering.purdue.edu/~frdata/FRData/Instruments/Exotech20CS.html
21. FieldSpec-3. Retrieved from  http://meteo-tech.co.il/e-Catalog/pdf/FieldSpec.pdf
22. FieldSpecPortable Spectroradiometer. Retrieved from  http://www.asdi.com/products/fieldspecspectroradiometers
23. FieldSpecHandHeld 2 Accessory Bundles. Retrieved from  http://www.asdi.com/products/accessories/remote-sensing-accessories/handheld-2-accessories
24. GER 1500 System. Retrieved from  http://fsf.nerc.ac.uk/instruments/ger1500.shtml
25. GER 3700 System. Retrieved from  http://fsf.nerc.ac.uk/instruments/ger3700.shtml
26. Goetz A. F. H.The portable instant display and analysis spectrometer (PIDAS).  Proc. Third Airborne Imaging Spectrometer Data Analysis Workshop.  Vol. 87-30, P. 8—17: JPL Publ. N 88-13756 (1987)  Retrieved from  http://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/19880004374_1988004374.pdf
27. Goetz A. F. H.Three decades of hyperspectral remote sensing of the Earth: A personal view.  Remote Sens. Environ.  113, S5—S16 (2009)  Retrieved from  ftp://laspftp.colorado.edu/pub/harvey/Gamblin/IDL_code/Geotz_2009.pdf
28. Goetz A. F. H., Billingsley F. C., Gillespie A. R., et al. Application of ERTS image processing to regional geologic problem and geologic mapping in northern Arizona, Pasadena, California.  JPL Techn. Rept.  N 13-1597 (1975).
29. Goetz A. F. H., Chabrillat S., Lu Z. Field reflectance spectrometry for detection of Swelling Clays at construction sites.  Field Anal. Chem. and Technol.  5(3), 143—155 (2001).
30. HandySpec® Systems.  Retrieved from http://www.tec5.com/products/84/en/handyspec%C2%AE-systems.html
31. Hatchell D. C.Analytical Spectral Devices, Inc. (ASD) Technical Guide 3rd Ed. USA 1999 Retrieved from http://www.gep.uchile.cl/Biblioteca/radiometr%C3%ADa%20de%20campo/TechGuide.pdf
32. Leamer R. W., Myers V. I., Silva L. F.A spectroradiometer for field use. Rev. Sci. Instrum44, 611—614 (1973)  Retrieved from http://scitation.aip.org/content/aip/journal/rsi/44/5/10.1063/1.1686195 
https://doi.org/10.1063/1.1686195
33. Lund E. D., Kweon G., Maxton C. R., Drummond P. E. VISNIR — Spectrophotometer  addressing tomorrow’s soil challenges today soil carbon and nitrogen mapping: how these relate to new markets and public policy. Retrieved from http://www.veristech.com/images/9th_ICPA.pdf
34. MacDonald J., Ustin S. L., Schaepman M. A review of the contributions of Dr. Alexander F. H. Goetz to imaging spectrometry. Retrieved from http://webdocs.dow.wur.nl/internet/grs/Workshops/Environmental_Applications_Imaging_Spectroscopy/1_MacDonald_GoetzAchievements/MacDonald_GoetzAchievements.pdf
35. Marcos N. F. Investigação preliminar sobre o Uso do Veris P4000 Soil Force/Eca/Spectral Profiler para predição de densidade de carbono em solos australianos Dezembro, (2009)  Retrieved from  http://www.ler.esalq.usp.br/download/gmap/estagio/Marcos.pdf
36. Milton E. J., Schaepman M. E., Anderson K., et al.Progress in field spectroscopy. Remote Sens. Environ. 113, S92—S109  (2009)  Retrieved from  http://www.geoinformatie.nl/courses/grs60312/fieldwork/miltonetal2009.pdf
37. Milton T., Schaepman M., Anderson K., et al. Progress in field spectroscopy. Аррendix E Goetz A. F. H. Portable Field Reflectance Spectrometer. JPL Techn. Rept.,  N 32-1597, Р. 183 (1975) Retrieved from  http://www.wageningenur.nl/upload_mm/0/5/1/9990b361-9539-4200-ad67-57ee07b1b0cb_Milton_FieldSpectroscopy.pdf
38. Portableinstant display and analysis reflectance spectrometer: Patent US 4560275 A.  Retrieved from http://www.google.co.in/patents/US4560275
39. Precisionfarming — mobile spectrometers in agriculture.  Retrieved from  http://spectronet.de/portals/visqua/story_docs/intern_spectronet/vortraege/120417_13_collab_vortraege/120417_09_kirchler_tec5.pdf
40. Robinson B. F., Bauer M. E., DeWitt D. P., et al. A multiband radiometer and data acquisition system for remote sensing field research. Retrieved from http://www.isprs.org/proceedings/XXIII/congress/part7-8/783_XXIII-B7-8.pdf
41. Schaepman M. E.Calibration of field spectroradiometer Zurich. (1998) Retrieved from http://www.geo.uzh.ch/fileadmin/files/content/abteilungen/rsl1/Spe1998/RSS_98_31.pdf
42. Shibayama Michio, Craig L. Wiegand, Tsuyoshi Akiyama, Yoshiki Yamagata. Radiometric predictions for agronomic variables of rice canopies using a visible to mid-infrared spectroradiometer.  Retrieved from http://www.isprs.org/proceedings/XXVII/congress/part7/508_XXVII-part7.pdf
43. Spectrometer Systems: HandySpec® Series.  Retrieved from http://www.tec5usa.com/header/specSystems/handySpec/
44. SVCHR-1024 field spectroradiometer.  Retrieved from http://fsf.nerc.ac.uk/instruments/svc_hr-1024.shtml 
45. The Futureof Field Spectroscopy: Product development (Part 2 of 4). Retrieved from http://discover.asdi.com/bid/84163/The-Future-ofField-Spectroscopy-Product-Development-Part-2-of-4
46. Vanderbilt V. C., Robinson B. F., Biehl L. L., et al. Simulated response of a multispectral scanner over wheat as a function of wavelength and view/Illumination irections. Retrieved from  http://www.isprs.org/proceedings/XXIII/congress/part7-8/942_XXIII-B7-8.pdf
47. Varco J. J. Sensor based fertilizer nitrogen management. Retrieved from http://www.cottoninc.com/fiber/Agricultural-Research/Agricultural-Meetings-Conferences/Crop-ManagementSeminars/2010%20Presentations/23-PA-Sensor-BasedFertilizer-Nitrogen-Management.pdf
48. VIS—NIR shank specifications and standard features. Retrieved from http://www.veristech.com/products/shankspecs.aspx 
49. VIS—NIR spectrophotometer. Retrieved from http://www.veristech.com/images/VISNIR_shank.pdf
50. YARAFieldScan — Multi-spectral system for remote sensing. Retrieved from  http://www.tec5usa.com/header/specSystems/Yara/
51. Yatsenko V., Kochubey S., Donets V., Kazantsev T. Hardware-software сomplex for сhlorophyll еstimation in phytocenoses under field conditions. Proc. SPIE.  5964, 6 (2005) (Optical Systems Design: SPIE Europe Inter. Symp., 12—16 September 2005, FriedrichSchiller-Universität Jena).