Dear Mr. Pellegrino,

We have studied sedimentary basins across the world since many years backed by coal petrographic analyses under different wave length.

The publications below are all available on request for download from the RG server:

DILL, H. G., KOCH, J., TESCHNER, M. and WEHNER, H. (1991) Coalification and organic geochemistry of the Permo-Carboniferous beds in the Stockheim Basin, NE-Bavaria (F.R. Germany).- Erdöl and Kohle, 44: 97-105.

DILL, H.G., KOCH, J., SCHEEDER G., WEHNER, H., and STRAHL, J. (2003) Lithology, palynology and organic geochemistry of carbonaceous rocks in fluvial-lacustrine series of Tertiary to Quaternary age (Kathmandu Basin, Nepal).- Neues Jahrbuchfür Geologie und Paläontologie Abhandlungen, 227: 1-38.

DILL, H.G., WEHNER, H., KUS, J., BOTZ, R., BERNER, Z., STÜBEN, D. and AL-SAYIGH A. (2007) The Eocene Rusayl Formation, Oman, carbonaceous rocks in calcareous shelf sediments: environment of deposition, alteration and hydrocarbon potential.- International Journal of Coal Geology 72: 89-123.

DILL, H.G., KUS, J., DOHRMANN, R. and TSOY, Y. (2008) Supergene and hypogene alteration in the dual-use kaolin-bearing coal deposit Angren, SE Uzbekistan.- International Journal of Coal Geology, 75: 225-240.

DILL, H.G., KUS J., ABED., A.M., SACHSENHOFER R.F.and ABUL KHAIR H. (2009) Diagenetic and epigenetic alteration of Cretaceous to Paleogene organic-rich sedimentary successions typical of the western margin of the Arabian Plate, northwestern Jordan.- GeoArabia, 14: 101-140.

DILL, H.G., BECHTEL, A., KUS, J., GRATZER, R. and ABU HAMAD, A. M. B. (2010) Deposition and alteration of carbonaceous series within a Neotethyan rift at the western boundary of the Arabian Plate: The Late Permian Um Irna Formation, NW Jordan, a petroleum system.- International Journal of Coal Geology, 81: 1-24.

DILL, H.G. , BECHTEL, A., BERNER, Z., BOTZ, R., KUS, J., HEUNISCH, C. and ABU HAMAD, A. M. B. (2012) The evaporite-coal transition: Chemical, mineralogical and organic composition of the Late Triassic Abu RuweisFormation, NW Jordan - reference type of the “Arabian Keuper”.- Chemical Geology, 298-299: 20-40.

DILL, H.G., TECHMER, A. and KUS, J (2013) Evolution of an old mining district between 725 and 1630 AD at the boundary between Thüringen and Bayern, SE Germany, using mineralogical and chemical markers, radio-carbon dating and coal petrography of slags.- Archaeological and Anthropological Sciences, 5: 215-233.

DILL, H.G., KUS, J., KAUFHOLD, S., RAMMLMAIR, D., and TECHMER, A. (2017) Oligo-Miocene coal in a microtidal environment reworked under Quaternary periglacial conditions (Western Falkland Islands/Isla Gran Malvina). – Coal formation and natural sand processing.- International Journal of Coal Geology 174: 8-22.

DILL, H.G., KUS J., BUZATU A., BALABAN S.-I. ,KAUFHOLD S., and BORREGO A. G. (2021) Organic debris and allochthonous coal in Quaternary landforms within a periglacial setting (Longyearbyen Mining District, Norway) - A multi-disciplinary study (coal geology-geomorphology-sedimentology).- International Journal of Coal Geology (on-line)

With kind regards

H.G.Dill

Thanks a lot Prof. Dill!

With my best wishes,

Luca

Hello,

and I might add

Tyson, R.V., 1995. Sedimentary organic matter. Organic facies and paliynofacies. Chapman and Hall, London, 615 pp.

Chapter 20 PALYNOLOGICAL KEROGEN CLASSIFICATION,

Subsection 20.2 THE IMPORTANCE OF FLUORESCENCE MICROSCOPY

Table 20.2 , p. 347 and Table 20.3, p.349 - may be useful

Many thanks Dr. Shchepetova!

Best,

Luca