Fossil plant remains from the "upper sedimentary-unit" of the Hazelton Group were investigated in order to attempt the assignment of a precise age to the strata. Collections of leaves and specimens for plant microfossil analysis were collected in the Hazelton area, and were supplemented by leaf collections loaned by the Geological Survey of Canada. Intensive maceration of rock specimens failed to yield sufficient microfossils for dating or correlation, and subsequent work was limited to the analysis of megafossils. Identification of leaves and other remains resulted in the discovery of one new species and the recognition of 7 species previously unreported in the Hazelton flora. Statistical analyses and correlations with other floras have l...
Plant fossils are a common and important element in the East Kirkton biota of Brigantian (late Visea...
Plant macrofossils consist of reproductive and vegetative plant parts visible to the unaided eye. La...
PREMISE OF THE STUDY: Although leaves of Myrtaceae are easily identified to family level, very few s...
Angiosperms (flowering plants) are the most diverse of all major lineages of land plants and the dom...
Palaeobotany and palynology are the main direct sources of evidence for studying vegetation diversit...
The fossil megaflora of the middle Clarence valley, South Island, New Zealand, contains leaf forms a...
International audienceA stratigraphic section in the basal Fort Union Formation (Paleocene) in south...
1 Abstract This thesis presents an analysis of fossil plants from the Cenomanian Peruc-Korycany Form...
New collections of plant macrofossils provide a precise Middle Pennsylvanian age for the lower Wamsu...
The Lower Cretaceous Gates Formation (late Early Albian) of western Canada is a sequence of paralic...
In a study of the records of J.S. Gardner and others, it is evident that the Hampshire Basin has yie...
Fossils plants (less than 0.5 m high) preserved in upright position were found in Śmiłów Quarry (E o...
Anatomically preserved plants are described from marine goniatite bullions of Marsdenian age (Namuri...
Paleogene sediments of the Huntingdon Formation, a correlative to the Chuckanut Formation of neighbo...
From the Byobugaura member, plant fossils have long been known to occur in silty or ligneous beds. T...
Plant fossils are a common and important element in the East Kirkton biota of Brigantian (late Visea...
Plant macrofossils consist of reproductive and vegetative plant parts visible to the unaided eye. La...
PREMISE OF THE STUDY: Although leaves of Myrtaceae are easily identified to family level, very few s...
Angiosperms (flowering plants) are the most diverse of all major lineages of land plants and the dom...
Palaeobotany and palynology are the main direct sources of evidence for studying vegetation diversit...
The fossil megaflora of the middle Clarence valley, South Island, New Zealand, contains leaf forms a...
International audienceA stratigraphic section in the basal Fort Union Formation (Paleocene) in south...
1 Abstract This thesis presents an analysis of fossil plants from the Cenomanian Peruc-Korycany Form...
New collections of plant macrofossils provide a precise Middle Pennsylvanian age for the lower Wamsu...
The Lower Cretaceous Gates Formation (late Early Albian) of western Canada is a sequence of paralic...
In a study of the records of J.S. Gardner and others, it is evident that the Hampshire Basin has yie...
Fossils plants (less than 0.5 m high) preserved in upright position were found in Śmiłów Quarry (E o...
Anatomically preserved plants are described from marine goniatite bullions of Marsdenian age (Namuri...
Paleogene sediments of the Huntingdon Formation, a correlative to the Chuckanut Formation of neighbo...
From the Byobugaura member, plant fossils have long been known to occur in silty or ligneous beds. T...
Plant fossils are a common and important element in the East Kirkton biota of Brigantian (late Visea...
Plant macrofossils consist of reproductive and vegetative plant parts visible to the unaided eye. La...
PREMISE OF THE STUDY: Although leaves of Myrtaceae are easily identified to family level, very few s...