Palynological studies of Merlabach coals in conjuntion with petrographic structure

Authors

  • G.K.B. Navale Birbal Sahni Institute of Palaeobotany, 53, University Road, Lucknow 226007, India

DOI:

https://doi.org/10.54991/jop.1963.659

Abstract

Palynological studies of Merlabach coals from Veine 6 stage 686 have been made along with petrographic structure. The detailed qualitative and quantitative studies of microspore and petrographic components of coals indicate three main zones of microlithotypes and microspore assemblages. Even minor zones are indicated in the main zones. Recognition of these zones suggest sequential coalification of the heterogeneous coal seam. Also the study has shown a distinct relationship between some microspores and petrographic components.

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References

Alpern B 1955. L’analyse Petrographique des charbons en Couche. Nomenclature et appareillage utilizes. Proceed. Int. Com. Coal Petrology No. 2. Leiege.

Idem (1958). Essai de correlation par la palynologie de Couches de charbon Stephanian recoupees par quatre Sondages dans la region de Lons-le-Saunier (Jura). Revue de L’Industrie Minerale Numero special.: 16-31.

Idem 1959. Contribution a L’Etude palynologique et Petrographique des charbons Francais. Theses Paris.

Idem 1960. Quelques problems actuels de la palynologie houillere. Compte Rendu. 4th Congr. Adv. Strat. & Geol. of Carboniferous (Heerlen 1958), 1960.

Idem 1960. Repport de activite de la Commission Internationale de Nomenclature Petrographique de Charbons. Proc. Int. Comit. Coal Petrol. No. 3: 23-33.

Balme BE 1952. On some spore specimens from British Upper Carboniferous coals. Geol. Mag. 89: 175-184.

Balme BE & Butterworth, MA 1952. The stratigraphical significance of certain fossil spores in the central group of British coal fields. Trans. Mining Engineers 3(11): 1-17.

Idem 1952. Observations on the distribution of certain microspores in the central group of English Coalfields. Compte Rendu 1. Heerlen.

Bennie & Kidston R 1888. On the occurrence of spores in the carboniferous formations of Scotland. Proc. Phys. Soc. Edinb. 9: 82-117.

Bhardwaj DC 1955. An approach to the problem of taxonomy and classification in the study of Sporae dispersae. The Palaeobotanist 4: 3-9. https://doi.org/10.54991/jop.1955.464

Idem 1955. Spore genera from the upper Carboniferous coals of the Saar and their value in stratigraphical studies. The Palaeobotanist 4: 119-149. https://doi.org/10.54991/jop.1955.480

Idem 1957. Palynological investigations of the Saar coals. Palaeontographica B 101: 73-125.

Idem 1957. Spore flora of Velener Schichten (Lower Westphalian) in the Ruhr Coal Measures. Palaeontographica (B) 102: 110-138.

Berry W (1937). Spore from the Pennington Rhea Country, Tennessee. Amer. Midl. Nat. 18: 155-1960.

Chitaley, 1951. Plant microfossils from the Mohgaon Kalan Beds of Madhya Pradesh, India. Proc. Nat. Inst. Sci. India. 17 (5): 323-381.

Daybova S & Jachowitz A 1957. Das alter des Zwickau-Laugner. Bog-heads auf: Grend der palynologischen Anlyse Geol. 6: 674-697. (Berlin).

Idem 1957. Microspores of Upper Silesian Coal Measures. Inst. Geol. 23: 328-391.

Erdtman G 1947. Suggestions for the classification of fossil and recent pollen grains and spores. Sartryckur. Bot. Tidskr. 41 (1): 104-414.

Ibrahim AC 1932. Die sporae dispersae des Namurs von west obers chlesien und Mahrisch-Ostrau. Palaeontographica 98B: 137-236.

Idem 1932. Sporenformen des Agirhorizote des Ruhrrebiers Dessert (Berlin).

Knox, EM 1951. The microspores of some Scottish coals and their vertical distribution. Compte Rendu. 3rd Congr. Stratg.: 133-135.

Idem 1952. Palynology and coal stratigraphy. Trans. Geol. Soc. Edinb. 15: 221-233.

Koppe EF 1960. Coal – A petrographic approach Topographic & Geol Survey Bullt. M. 42.

Kosanke RM 1947. Plant microfossils in correlation of coal beds. Journ. Geol. 55 (3): 280-284.

Idem 1950. Pennsylvanian spores of Illinois and their use in correlation. State. Geol. Survey. Bull. (Illinois) 74: 1-128.

Kremp GOW 1952. Sporen-vergesells Chaftungen und Mikrofaunen-Horixonte in Ruhrkarbon. Cong. Strat. & Geol. Carb. Heerlen. 1: 347-357.

Kremp GOW, Neavel RC & Starback JS 1960. Coal types. A function of swamp environments. IIIrd Int. Conf. on Origin and Const. of Coal. Proc. Nova Scotia. Canada.

Kremp GOW & Frederiksen NO 1960. Recognition of coal lithotypes by palynological methods. Int. Cong. Coal. Petrol. Soviet Geol: 152-161.

Idem 1939. The Correlation by means of spores of coal bearing Upper palaeozoic deposits of the Kuznetsk and Minussinsk basins. Bull. acad. Sci. U.R.S.S. 7(2): 88-81.

Idem 1939. Methods of correlation of coal beds of some Palaeozoic basins of U.R.S.S. Compte Rendu. 1: 365-373.

Luber AA & Waltz IE 1938. Classification and stratigraphic value of some Carboniferous coal deposits in the U.R.S.S. Trans. Centr. Geol. Prosp. Inst. 105: 1-45.

Loose 1934. Sporenformen aus dem Floz Bismarch des Ruhrgebietes. Arb. Inst. Palaobot. 4: 127-164.

Naumova SN 1939. Spores and pollen of the coals of the U.S.S.R. Rept. 17th intern. Geol. Cong. 1: 363-364.

Navale GKB 1962. Etude palynologique de quelques charbons Francais en relation avec leur structure petrographique. Compte. rendu. CERCHAR. France.

Idem 1963. Coal – A Palyno-petrographic approach. Jour. Geol. Soc. India.

Idem 1964. Recognition of Petrographic and Microfloral Zones in the Coal Seams. Jour. Geol. Soc. India.

Pant DD 1954. Suggestions for the classification and Nomenclature of fossil spores and pollen grains. Bot. Rev. 20: 3-60.

Parks BC & O’Donnell HJ 1956. Petrography of American Coals. Bulletin 550. Bureau of Mines, U.S.A.

Potonie R 1932. Sporenformen aus den Flozen Agir und Bismarckdes Rhurgebrites. Jb. Min. Bull. Bd. 67 (B): 438-454.

Idem 1956. Synopsis der Gattungen der sporae dispersae Part I. Hannover.

Idem 1958. Synopsis der Gattungen der sporae dispersae Part II. Hannover.

Idem 1960. Synopsis der Gattungen der sporae dispersae Part II. Hannover.

Potonie R & Kremp G 1954. Die Gattungen der palaeozoischen sporae dispersae und reub Stratigraphie. Geol. Ob. 69 (3): 193.

Idem 1956. Die sporae dispersae des Ruhrkarbons Palaeontographica 100(B): 1-121.

Idem 1938. The microspore content of some Lower Carboniferous. Coal. Trans. Leeds. Geol. Assoc. 5(4): 221-226.

Potonie R & Klaus W 1954. Einige sporen-gattungen des alpine salzgebriges. Geol. Jb. 68: 517-544.

Schopf JM, Wilson LR & Bentall R 1944. Ann annontated synopsis of Palaeozoic fossil spores and the definition of generic groups. Rep. Invest. No. 91 Geol. Surv. Illinois: 1-77.

Schopf JM 1936. The palaeobotanical significance of plant structure in coal. Trans. Illinois. Acad. Sic. 28(2): 106-110.

Idem 1938. Spores from the Herrin (No. 6) Coal bed in Illinois. Rept. Invest. No. 50 Geol. Sur. Illinois: 1-55.

Idem 1949. Research in coal Palaeobotany since 1943. Economic Geology. 44(6): 492-513.

Idem 1948. Variable coalification: The Processes involved in coal formation. Economic Geology XLIII (3): 207-225.

Idem 1952. Was Decay important in origin of coal. Sed. Petrol. 22(2): 61-69.

Idem 1966. A definition of coal. Economic Geology 51(6): 521-527.

Smith AHV 1957. The sequence of microspore assemblages with occurrence of crassidurite in coal-seams. Geol. Mag. 94: 345-363.

Idem 1961. Palaeoecology of Carboniferous peat bogs. Nature 89(4766): 744-756.

Idem 1962. Palaeoecology of Carboniferous peats based on miospores and petrography of Bituminous Coals. Proc. Yorks Geol. Soc. 33(4): 424-474.

Wilson LR & Coe EA 1940. Description of some unassigned plant microfossils from Des Moines Series of IOWA. Amer. Midt. Nat. 23 (1): 182-186.

Wicher C 1930. Sporenformender Flammkohle des Rechrgebieds. Arb. Inst. Palaeobot. & Petro. 4: 165-212.

Idem 1957. Zur mikropalontalogischen Gliderung des nichtmannen Rhat. Erdol unokohle 4: 755-760.

Stach E 1952. Die Vitrit-durit Mischungen in der petrographten schen Kohlenanalyse. Brenn. Chens. 38: 361-370.

Idem 1955. Crassidarain – A means of seam correlation in carboniferous coal measures. Rhur. Fuel. 37: 95-217.

Thomson PW 1950. Die Entstehung von kohlenflozen auf Grund von Mikro-palaeontologischen untersuchungen des Haupt flozes des rheinischen Braunkohle. Braunkohle. Warme and Energie H. 3/4: 39-43. Dusseldorf-oberkassel Germany.

Idem 1954. Der Fazieswe chsel im Hauptfloz der reheinischen Braunkohle im Geliet der Grube Fortuma – Geol. Jb. 69: 329-338. Hannover, Germany.

Traverse A 1957. Nomenclatural problem of Plant microfossil species belonging to extant genera. Micropaleontology 3(3): 225-258.

Idem 1961. Effect of 1959 international Botanical Congress on Nomenclature of fossil spores and pollen Micropalaentology 7 (4): 485-489.

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Published

1963-12-31

How to Cite

Navale, G. (1963). Palynological studies of Merlabach coals in conjuntion with petrographic structure. Journal of Palaeosciences, 12((1-3), 232–249. https://doi.org/10.54991/jop.1963.659

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Research Articles