Large Rivers - Vol. 12
All published Volumes
↓ No. 2-4
↓ No. 1
No. 2-4

Large Rivers Vol. 12 No. 2-4
0+ fish as indicators of the ecological status of large rivers. Riverine 0+ fish Workshop, 16 to 20 February 1998
Ed.: Fritz Schiemer; Hubert Keckeis
2001. IV, 522 pages, 127 figures, 61 tables, 3 plates, 16x24cm, 900 g
Language: English
ArtNo. ES142013502, paperback, price: 147.00 €
in stock and ready to ship
Original paper
Macrohabitat characteristics influencing young-of-the-year fish assemblages in connected lentic backwaters in the Seine River (France)
p. 119-135,
published: Feb 12, 2001
2 figures, 4 tables
Original paper
Microhabitat use by 0+ brown trout (Salmo trutta L.) in a mountain stream affected by hydropeaking operations (Pyrénées, Southeast France)
p. 203-218,
published: Feb 12, 2001
4 figures, 3 tables
Original paper
Ontogeny of UV resistance in a gravel spawning (Phoxinus phoxinus) and a surface spawning (Rutilus rutilus) cyprinid
p. 331-340,
published: Feb 12, 2001
4 figures, 3 tables
Original paper
Drift of larval and juvenile fishes: a comparison between small and large lowland rivers
p. 373-389,
published: Feb 12, 2001
Original paper
Spatial gradients of food consumption and production of juvenile fish in the lower River Elbe
p. 441-462,
published: Feb 12, 2001
7 figures, 4 tables
Original paper
Influence of river morphology and current velocity conditions on spawning site selection of Chondrostoma nasus (L.)
p. 341-356,
published: Feb 12, 2001
Original paper
Feeding, energetic benefit and swimming capabilities of 0+ nase (Chondrostoma nasus L.) in flowing water: an integrative laboratory approach
p. 409-424,
published: Feb 12, 2001
3 figures, 3 tables
Original paper
Spawning and niche shift of some threatened riverine fishes of Europe
p. 293-305,
published: Feb 12, 2001
11 figures
Original paper
Spawning in swift water currents: Implications for eggs and larvae
p. 271-291,
published: Feb 12, 2001
5 figures, 1 tables
Original paper
Diet shifts in 0+ nase, Chondrostoma nasus: Size-specific differences and the effect of food availability
p. 425-440,
published: Feb 12, 2001
5 figures, 6 tables
Original paper
Physical habitat modelling for fish - a developing approach
p. 239-268,
published: Feb 12, 2001
7 figures, 1 tables
Original paper
Habitat shifts in juvenile riverine fishes
p. 393-408,
published: Feb 12, 2001
3 figures
Original paper
The ecology of the early life history stages of riverine fish: New perspectives in conservation and river management
p. 517-522,
published: Feb 12, 2001
1 tables
Original paper
Restoration of the river-floodplain interaction: benefits for the fish community in the River Rhine
p. 173-185,
published: Feb 12, 2001
2 figures, 4 tables
Original paper
The 0+ fish community structure in a large lowland river: first results of a study from the River Oder
p. 137-151,
published: Feb 12, 2001
2 figures, 4 tables
Original paper
Large rivers: the relevance of ecotonal structure and hydrological properties for the fish fauna
p. 487-508,
published: Feb 12, 2001
12 figures
Original paper
The "inshore retention concept" and its significance for large rivers
p. 509-516,
published: Feb 12, 2001
4 figures, 1 tables
Original paper
Morphological shifts, body length and developmental stages during the ontogeny of the grayling (Thymallus thymallus): a between-river comparison
p. 463-474,
published: Feb 12, 2001
3 figures, 2 tables
Original paper
Habitat use by 0+ fish in an old-engineered river reach (Lower Rhone, France): relative importance of habitat heterogeneity and hydrological variability
p. 219-238,
published: Feb 12, 2001
5 figures, 2 tables
Original paper
Reproductive success of nase (Chondrostoma nasus L.) and its influence on population dynamics
p. 307-330,
published: Feb 12, 2001
8 figures, 4 tables
Original paper
Seasonal variations in egg and larval quality in two multiple-spawner cyprinid fish, the bleak Alburnus alburnus and the white bream Blicca bjoerkna
p. 357-371,
published: Feb 12, 2001
Original paper
Habitats of 0+ fry in an English lowland river
p. 153-171,
published: Feb 12, 2001
9 figures, 4 tables
Original paper
Distinctness of the populations and bioenergetics indices of On-fish versus older age groups in temperate zone rivers
p. 475-483,
published: Feb 12, 2001
5 figures, 2 tables
Original paper
Comparison of 0+ fish communities between regulated-channelized and floodplain stretches of the River Morava
p. 187-202,
published: Feb 12, 2001
5 figures, 2 tables
Original paper
0+ fish as indicators for the ecological status of large rivers
p. 115-116,
published: Feb 12, 2001
No. 1

Managing the New Danube in Vienna (Austria): The importance of plant nutrients and aquatic macrophytes
Ed.: D. W. Sutcliffe
2000. 103 pages, 43 figures, 9 plates, 16x24cm, 270 g
Language: English
ArtNo. ES142013501, paperback, price: 37.00 €
in stock and ready to ship
Original paper
Danube Island - an aquifer for nutrient and water quality transfer into the New Danube (Vienna, Austria)
p. 23-37,
published: Aug 31, 2000
Original paper
Alternative stable states of macrophytes versus phytoplankton in two interconnected impoundments of the New Danube (Vienna, Austria)
p. 75-83,
published: Aug 31, 2000
Original paper
The New Danube in Vienna (Austria): a flood-relief channel, surrounding wetlands and associated problems for management
p. 3-12,
published: Aug 31, 2000
Original paper
Effects of reduced load in the River Danube on nutrients and phytoplankton dynamics in the flood-relief channel New Danube (Vienna, Austria)
p. 39-59,
published: Aug 31, 2000
Original paper
Managing the New Danube in Vienna (Austria): the importance of plant nutrients and aquatic macrophytes. General Summary
p. 1-2,
published: Aug 31, 2000
Original paper
Long-term processes and regulation in the flood-relief channel New Danube in Vienna (Austria) - current position and proposals for management control strategies
p. 85-103,
published: Aug 31, 2000
Original paper
Biodiversity, succession and the functional role of macrophytes in the New Danube (Vienna, Austria)
p. 61-74,
published: Aug 31, 2000
Original paper
Long-term trends of major plant nutrients in the River Danube at Vienna (Austria), the nutrient source for the New Danube
p. 13-21,
published: Aug 31, 2000