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More aggressive audio analysis. Video capturing seems to keep audio and visuals more out of sync than they really are.
A short clip from the middle of the set. At this point we halved the tempo and dived into more ambient vibes for a while.
Video clip by Mikael Sonar (https://www.facebook.com/MikaelSonar)
- published: 19 Nov 2015
- views: 63
A biocenosis, coined by Karl Möbius in 1877, describes the interacting organisms living together in a habitat.
In the palaeontological literature, the term distinguishes "life assemblages", which reflect the original living community, from "death assemblages". Of course, no palaeontological assemblage will ever completely represent the original biological community; the term thus has somewhat different meanings in a palaeontological and an ecological context.
This video is targeted to blind users.
Attribution:
Article text available under CC-BY-SA
Creative Commons image source in video
- published: 31 Dec 2015
- views: 9
Learn how to say words in English correctly with Emma Saying free pronunciation tutorials. Over 140,000 words were already uploaded... Check them out!
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- published: 01 Mar 2013
- views: 296
Detailed pictures of the biocoenosis (microorganisms) on the surface of the high-performance MBBR carrier Mutag BioChip.
Embedded soundtrack:
"Coriolis Effect" by Mseq (feat. stefsax)
http://ccmixter.org/files/Mseq/26296
is licensed under a Creative Commons license:
http://creativecommons.org/licenses/by/2.5/
- published: 07 Feb 2013
- views: 683
A biocoenosis (biocoenose, biocenose, biotic community, biological community, ecological community), coined by Karl Möbius in 1877, describes the interacting organisms living together in a habitat (biotope). This term is rarely used in English, as this concept has not been popularized in Anglophone countries. Instead, English-speaking scientists usually think about ecosystems or communities.
Descriptors in an ecosystem are:
The geographical extent of a biocenose is limited by the requirement of a more or less uniform species composition.
An ecosystem, as originally defined by Tansley (1935), is a biotic community (or biocoenosis) along with its physical environment (or biotope). In ecological studies, biocoenosis is the emphasis on relationships between species in an area. These relationships are an additional consideration to the interaction of each species with the its physical environment.
Biotic communities vary in size, and larger ones may contain smaller ones. Species interactions are evident in food or feeding relationships. A method of delineating biotic communities is to map the food network to identify which species feed upon which others and then determine the system boundary as the one that can be drawn through the fewest consumption links relative to the number of species within the boundary.
This page contains text from Wikipedia, the Free Encyclopedia -
http://en.wikipedia.org/wiki/Biocoenosis
This article is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License, which means that you can copy and modify it as long as the entire work (including additions) remains under this license.
This article is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License, which means that you can copy and modify it as long as the entire work (including additions) remains under this license.
Benedictus van Haeften (1588 – 31 July 1648) Provost of Affligem Abbey and famous writer of religious works.
Haeften commissioned Rubens and De Crayer to decorate the church and the monastery in Affligem.
Van Haeften was a Benedictine writer, provost of the Monastery of Afflighem, Belgium. He was born in Utrecht, 1588, and died 31 July 1648, at Spa, Belgium, where he had gone to recover his health.
After studying philosophy and theology at the Catholic University of Leuven, he entered the Benedictine Abbey of Afflighem in 1609, took solemn vows on 14 May 1611, and was ordained priest in 1613. He then returned to Leuven to continue his theological studies, but was recalled to his monastery when he was about to receive the licentiate in theology.
In 1616 he became prior, and in 1618 Matthias Hovius, Archbishop of Mechlin, who was at the same time Abbot of Afflighem, appointed him provost of his monastery. Afflighem at the time belonged to the Bursfeld Union, and under the prudent direction of van Haeften was in a flourishing condition.
This page contains text from Wikipedia, the Free Encyclopedia -
http://en.wikipedia.org/wiki/Benedictus_van_Haeften
This article is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License, which means that you can copy and modify it as long as the entire work (including additions) remains under this license.
This article is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License, which means that you can copy and modify it as long as the entire work (including additions) remains under this license.
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2:07Biocoenosis Visuals Test 2
Biocoenosis Visuals Test 2Biocoenosis Visuals Test 2
More aggressive audio analysis. Video capturing seems to keep audio and visuals more out of sync than they really are. -
0:28Biocoenosis Meaning
Biocoenosis Meaning -
1:42Biocoenosis live 14.11.2015 @ Huuru UG, Oulainen
Biocoenosis live 14.11.2015 @ Huuru UG, OulainenBiocoenosis live 14.11.2015 @ Huuru UG, Oulainen
A short clip from the middle of the set. At this point we halved the tempo and dived into more ambient vibes for a while. Video clip by Mikael Sonar (https://www.facebook.com/MikaelSonar) -
2:56Biocoenosis
BiocoenosisBiocoenosis
A biocenosis, coined by Karl Möbius in 1877, describes the interacting organisms living together in a habitat. In the palaeontological literature, the term distinguishes "life assemblages", which reflect the original living community, from "death assemblages". Of course, no palaeontological assemblage will ever completely represent the original biological community; the term thus has somewhat different meanings in a palaeontological and an ecological context. This video is targeted to blind users. Attribution: Article text available under CC-BY-SA Creative Commons image source in video -
2:07Biocoenosis
Biocoenosis -
0:19FROM ENGLISH TO FRENCH = Biocoenosis
FROM ENGLISH TO FRENCH = BiocoenosisFROM ENGLISH TO FRENCH = Biocoenosis
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0:19FROM ENGLISH TO SPANISH = Biocoenosis
FROM ENGLISH TO SPANISH = BiocoenosisFROM ENGLISH TO SPANISH = Biocoenosis
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0:21How to Pronounce Biocoenosis
How to Pronounce BiocoenosisHow to Pronounce Biocoenosis
Learn how to say words in English correctly with Emma Saying free pronunciation tutorials. Over 140,000 words were already uploaded... Check them out! Visit my homepage: http://www.emmasaying.com ~ Care to show your support? Buy Emma Saying t-shirt here: http://www.cafepress.com/emmasaying -
0:30How to Pronounce Biocoenosis
How to Pronounce BiocoenosisHow to Pronounce Biocoenosis
This video shows you how to pronounce Biocoenosis -
1:51HUURU ug 14.11 2015
HUURU ug 14.11 2015 -
4:53Mutag Biofilms Movie 2 (incl. audio)
Mutag Biofilms Movie 2 (incl. audio)Mutag Biofilms Movie 2 (incl. audio)
Detailed pictures of the biocoenosis (microorganisms) on the surface of the high-performance MBBR carrier Mutag BioChip. Embedded soundtrack: "Coriolis Effect" by Mseq (feat. stefsax) http://ccmixter.org/files/Mseq/26296 is licensed under a Creative Commons license: http://creativecommons.org/licenses/by/2.5/ -
2:09Leopard spotted goby and lobster Norway
Leopard spotted goby and lobster NorwayLeopard spotted goby and lobster Norway
Goby and lobster, a biocoenosis? -
0:42Mass Mortality Events in the NW Adriatic Sea: Phase Shift from Slow- to Fast-Growing Organisms
Mass Mortality Events in the NW Adriatic Sea: Phase Shift from Slow- to Fast-Growing OrganismsMass Mortality Events in the NW Adriatic Sea: Phase Shift from Slow- to Fast-Growing Organisms
Mass Mortality Events in the NW Adriatic Sea: Phase Shift from Slow- to Fast-Growing Organisms. Cristina Gioia Di Camillo and Carlo Cerrano (2015), PLoS ONE http://dx.doi.org/10.1371/journal.pone.0126689 Massive outbreaks are increasing all over the world, which are likely related to climate change. The North Adriatic Sea, a sub-basin of the Mediterranean Sea, is a shallow semi-closed sea receiving high nutrients inputs from important rivers. These inputs sustain the highest productive basin of the Mediterranean Sea. Moreover, this area shows a high number of endemisms probably due to the high diversity of environmental conditions and the conspicuous food availability. Here, we documented two massive mortalities (2009 and 2011) and the pattern of recovery of the affected biocoenoses in the next two years. Results show an impressive and fast shift of the benthic assemblage from a biocoenosis mainly composed of slow-growing and long-lived species to a biocoenosis dominated by fast-growing and short-lived species. The sponge Chondrosia reniformis, one of the key species of this assemblage, which had never been involved in previous massive mortality events in the Mediterranean Sea, reduced its coverage by 70%, and only few small specimens survived. All the damaged sponges, together with many associated organisms, were detached by rough-sea conditions, leaving large bare areas on the rocky wall. Almost three years after the disease, the survived specimens of C. reniformis did not increase significantly in size, while the bare areas were colonized by fast-growing species such as stoloniferans, hydrozoans, mussels, algae, serpulids and bryozoans. Cnidarians were more resilient than massive sponges since they quickly recovered in less than one month. In the study area, the last two outbreaks caused a reduction in the filtration efficiency of the local benthic assemblage by over 60%. The analysis of the times series of wave heights and temperature revealed that the conditions in summer 2011 were not so extreme as to justify severe mass mortality, suggesting the occurrence of other factors which triggered the disease. The long-term observations of a benthic assemblage in the NW Adriatic Sea allowed us to monitor its dynamics before, during and after the mortality event. The N Adriatic Sea responds quickly to climatic anomalies and other environmental stresses because of the reduced dimension of the basin. The long-term consequences of frequent mass mortality episodes in this area could promote the shift from biocoenoses dominated by slow-growing and long-lived species to assemblages dominated by plastic and short life cycle species. -
1:44Agrophysics
AgrophysicsAgrophysics
Agrophysics Agrophysics is a branch of science bordering on agronomy and physics, whose objects of study are the agroecosystem - the biological objects, biotope and biocoenosis affected by human activity, studied and described using the methods of physical sciences.Agrophysics is closely related to biophysics, but is restricted to the biology of the plants, animals, soil and an atmosphere involved in agricultural activities and biodiversity. -Video is targeted to blind users Attribution: Article text available under CC-BY-SA image source in video https://www.youtube.com/watch?v=iC0QiPJq9-4
- Anthopleura
- Aquatic ecosystem
- Atom
- Australia
- Biocoenosis
- Biological system
- Biomolecule
- Biosphere
- Biotope
- Cell (biology)
- Community (ecology)
- Ecoregion
- Ecosystem
- Fauna
- Flora
- Food chain
- Food web
- Freshwater
- Geography
- Habitat (ecology)
- Hylozoism
- Karl Möbius
- Macromolecule
- Microbe
- Molecule
- Organ (anatomy)
- Organelle
- Organism
- Phytocoenosis
- Population
- Portal Biology
- Portal Ecology
- Portal Environment
- Sea anemone
- Sea sponge
- Sea star
- Talk Biocoenosis
- Tide pool
- Tissue (biology)
- Wikipedia Vagueness
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Biocoenosis Visuals Test 2
More aggressive audio analysis. Video capturing seems to keep audio and visuals more out of sync than they really are. -
-
Biocoenosis live 14.11.2015 @ Huuru UG, Oulainen
A short clip from the middle of the set. At this point we halved the tempo and dived into more ambient vibes for a while. Video clip by Mikael Sonar (https://www.facebook.com/MikaelSonar) -
Biocoenosis
A biocenosis, coined by Karl Möbius in 1877, describes the interacting organisms living together in a habitat. In the palaeontological literature, the term distinguishes "life assemblages", which reflect the original living community, from "death assemblages". Of course, no palaeontological assemblage will ever completely represent the original biological community; the term thus has somewhat different meanings in a palaeontological and an ecological context. This video is targeted to blind users. Attribution: Article text available under CC-BY-SA Creative Commons image source in video -
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FROM ENGLISH TO FRENCH = Biocoenosis
-
FROM ENGLISH TO SPANISH = Biocoenosis
-
How to Pronounce Biocoenosis
Learn how to say words in English correctly with Emma Saying free pronunciation tutorials. Over 140,000 words were already uploaded... Check them out! Visit my homepage: http://www.emmasaying.com ~ Care to show your support? Buy Emma Saying t-shirt here: http://www.cafepress.com/emmasaying -
How to Pronounce Biocoenosis
This video shows you how to pronounce Biocoenosis -
-
Mutag Biofilms Movie 2 (incl. audio)
Detailed pictures of the biocoenosis (microorganisms) on the surface of the high-performance MBBR carrier Mutag BioChip. Embedded soundtrack: "Coriolis Effect" by Mseq (feat. stefsax) http://ccmixter.org/files/Mseq/26296 is licensed under a Creative Commons license: http://creativecommons.org/licenses/by/2.5/ -
Leopard spotted goby and lobster Norway
Goby and lobster, a biocoenosis? -
Mass Mortality Events in the NW Adriatic Sea: Phase Shift from Slow- to Fast-Growing Organisms
Mass Mortality Events in the NW Adriatic Sea: Phase Shift from Slow- to Fast-Growing Organisms. Cristina Gioia Di Camillo and Carlo Cerrano (2015), PLoS ONE http://dx.doi.org/10.1371/journal.pone.0126689 Massive outbreaks are increasing all over the world, which are likely related to climate change. The North Adriatic Sea, a sub-basin of the Mediterranean Sea, is a shallow semi-closed sea receiving high nutrients inputs from important rivers. These inputs sustain the highest productive basin of the Mediterranean Sea. Moreover, this area shows a high number of endemisms probably due to the high diversity of environmental conditions and the conspicuous food availability. Here, we documented two massive mortalities (2009 and 2011) and the pattern of recovery of the affected biocoenoses in th... -
Agrophysics
Agrophysics Agrophysics is a branch of science bordering on agronomy and physics, whose objects of study are the agroecosystem - the biological objects, biotope and biocoenosis affected by human activity, studied and described using the methods of physical sciences.Agrophysics is closely related to biophysics, but is restricted to the biology of the plants, animals, soil and an atmosphere involved in agricultural activities and biodiversity. -Video is targeted to blind users Attribution: Article text available under CC-BY-SA image source in video https://www.youtube.com/watch?v=iC0QiPJq9-4 -
Danube river landscape 1715-1991 (Donau im Machland 1715-1991)
The reconstruction of the morphological changes of the river landscape is based on 120 historical maps and surveys. The slides 1715 - 1821 show the fluvial dynamics prior to channelization and those from 1829 - 1925 reflect the situation during and after channelization. The last slide refers to the situation after hydropower plant construction. Die Rekonstruktion der morphologischen Veränderungen der Flusslandschaft basiert auf 120 historischen Karten und Vermessungen. Die Karten 1715 - 1821 zeigen die Flussdynamik vor Beginn der Regulierung, jene von 1829 - 1925 spiegeln die Situation während und nach der Regulierung wieder. Die letzte Karte zeigt den Zustand nach der Errichtung von Donau-Kraftwerken. Severin Hohensinner (2008), Institute of Hydrobiology & Aquatic Ecosystem Management (... -
Flood at the Danube River in the Machland 1812 (Donau-Hochwasser im Machland 1812)
The reconstruction of the floodplain inundation is based on water levels and terrain elevations surveyed in 1812. It shows how the Machland floodplain (Upper/Lower Austria) was potentially inundated at a flood with a return frequency of 3 to 5 years. Die Rekonstruktion der Überflutung des Augebietes beruht auf Wasserspiegellagen und Geländehöhen, die im Jahr 1812 vermessen wurden. Sie zeigt, wie das Auensystem im Machland (Ober-/Niederösterreich) bei einem 3- bis 5-jährlichem Hochwasser vermutlich überflutet wurde. Severin Hohensinner (2008), Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Applied Life Sciences Vienna (BOKU), funded by FWF Austrian Science Fund (Project No. P14959-B06, Project leader: Mathias Jungwirth, IHG/BOKU); for fu... -
Danube river landscape Vienna/Lobau 1726-2001 (Donau-Auen Wien/Lobau 1726-2001)
The reconstruction of the morphological changes of the river landscape is based on more than 100 historical maps and surveys. The slides 1726 - 1817 show the fluvial dynamics prior to channelization and those from 1841 - 1869 reflect the situation during channelization. The last three slides 1875 - 2001 refer to the situation after the great Viennese Danube regulation program. Die Rekonstruktion der morphologischen Veränderungen der Flusslandschaft basiert auf mehr als 100 historischen Karten und Vermessungen. Die Karten 1726 - 1817 zeigen die Flussdynamik vor Beginn der Regulierung, jene von 1841 - 1869 spiegeln die Situation während der Regulierung wieder. Die letzten drei Karte 1875 - 2001 dokumentieren den Zustand nach Beendigung der großen Wiener Donau-Regulierung. This animation wa... -
Danube River 1812 - Flight simulation (Donau 1812 - Flugsimulation)
The reconstruction of the historical river landscape is based on water levels and terrain elevations surveyed in 1812. It shows the Machland floodplain (Upper/Lower Austria) during a low flow situation. Die Rekonstruktion der historischen Flusslandschaft beruht auf Wasserspiegellagen und Geländehöhen, die im Jahr 1812 vermessen wurden. Sie zeigt das Auensystem im Machland (Ober-/Niederösterreich) während einer Niederwasser-Periode. Severin Hohensinner (2008), Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Life Sciences Vienna (BOKU), funded by FWF Austrian Science Fund (Project No. P14959-B06, Project leader: Mathias Jungwirth, IHG/BOKU); for further information please refer to: http://picasaweb.google.at/kyselak.lebt/DonauDanubeRiverMa... -
Danube river landscape in Vienna 1849 - Flight simulation (Wiener Donau-Auen 1849 - Flugsimulation)
The 3D-reconstruction of the historical river landscape in Vienna is based on a detailed survey of the water bodies and the floodplain terrain in 1849. It shows the situation prior to the major channelization program 1870 - 1875. In the terrain model, the current course of the channelized Danube River is indicated by white lines. Die 3D-Rekonstruktion der historischen Flusslandschaft in Wien beruht auf einer Vermessung der Gewässer und des Augeländes aus dem Jahr 1849. Sie zeigt die Situation vor der großen Wiener Donau-Regulierung 1870 - 1875. Im Geländemodell ist der aktuelle Lauf der regulierten Donau durch weiße Linien eingezeichnet. The reconstruction was made by Mathew Herrnegger as a master thesis in the course of the proVISION-research project "OPTIMA Lobau - Optimised management ... -
Flood at the Danube River in Vienna 1849 - Donau-Hochwasser in Wien 1849
The reconstruction of the floodplain inundation is based on water levels and terrain elevations surveyed in 1849. It shows how the floodplain in Vienna was potentially inundated at flows between low water level and a flood with a return frequency of ca. 1 year. Die Rekonstruktion der Überflutung des Augebietes beruht auf Wasserspiegellagen und Geländehöhen, die im Jahr 1849 vermessen wurden. Sie zeigt, wie das Auensystem in Wien bei einer Wasserführung zwischen Niederwasser und einem 1-jährlichen Hochwasser vermutlich überflutet wurde. The reconstruction was made by Mathew Herrnegger as a master thesis in the course of the proVISION-research project "OPTIMA Lobau - Optimised management of riverine landscapes based on a multi-criteria Decision Support System" (project-no. 133-260/05; proj... -
Arboretum | Slovenia | Europe - ADVENTURE
Arboretum | Slovenia | Europe - ADVENTURE Volčji Potok Arboretum is the most visited horticultural facility in Slovenia. In the last twenty years it became famous for its spring flower shows. Visitors from all parts of the country and from abroad come to Arboretum to be fascinated by millions of daffodil, tulip and other spring flowers. Volčji Potok Arboretum was established in 1952 by University of Ljubljana. The institution took over the estate till 1948 owned by Souvan family. The late private owners bought the property in 1882 and plated park around the mansion house. The renaissance and later barocco style mansion house was destroyed in the World War II. In 1950 the estate was legally declared a place of cultural and natural heritage of national importance. University created a ... -
Benedictus van Haeften
Benedictus van Haeften =======Image-Copyright-Info======= Image is in public domain Author-Info: Benedict van Haeften Image Source: https://en.wikipedia.org/wiki/File:Schola_cordis.jpg =======Image-Copyright-Info======== ☆Video is targeted to blind users Attribution: Article text available under CC-BY-SA image source in video -
How to Pronounce Bedrabbled
This video shows you how to pronounce Bedrabbled
Biocoenosis Visuals Test 2
- Order: Reorder
- Duration: 2:07
- Updated: 23 Sep 2015
- views: 47
More aggressive audio analysis. Video capturing seems to keep audio and visuals more out of sync than they really are.
More aggressive audio analysis. Video capturing seems to keep audio and visuals more out of sync than they really are.
wn.com/Biocoenosis Visuals Test 2
More aggressive audio analysis. Video capturing seems to keep audio and visuals more out of sync than they really are.
- published: 23 Sep 2015
- views: 47
Biocoenosis Meaning
- Order: Reorder
- Duration: 0:28
- Updated: 28 Apr 2015
- views: 20
Video shows what biocoenosis means. A community of interacting organisms that form a natural ecological unit.. Biocoenosis Meaning. How to pronounce, definitio...
Video shows what biocoenosis means. A community of interacting organisms that form a natural ecological unit.. Biocoenosis Meaning. How to pronounce, definition audio dictionary. How to say biocoenosis. Powered by MaryTTS, Wiktionary
wn.com/Biocoenosis Meaning
Biocoenosis live 14.11.2015 @ Huuru UG, Oulainen
- Order: Reorder
- Duration: 1:42
- Updated: 19 Nov 2015
- views: 63
A short clip from the middle of the set. At this point we halved the tempo and dived into more ambient vibes for a while.
Video clip by Mikael Sonar (https://w...
A short clip from the middle of the set. At this point we halved the tempo and dived into more ambient vibes for a while.
Video clip by Mikael Sonar (https://www.facebook.com/MikaelSonar)
wn.com/Biocoenosis Live 14.11.2015 Huuru Ug, Oulainen
A short clip from the middle of the set. At this point we halved the tempo and dived into more ambient vibes for a while.
Video clip by Mikael Sonar (https://www.facebook.com/MikaelSonar)
- published: 19 Nov 2015
- views: 63
Biocoenosis
- Order: Reorder
- Duration: 2:56
- Updated: 31 Dec 2015
- views: 9
A biocenosis, coined by Karl Möbius in 1877, describes the interacting organisms living together in a habitat.
In the palaeontological literature, the term dist...
A biocenosis, coined by Karl Möbius in 1877, describes the interacting organisms living together in a habitat.
In the palaeontological literature, the term distinguishes "life assemblages", which reflect the original living community, from "death assemblages". Of course, no palaeontological assemblage will ever completely represent the original biological community; the term thus has somewhat different meanings in a palaeontological and an ecological context.
This video is targeted to blind users.
Attribution:
Article text available under CC-BY-SA
Creative Commons image source in video
wn.com/Biocoenosis
A biocenosis, coined by Karl Möbius in 1877, describes the interacting organisms living together in a habitat.
In the palaeontological literature, the term distinguishes "life assemblages", which reflect the original living community, from "death assemblages". Of course, no palaeontological assemblage will ever completely represent the original biological community; the term thus has somewhat different meanings in a palaeontological and an ecological context.
This video is targeted to blind users.
Attribution:
Article text available under CC-BY-SA
Creative Commons image source in video
- published: 31 Dec 2015
- views: 9
Biocoenosis
- Order: Reorder
- Duration: 2:07
- Updated: 26 Dec 2015
- views: 0
Biocoenosis
☆Video is targeted to blind users
Attribution:
Article text available under CC-BY-SA
image source in video
Biocoenosis
☆Video is targeted to blind users
Attribution:
Article text available under CC-BY-SA
image source in video
wn.com/Biocoenosis
FROM ENGLISH TO FRENCH = Biocoenosis
- Order: Reorder
- Duration: 0:19
- Updated: 12 Oct 2011
- views: 9
- published: 12 Oct 2011
- views: 9
FROM ENGLISH TO SPANISH = Biocoenosis
- Order: Reorder
- Duration: 0:19
- Updated: 13 Oct 2011
- views: 8
- published: 13 Oct 2011
- views: 8
How to Pronounce Biocoenosis
- Order: Reorder
- Duration: 0:21
- Updated: 01 Mar 2013
- views: 296
Learn how to say words in English correctly with Emma Saying free pronunciation tutorials. Over 140,000 words were already uploaded... Check them out!
Visit my...
Learn how to say words in English correctly with Emma Saying free pronunciation tutorials. Over 140,000 words were already uploaded... Check them out!
Visit my homepage:
http://www.emmasaying.com ~
Care to show your support? Buy Emma Saying t-shirt here:
http://www.cafepress.com/emmasaying
wn.com/How To Pronounce Biocoenosis
Learn how to say words in English correctly with Emma Saying free pronunciation tutorials. Over 140,000 words were already uploaded... Check them out!
Visit my homepage:
http://www.emmasaying.com ~
Care to show your support? Buy Emma Saying t-shirt here:
http://www.cafepress.com/emmasaying
- published: 01 Mar 2013
- views: 296
How to Pronounce Biocoenosis
- Order: Reorder
- Duration: 0:30
- Updated: 27 Feb 2015
- views: 10
This video shows you how to pronounce Biocoenosis
This video shows you how to pronounce Biocoenosis
wn.com/How To Pronounce Biocoenosis
This video shows you how to pronounce Biocoenosis
- published: 27 Feb 2015
- views: 10
HUURU ug 14.11 2015
- Order: Reorder
- Duration: 1:51
- Updated: 20 Nov 2015
- views: 29
Underground with
Tottelematon, Biocoenosis LIVE, zankax, YRR-J, Marc Aurora b2b Acuic, Mikael Sonar, Acid Angel, Pekka Peni
Underground with
Tottelematon, Biocoenosis LIVE, zankax, YRR-J, Marc Aurora b2b Acuic, Mikael Sonar, Acid Angel, Pekka Peni
wn.com/Huuru Ug 14.11 2015
Mutag Biofilms Movie 2 (incl. audio)
- Order: Reorder
- Duration: 4:53
- Updated: 07 Feb 2013
- views: 683
Detailed pictures of the biocoenosis (microorganisms) on the surface of the high-performance MBBR carrier Mutag BioChip.
Embedded soundtrack:
"Coriolis Effec...
Detailed pictures of the biocoenosis (microorganisms) on the surface of the high-performance MBBR carrier Mutag BioChip.
Embedded soundtrack:
"Coriolis Effect" by Mseq (feat. stefsax)
http://ccmixter.org/files/Mseq/26296
is licensed under a Creative Commons license:
http://creativecommons.org/licenses/by/2.5/
wn.com/Mutag Biofilms Movie 2 (Incl. Audio)
Detailed pictures of the biocoenosis (microorganisms) on the surface of the high-performance MBBR carrier Mutag BioChip.
Embedded soundtrack:
"Coriolis Effect" by Mseq (feat. stefsax)
http://ccmixter.org/files/Mseq/26296
is licensed under a Creative Commons license:
http://creativecommons.org/licenses/by/2.5/
- published: 07 Feb 2013
- views: 683
Leopard spotted goby and lobster Norway
- Order: Reorder
- Duration: 2:09
- Updated: 11 Sep 2010
- views: 411
Goby and lobster, a biocoenosis?
Goby and lobster, a biocoenosis?
wn.com/Leopard Spotted Goby And Lobster Norway
Goby and lobster, a biocoenosis?
- published: 11 Sep 2010
- views: 411
Mass Mortality Events in the NW Adriatic Sea: Phase Shift from Slow- to Fast-Growing Organisms
- Order: Reorder
- Duration: 0:42
- Updated: 14 May 2015
- views: 30
Mass Mortality Events in the NW Adriatic Sea: Phase Shift from Slow- to Fast-Growing Organisms. Cristina Gioia Di Camillo and Carlo Cerrano (2015), PLoS ONE htt...
Mass Mortality Events in the NW Adriatic Sea: Phase Shift from Slow- to Fast-Growing Organisms. Cristina Gioia Di Camillo and Carlo Cerrano (2015), PLoS ONE http://dx.doi.org/10.1371/journal.pone.0126689
Massive outbreaks are increasing all over the world, which are likely related to climate change. The North Adriatic Sea, a sub-basin of the Mediterranean Sea, is a shallow semi-closed sea receiving high nutrients inputs from important rivers. These inputs sustain the highest productive basin of the Mediterranean Sea. Moreover, this area shows a high number of endemisms probably due to the high diversity of environmental conditions and the conspicuous food availability. Here, we documented two massive mortalities (2009 and 2011) and the pattern of recovery of the affected biocoenoses in the next two years. Results show an impressive and fast shift of the benthic assemblage from a biocoenosis mainly composed of slow-growing and long-lived species to a biocoenosis dominated by fast-growing and short-lived species. The sponge Chondrosia reniformis, one of the key species of this assemblage, which had never been involved in previous massive mortality events in the Mediterranean Sea, reduced its coverage by 70%, and only few small specimens survived. All the damaged sponges, together with many associated organisms, were detached by rough-sea conditions, leaving large bare areas on the rocky wall. Almost three years after the disease, the survived specimens of C. reniformis did not increase significantly in size, while the bare areas were colonized by fast-growing species such as stoloniferans, hydrozoans, mussels, algae, serpulids and bryozoans. Cnidarians were more resilient than massive sponges since they quickly recovered in less than one month. In the study area, the last two outbreaks caused a reduction in the filtration efficiency of the local benthic assemblage by over 60%. The analysis of the times series of wave heights and temperature revealed that the conditions in summer 2011 were not so extreme as to justify severe mass mortality, suggesting the occurrence of other factors which triggered the disease. The long-term observations of a benthic assemblage in the NW Adriatic Sea allowed us to monitor its dynamics before, during and after the mortality event. The N Adriatic Sea responds quickly to climatic anomalies and other environmental stresses because of the reduced dimension of the basin. The long-term consequences of frequent mass mortality episodes in this area could promote the shift from biocoenoses dominated by slow-growing and long-lived species to assemblages dominated by plastic and short life cycle species.
wn.com/Mass Mortality Events In The Nw Adriatic Sea Phase Shift From Slow To Fast Growing Organisms
Mass Mortality Events in the NW Adriatic Sea: Phase Shift from Slow- to Fast-Growing Organisms. Cristina Gioia Di Camillo and Carlo Cerrano (2015), PLoS ONE http://dx.doi.org/10.1371/journal.pone.0126689
Massive outbreaks are increasing all over the world, which are likely related to climate change. The North Adriatic Sea, a sub-basin of the Mediterranean Sea, is a shallow semi-closed sea receiving high nutrients inputs from important rivers. These inputs sustain the highest productive basin of the Mediterranean Sea. Moreover, this area shows a high number of endemisms probably due to the high diversity of environmental conditions and the conspicuous food availability. Here, we documented two massive mortalities (2009 and 2011) and the pattern of recovery of the affected biocoenoses in the next two years. Results show an impressive and fast shift of the benthic assemblage from a biocoenosis mainly composed of slow-growing and long-lived species to a biocoenosis dominated by fast-growing and short-lived species. The sponge Chondrosia reniformis, one of the key species of this assemblage, which had never been involved in previous massive mortality events in the Mediterranean Sea, reduced its coverage by 70%, and only few small specimens survived. All the damaged sponges, together with many associated organisms, were detached by rough-sea conditions, leaving large bare areas on the rocky wall. Almost three years after the disease, the survived specimens of C. reniformis did not increase significantly in size, while the bare areas were colonized by fast-growing species such as stoloniferans, hydrozoans, mussels, algae, serpulids and bryozoans. Cnidarians were more resilient than massive sponges since they quickly recovered in less than one month. In the study area, the last two outbreaks caused a reduction in the filtration efficiency of the local benthic assemblage by over 60%. The analysis of the times series of wave heights and temperature revealed that the conditions in summer 2011 were not so extreme as to justify severe mass mortality, suggesting the occurrence of other factors which triggered the disease. The long-term observations of a benthic assemblage in the NW Adriatic Sea allowed us to monitor its dynamics before, during and after the mortality event. The N Adriatic Sea responds quickly to climatic anomalies and other environmental stresses because of the reduced dimension of the basin. The long-term consequences of frequent mass mortality episodes in this area could promote the shift from biocoenoses dominated by slow-growing and long-lived species to assemblages dominated by plastic and short life cycle species.
- published: 14 May 2015
- views: 30
Agrophysics
- Order: Reorder
- Duration: 1:44
- Updated: 22 Jan 2016
- views: 2
Agrophysics
Agrophysics is a branch of science bordering on agronomy and physics, whose objects of study are the agroecosystem - the biological objects, biot...
Agrophysics
Agrophysics is a branch of science bordering on agronomy and physics, whose objects of study are the agroecosystem - the biological objects, biotope and biocoenosis affected by human activity, studied and described using the methods of physical sciences.Agrophysics is closely related to biophysics, but is restricted to the biology of the plants, animals, soil and an atmosphere involved in agricultural activities and biodiversity.
-Video is targeted to blind users
Attribution:
Article text available under CC-BY-SA
image source in video
https://www.youtube.com/watch?v=iC0QiPJq9-4
wn.com/Agrophysics
Agrophysics
Agrophysics is a branch of science bordering on agronomy and physics, whose objects of study are the agroecosystem - the biological objects, biotope and biocoenosis affected by human activity, studied and described using the methods of physical sciences.Agrophysics is closely related to biophysics, but is restricted to the biology of the plants, animals, soil and an atmosphere involved in agricultural activities and biodiversity.
-Video is targeted to blind users
Attribution:
Article text available under CC-BY-SA
image source in video
https://www.youtube.com/watch?v=iC0QiPJq9-4
- published: 22 Jan 2016
- views: 2
Danube river landscape 1715-1991 (Donau im Machland 1715-1991)
- Order: Reorder
- Duration: 0:48
- Updated: 18 Apr 2010
- views: 6108
The reconstruction of the morphological changes of the river landscape is based on 120 historical maps and surveys. The slides 1715 - 1821 show the fluvial dyna...
The reconstruction of the morphological changes of the river landscape is based on 120 historical maps and surveys. The slides 1715 - 1821 show the fluvial dynamics prior to channelization and those from 1829 - 1925 reflect the situation during and after channelization. The last slide refers to the situation after hydropower plant construction.
Die Rekonstruktion der morphologischen Veränderungen der Flusslandschaft basiert auf 120 historischen Karten und Vermessungen. Die Karten 1715 - 1821 zeigen die Flussdynamik vor Beginn der Regulierung, jene von 1829 - 1925 spiegeln die Situation während und nach der Regulierung wieder. Die letzte Karte zeigt den Zustand nach der Errichtung von Donau-Kraftwerken.
Severin Hohensinner (2008), Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Life Sciences Vienna (BOKU), funded by FWF - Austrian Science Fund (Project No. P14959-B06, Project leader: Mathias Jungwirth, IHG/BOKU); for further information please refer to:
http://picasaweb.google.at/kyselak.lebt/DonauDanubeRiverMachland17151991?feat=directlink
Hohensinner, S. (2008): Rekonstruktion ursprünglicher Lebensraumverhältnisse der Fluss-Auen-Biozönose der Donau im Machland auf Basis der morphologischen Entwicklung von 1715 - 1991 (Reconstruction of original habitat conditions of the Danube river/floodplain biocoenosis based on the morphological development from 1715 - 1991, Machland, Upper/Lower Austria), PhD thesis at the University of Natural Resources & Life Sciences Vienna, in German/English, 307pp + 27 maps, PDF-download:
https://zidapps.boku.ac.at/abstracts/oe_list.php?paID=3&paSID;=6863&paSF;=-1&paCF;=0&paLIST;=0&language;_id=EN
wn.com/Danube River Landscape 1715 1991 (Donau Im Machland 1715 1991)
The reconstruction of the morphological changes of the river landscape is based on 120 historical maps and surveys. The slides 1715 - 1821 show the fluvial dynamics prior to channelization and those from 1829 - 1925 reflect the situation during and after channelization. The last slide refers to the situation after hydropower plant construction.
Die Rekonstruktion der morphologischen Veränderungen der Flusslandschaft basiert auf 120 historischen Karten und Vermessungen. Die Karten 1715 - 1821 zeigen die Flussdynamik vor Beginn der Regulierung, jene von 1829 - 1925 spiegeln die Situation während und nach der Regulierung wieder. Die letzte Karte zeigt den Zustand nach der Errichtung von Donau-Kraftwerken.
Severin Hohensinner (2008), Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Life Sciences Vienna (BOKU), funded by FWF - Austrian Science Fund (Project No. P14959-B06, Project leader: Mathias Jungwirth, IHG/BOKU); for further information please refer to:
http://picasaweb.google.at/kyselak.lebt/DonauDanubeRiverMachland17151991?feat=directlink
Hohensinner, S. (2008): Rekonstruktion ursprünglicher Lebensraumverhältnisse der Fluss-Auen-Biozönose der Donau im Machland auf Basis der morphologischen Entwicklung von 1715 - 1991 (Reconstruction of original habitat conditions of the Danube river/floodplain biocoenosis based on the morphological development from 1715 - 1991, Machland, Upper/Lower Austria), PhD thesis at the University of Natural Resources & Life Sciences Vienna, in German/English, 307pp + 27 maps, PDF-download:
https://zidapps.boku.ac.at/abstracts/oe_list.php?paID=3&paSID;=6863&paSF;=-1&paCF;=0&paLIST;=0&language;_id=EN
- published: 18 Apr 2010
- views: 6108
Flood at the Danube River in the Machland 1812 (Donau-Hochwasser im Machland 1812)
- Order: Reorder
- Duration: 0:48
- Updated: 27 Apr 2010
- views: 3351
The reconstruction of the floodplain inundation is based on water levels and terrain elevations surveyed in 1812. It shows how the Machland floodplain (Upper/Lo...
The reconstruction of the floodplain inundation is based on water levels and terrain elevations surveyed in 1812. It shows how the Machland floodplain (Upper/Lower Austria) was potentially inundated at a flood with a return frequency of 3 to 5 years.
Die Rekonstruktion der Überflutung des Augebietes beruht auf Wasserspiegellagen und Geländehöhen, die im Jahr 1812 vermessen wurden. Sie zeigt, wie das Auensystem im Machland (Ober-/Niederösterreich) bei einem 3- bis 5-jährlichem Hochwasser vermutlich überflutet wurde.
Severin Hohensinner (2008), Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Applied Life Sciences Vienna (BOKU), funded by FWF Austrian Science Fund (Project No. P14959-B06, Project leader: Mathias Jungwirth, IHG/BOKU); for further information please refer to:
http://picasaweb.google.at/kyselak.lebt/DonauDanubeRiverMachland17151991?feat=directlink
Hohensinner, S. (2008): Rekonstruktion ursprünglicher Lebensraumverhältnisse der Fluss-Auen-Biozönose der Donau im Machland auf Basis der morphologischen Entwicklung von 1715-1991 (Reconstruction of original habitat conditions of the Danube river/floodplain biocoenosis based on the morphological development from 1715 1991, Machland, Upper/Lower Austria), PhD thesis at the University of Natural Resources and Life Sciences Vienna, in German/English, 307pp + 27 maps, PDF-download:
https://zidapps.boku.ac.at/abstracts/oe_list.php?paID=3&paSID;=6863&paSF;=-1&paCF;=0&paLIST;=0&language;_id=EN
wn.com/Flood At The Danube River In The Machland 1812 (Donau Hochwasser Im Machland 1812)
The reconstruction of the floodplain inundation is based on water levels and terrain elevations surveyed in 1812. It shows how the Machland floodplain (Upper/Lower Austria) was potentially inundated at a flood with a return frequency of 3 to 5 years.
Die Rekonstruktion der Überflutung des Augebietes beruht auf Wasserspiegellagen und Geländehöhen, die im Jahr 1812 vermessen wurden. Sie zeigt, wie das Auensystem im Machland (Ober-/Niederösterreich) bei einem 3- bis 5-jährlichem Hochwasser vermutlich überflutet wurde.
Severin Hohensinner (2008), Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Applied Life Sciences Vienna (BOKU), funded by FWF Austrian Science Fund (Project No. P14959-B06, Project leader: Mathias Jungwirth, IHG/BOKU); for further information please refer to:
http://picasaweb.google.at/kyselak.lebt/DonauDanubeRiverMachland17151991?feat=directlink
Hohensinner, S. (2008): Rekonstruktion ursprünglicher Lebensraumverhältnisse der Fluss-Auen-Biozönose der Donau im Machland auf Basis der morphologischen Entwicklung von 1715-1991 (Reconstruction of original habitat conditions of the Danube river/floodplain biocoenosis based on the morphological development from 1715 1991, Machland, Upper/Lower Austria), PhD thesis at the University of Natural Resources and Life Sciences Vienna, in German/English, 307pp + 27 maps, PDF-download:
https://zidapps.boku.ac.at/abstracts/oe_list.php?paID=3&paSID;=6863&paSF;=-1&paCF;=0&paLIST;=0&language;_id=EN
- published: 27 Apr 2010
- views: 3351
Danube river landscape Vienna/Lobau 1726-2001 (Donau-Auen Wien/Lobau 1726-2001)
- Order: Reorder
- Duration: 0:40
- Updated: 27 May 2010
- views: 4252
The reconstruction of the morphological changes of the river landscape is based on more than 100 historical maps and surveys. The slides 1726 - 1817 show the fl...
The reconstruction of the morphological changes of the river landscape is based on more than 100 historical maps and surveys. The slides 1726 - 1817 show the fluvial dynamics prior to channelization and those from 1841 - 1869 reflect the situation during channelization. The last three slides 1875 - 2001 refer to the situation after the great Viennese Danube regulation program.
Die Rekonstruktion der morphologischen Veränderungen der Flusslandschaft basiert auf mehr als 100 historischen Karten und Vermessungen. Die Karten 1726 - 1817 zeigen die Flussdynamik vor Beginn der Regulierung, jene von 1841 - 1869 spiegeln die Situation während der Regulierung wieder. Die letzten drei Karte 1875 - 2001 dokumentieren den Zustand nach Beendigung der großen Wiener Donau-Regulierung.
This animation was made for the information center "nationalparkhaus wien-lobAU" in the "Floodplain National Park Donau-Auen" by order of MA 49 - Forestry Office of the City of Vienna co-funded by the EU.
Diese Animation, kofinanziert durch die EU, wurde für das Besucherzentrum "nationalparkhaus wien-lobAU" im Auftrag der MA 49 - Forstamt und Landwirtschaftsbetrieb der Stadt Wien erstellt.
nationalparkhaus wien-lobAU:
http://www.nph-lobau.wien.at
Eberstaller-Fleischanderl, D. & Hohensinner, S. (2004): Donau 1726 - 2001. Flussmorphologische Entwicklung der Donau im Wiener Teil des Nationalparks Donau-Auen 1726 - 2001 (Bereich Lobau, Strom-km 1924,4 - 1907,6). project report, Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Applied Life Sciences Vienna (BOKU), in German, 59 pp.
For further information regarding the historical changes of the Austrian Danube River see also:
Hohensinner, S. (2008): Rekonstruktion ursprünglicher Lebensraumverhältnisse der Fluss-Auen-Biozönose der Donau im Machland auf Basis der morphologischen Entwicklung von 1715 - 1991 (Reconstruction of original habitat conditions of the Danube river/floodplain biocoenosis based on the morphological development from 1715 - 1991, Machland, Upper/Lower Austria), PhD thesis at the University of Natural Resources and Life Sciences Vienna, in German/English, 307pp + 27 maps, PDF-download:
https://zidapps.boku.ac.at/abstracts/oe_list.php?paID=3&paSID;=6863&paSF;=-1&paCF;=0&paLIST;=0&language;_id=EN
wn.com/Danube River Landscape Vienna Lobau 1726 2001 (Donau Auen Wien Lobau 1726 2001)
The reconstruction of the morphological changes of the river landscape is based on more than 100 historical maps and surveys. The slides 1726 - 1817 show the fluvial dynamics prior to channelization and those from 1841 - 1869 reflect the situation during channelization. The last three slides 1875 - 2001 refer to the situation after the great Viennese Danube regulation program.
Die Rekonstruktion der morphologischen Veränderungen der Flusslandschaft basiert auf mehr als 100 historischen Karten und Vermessungen. Die Karten 1726 - 1817 zeigen die Flussdynamik vor Beginn der Regulierung, jene von 1841 - 1869 spiegeln die Situation während der Regulierung wieder. Die letzten drei Karte 1875 - 2001 dokumentieren den Zustand nach Beendigung der großen Wiener Donau-Regulierung.
This animation was made for the information center "nationalparkhaus wien-lobAU" in the "Floodplain National Park Donau-Auen" by order of MA 49 - Forestry Office of the City of Vienna co-funded by the EU.
Diese Animation, kofinanziert durch die EU, wurde für das Besucherzentrum "nationalparkhaus wien-lobAU" im Auftrag der MA 49 - Forstamt und Landwirtschaftsbetrieb der Stadt Wien erstellt.
nationalparkhaus wien-lobAU:
http://www.nph-lobau.wien.at
Eberstaller-Fleischanderl, D. & Hohensinner, S. (2004): Donau 1726 - 2001. Flussmorphologische Entwicklung der Donau im Wiener Teil des Nationalparks Donau-Auen 1726 - 2001 (Bereich Lobau, Strom-km 1924,4 - 1907,6). project report, Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Applied Life Sciences Vienna (BOKU), in German, 59 pp.
For further information regarding the historical changes of the Austrian Danube River see also:
Hohensinner, S. (2008): Rekonstruktion ursprünglicher Lebensraumverhältnisse der Fluss-Auen-Biozönose der Donau im Machland auf Basis der morphologischen Entwicklung von 1715 - 1991 (Reconstruction of original habitat conditions of the Danube river/floodplain biocoenosis based on the morphological development from 1715 - 1991, Machland, Upper/Lower Austria), PhD thesis at the University of Natural Resources and Life Sciences Vienna, in German/English, 307pp + 27 maps, PDF-download:
https://zidapps.boku.ac.at/abstracts/oe_list.php?paID=3&paSID;=6863&paSF;=-1&paCF;=0&paLIST;=0&language;_id=EN
- published: 27 May 2010
- views: 4252
Danube River 1812 - Flight simulation (Donau 1812 - Flugsimulation)
- Order: Reorder
- Duration: 0:54
- Updated: 19 May 2010
- views: 7479
The reconstruction of the historical river landscape is based on water levels and terrain elevations surveyed in 1812. It shows the Machland floodplain (Upper/L...
The reconstruction of the historical river landscape is based on water levels and terrain elevations surveyed in 1812. It shows the Machland floodplain (Upper/Lower Austria) during a low flow situation.
Die Rekonstruktion der historischen Flusslandschaft beruht auf Wasserspiegellagen und Geländehöhen, die im Jahr 1812 vermessen wurden. Sie zeigt das Auensystem im Machland (Ober-/Niederösterreich) während einer Niederwasser-Periode.
Severin Hohensinner (2008), Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Life Sciences Vienna (BOKU), funded by FWF Austrian Science Fund (Project No. P14959-B06, Project leader: Mathias Jungwirth, IHG/BOKU); for further information please refer to:
http://picasaweb.google.at/kyselak.lebt/DonauDanubeRiverMachland17151991?feat=directlink
Hohensinner, S. (2008): Rekonstruktion ursprünglicher Lebensraumverhältnisse der Fluss-Auen-Biozönose der Donau im Machland auf Basis der morphologischen Entwicklung von 1715-1991 (Reconstruction of original habitat conditions of the Danube river/floodplain biocoenosis based on the morphological development from 1715 1991, Machland, Upper/Lower Austria), PhD thesis at the University of Natural Resources & Life Sciences Vienna, in German/English, 307pp + 27 maps, PDF-download:
https://zidapps.boku.ac.at/abstracts/oe_list.php?paID=3&paSID;=6863&paSF;=-1&paCF;=0&paLIST;=0&language;_id=EN
wn.com/Danube River 1812 Flight Simulation (Donau 1812 Flugsimulation)
The reconstruction of the historical river landscape is based on water levels and terrain elevations surveyed in 1812. It shows the Machland floodplain (Upper/Lower Austria) during a low flow situation.
Die Rekonstruktion der historischen Flusslandschaft beruht auf Wasserspiegellagen und Geländehöhen, die im Jahr 1812 vermessen wurden. Sie zeigt das Auensystem im Machland (Ober-/Niederösterreich) während einer Niederwasser-Periode.
Severin Hohensinner (2008), Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Life Sciences Vienna (BOKU), funded by FWF Austrian Science Fund (Project No. P14959-B06, Project leader: Mathias Jungwirth, IHG/BOKU); for further information please refer to:
http://picasaweb.google.at/kyselak.lebt/DonauDanubeRiverMachland17151991?feat=directlink
Hohensinner, S. (2008): Rekonstruktion ursprünglicher Lebensraumverhältnisse der Fluss-Auen-Biozönose der Donau im Machland auf Basis der morphologischen Entwicklung von 1715-1991 (Reconstruction of original habitat conditions of the Danube river/floodplain biocoenosis based on the morphological development from 1715 1991, Machland, Upper/Lower Austria), PhD thesis at the University of Natural Resources & Life Sciences Vienna, in German/English, 307pp + 27 maps, PDF-download:
https://zidapps.boku.ac.at/abstracts/oe_list.php?paID=3&paSID;=6863&paSF;=-1&paCF;=0&paLIST;=0&language;_id=EN
- published: 19 May 2010
- views: 7479
Danube river landscape in Vienna 1849 - Flight simulation (Wiener Donau-Auen 1849 - Flugsimulation)
- Order: Reorder
- Duration: 0:24
- Updated: 13 Jun 2010
- views: 2054
The 3D-reconstruction of the historical river landscape in Vienna is based on a detailed survey of the water bodies and the floodplain terrain in 1849. It shows...
The 3D-reconstruction of the historical river landscape in Vienna is based on a detailed survey of the water bodies and the floodplain terrain in 1849. It shows the situation prior to the major channelization program 1870 - 1875. In the terrain model, the current course of the channelized Danube River is indicated by white lines.
Die 3D-Rekonstruktion der historischen Flusslandschaft in Wien beruht auf einer Vermessung der Gewässer und des Augeländes aus dem Jahr 1849. Sie zeigt die Situation vor der großen Wiener Donau-Regulierung 1870 - 1875. Im Geländemodell ist der aktuelle Lauf der regulierten Donau durch weiße Linien eingezeichnet.
The reconstruction was made by Mathew Herrnegger as a master thesis in the course of the proVISION-research project "OPTIMA Lobau - Optimised management of riverine landscapes based on a multi-criteria Decision Support System" (project-no. 133-260/05; project leader: Thomas Hein). The work package "historical river morphology" was conducted by Severin Hohensinner at the Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Life Sciences Vienna (BOKU).
Herrnegger, M. (2007): Historische Hydromorphologie und Geländetopografie der Wiener Donau-Auen (Historic hydromorphology and terrain topography of the alluvial Danube river landscape of Vienna). Master thesis at the Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Applied Life Sciences Vienna (BOKU), 142 pp + maps, abstract and PDF-download of full text:
https://zidapps.boku.ac.at/abstracts/oe_list.php?paID=3&paCF;=0&paLIST;=0&paSID;=6109
For further information regarding the historical changes of the Austrian Danube River see also:
Hohensinner, S. (2008): Rekonstruktion ursprünglicher Lebensraumverhältnisse der Fluss-Auen-Biozönose der Donau im Machland auf Basis der morphologischen Entwicklung von 1715 - 1991 (Reconstruction of original habitat conditions of the Danube river/floodplain biocoenosis based on the morphological development from 1715 - 1991, Machland, Upper/Lower Austria), PhD thesis at the University of Natural Resources and Life Sciences Vienna, in German/English, 307pp + 27 maps, abstract and PDF-download of full text:
https://zidapps.boku.ac.at/abstracts/oe_list.php?paID=3&paSID;=6863&paSF;=-1&paCF;=0&paLIST;=0&language;_id=EN
wn.com/Danube River Landscape In Vienna 1849 Flight Simulation (Wiener Donau Auen 1849 Flugsimulation)
The 3D-reconstruction of the historical river landscape in Vienna is based on a detailed survey of the water bodies and the floodplain terrain in 1849. It shows the situation prior to the major channelization program 1870 - 1875. In the terrain model, the current course of the channelized Danube River is indicated by white lines.
Die 3D-Rekonstruktion der historischen Flusslandschaft in Wien beruht auf einer Vermessung der Gewässer und des Augeländes aus dem Jahr 1849. Sie zeigt die Situation vor der großen Wiener Donau-Regulierung 1870 - 1875. Im Geländemodell ist der aktuelle Lauf der regulierten Donau durch weiße Linien eingezeichnet.
The reconstruction was made by Mathew Herrnegger as a master thesis in the course of the proVISION-research project "OPTIMA Lobau - Optimised management of riverine landscapes based on a multi-criteria Decision Support System" (project-no. 133-260/05; project leader: Thomas Hein). The work package "historical river morphology" was conducted by Severin Hohensinner at the Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Life Sciences Vienna (BOKU).
Herrnegger, M. (2007): Historische Hydromorphologie und Geländetopografie der Wiener Donau-Auen (Historic hydromorphology and terrain topography of the alluvial Danube river landscape of Vienna). Master thesis at the Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Applied Life Sciences Vienna (BOKU), 142 pp + maps, abstract and PDF-download of full text:
https://zidapps.boku.ac.at/abstracts/oe_list.php?paID=3&paCF;=0&paLIST;=0&paSID;=6109
For further information regarding the historical changes of the Austrian Danube River see also:
Hohensinner, S. (2008): Rekonstruktion ursprünglicher Lebensraumverhältnisse der Fluss-Auen-Biozönose der Donau im Machland auf Basis der morphologischen Entwicklung von 1715 - 1991 (Reconstruction of original habitat conditions of the Danube river/floodplain biocoenosis based on the morphological development from 1715 - 1991, Machland, Upper/Lower Austria), PhD thesis at the University of Natural Resources and Life Sciences Vienna, in German/English, 307pp + 27 maps, abstract and PDF-download of full text:
https://zidapps.boku.ac.at/abstracts/oe_list.php?paID=3&paSID;=6863&paSF;=-1&paCF;=0&paLIST;=0&language;_id=EN
- published: 13 Jun 2010
- views: 2054
Flood at the Danube River in Vienna 1849 - Donau-Hochwasser in Wien 1849
- Order: Reorder
- Duration: 0:21
- Updated: 13 Jun 2010
- views: 2332
The reconstruction of the floodplain inundation is based on water levels and terrain elevations surveyed in 1849. It shows how the floodplain in Vienna was pote...
The reconstruction of the floodplain inundation is based on water levels and terrain elevations surveyed in 1849. It shows how the floodplain in Vienna was potentially inundated at flows between low water level and a flood with a return frequency of ca. 1 year.
Die Rekonstruktion der Überflutung des Augebietes beruht auf Wasserspiegellagen und Geländehöhen, die im Jahr 1849 vermessen wurden. Sie zeigt, wie das Auensystem in Wien bei einer Wasserführung zwischen Niederwasser und einem 1-jährlichen Hochwasser vermutlich überflutet wurde.
The reconstruction was made by Mathew Herrnegger as a master thesis in the course of the proVISION-research project "OPTIMA Lobau - Optimised management of riverine landscapes based on a multi-criteria Decision Support System" (project-no. 133-260/05; project leader: Thomas Hein). The work package "historical river morphology" was conducted by Severin Hohensinner at the Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Life Sciences Vienna (BOKU).
Herrnegger, M. (2007): Historische Hydromorphologie und Geländetopografie der Wiener Donau-Auen (Historic hydromorphology and terrain topography of the alluvial Danube river landscape of Vienna). Master thesis at the Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Life Sciences Vienna (BOKU), 142 pp + maps, abstract and PDF-download of full text:
https://zidapps.boku.ac.at/abstracts/oe_list.php?paID=3&paCF;=0&paLIST;=0&paSID;=6109
For further information regarding the historical changes of the Austrian Danube River see also:
Hohensinner, S. (2008): Rekonstruktion ursprünglicher Lebensraumverhältnisse der Fluss-Auen-Biozönose der Donau im Machland auf Basis der morphologischen Entwicklung von 1715 - 1991 (Reconstruction of original habitat conditions of the Danube river/floodplain biocoenosis based on the morphological development from 1715 - 1991, Machland, Upper/Lower Austria), PhD thesis at the University of Natural Resources and Life Sciences Vienna, in German/English, 307pp + 27 maps, abstract and PDF-download of full text:
https://zidapps.boku.ac.at/abstracts/oe_list.php?paID=3&paSID;=6863&paSF;=-1&paCF;=0&paLIST;=0&language;_id=EN
wn.com/Flood At The Danube River In Vienna 1849 Donau Hochwasser In Wien 1849
The reconstruction of the floodplain inundation is based on water levels and terrain elevations surveyed in 1849. It shows how the floodplain in Vienna was potentially inundated at flows between low water level and a flood with a return frequency of ca. 1 year.
Die Rekonstruktion der Überflutung des Augebietes beruht auf Wasserspiegellagen und Geländehöhen, die im Jahr 1849 vermessen wurden. Sie zeigt, wie das Auensystem in Wien bei einer Wasserführung zwischen Niederwasser und einem 1-jährlichen Hochwasser vermutlich überflutet wurde.
The reconstruction was made by Mathew Herrnegger as a master thesis in the course of the proVISION-research project "OPTIMA Lobau - Optimised management of riverine landscapes based on a multi-criteria Decision Support System" (project-no. 133-260/05; project leader: Thomas Hein). The work package "historical river morphology" was conducted by Severin Hohensinner at the Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Life Sciences Vienna (BOKU).
Herrnegger, M. (2007): Historische Hydromorphologie und Geländetopografie der Wiener Donau-Auen (Historic hydromorphology and terrain topography of the alluvial Danube river landscape of Vienna). Master thesis at the Institute of Hydrobiology & Aquatic Ecosystem Management (IHG), University of Natural Resources & Life Sciences Vienna (BOKU), 142 pp + maps, abstract and PDF-download of full text:
https://zidapps.boku.ac.at/abstracts/oe_list.php?paID=3&paCF;=0&paLIST;=0&paSID;=6109
For further information regarding the historical changes of the Austrian Danube River see also:
Hohensinner, S. (2008): Rekonstruktion ursprünglicher Lebensraumverhältnisse der Fluss-Auen-Biozönose der Donau im Machland auf Basis der morphologischen Entwicklung von 1715 - 1991 (Reconstruction of original habitat conditions of the Danube river/floodplain biocoenosis based on the morphological development from 1715 - 1991, Machland, Upper/Lower Austria), PhD thesis at the University of Natural Resources and Life Sciences Vienna, in German/English, 307pp + 27 maps, abstract and PDF-download of full text:
https://zidapps.boku.ac.at/abstracts/oe_list.php?paID=3&paSID;=6863&paSF;=-1&paCF;=0&paLIST;=0&language;_id=EN
- published: 13 Jun 2010
- views: 2332
Arboretum | Slovenia | Europe - ADVENTURE
- Order: Reorder
- Duration: 1:23
- Updated: 03 Jul 2015
- views: 1177
Arboretum | Slovenia | Europe - ADVENTURE
Volčji Potok Arboretum is the most visited horticultural facility in Slovenia. In the last twenty years it became fam...
Arboretum | Slovenia | Europe - ADVENTURE
Volčji Potok Arboretum is the most visited horticultural facility in Slovenia. In the last twenty years it became famous for its spring flower shows. Visitors from all parts of the country and from abroad come to Arboretum to be fascinated by millions of daffodil, tulip and other spring flowers.
Volčji Potok Arboretum was established in 1952 by University of Ljubljana. The institution took over the estate till 1948 owned by Souvan family. The late private owners bought the property in 1882 and plated park around the mansion house. The renaissance and later barocco style mansion house was destroyed in the World War II. In 1950 the estate was legally declared a place of cultural and natural heritage of national importance.
University created a collection of woody plants for research and educative purposes. Later the Arboretum became independent. Today it manages the park, produces plants in its own nurseries, runs a garden centre, employs a group of landscape architects and does practical landscaping all over Slovenia.
In Arboretum, 80 hectare of ecologically very diversified grounds are occupied by about 2.500 taxa of trees and shrubs. The plant collection has been thoughtfully designed as a landscape park, including well-conserved rare natural biocoenosis. In peaceful and aesthetic scenery visitors are given an opportunity to experience beauty and uniqueness of man modified environment.
People come here for walks in early spring to enjoy the nature's colourful waking; when horse chestnuts and the whole park blossom to admire the vitality of young life; on hot days to find delight in charming gaily coloured flower beds offering a proof of summer strengths; in autumn when dry leaves rustle under their feet to find peace and solitude and make use of the last warm sunshine rays; they come in winter to pay attention to things not noticed earlier.
Basic information |
Arboretum Volčji Potok | 46° 11′ 14.24″ N, 14° 36′ 40.66″ E
http://www.arboretum-vp.si/
http://www.arboretum-vp.si/en/
https://www.facebook.com/prijatelji.arboretuma
Wikipedia: https://goo.gl/0MnauB
Arboretum Volčji Potok | Volčji Potok 3 | 1235 Radomlje | Slovenia | info@arboretum.si | +386 1 831 23 45
Copyright: Tiana Productions
IT IS FORBIDDEN TO re-upload the video and sound to your personal channel for copyright infringement and deterioration of sound and unnecessary accumulation on YouTube! Each hanging video clip on YouTube, will be reported to YouTube administrators. All copyright and performance rights are protected.
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Arboretum | Slovenia | Europe - ADVENTURE
Volčji Potok Arboretum is the most visited horticultural facility in Slovenia. In the last twenty years it became famous for its spring flower shows. Visitors from all parts of the country and from abroad come to Arboretum to be fascinated by millions of daffodil, tulip and other spring flowers.
Volčji Potok Arboretum was established in 1952 by University of Ljubljana. The institution took over the estate till 1948 owned by Souvan family. The late private owners bought the property in 1882 and plated park around the mansion house. The renaissance and later barocco style mansion house was destroyed in the World War II. In 1950 the estate was legally declared a place of cultural and natural heritage of national importance.
University created a collection of woody plants for research and educative purposes. Later the Arboretum became independent. Today it manages the park, produces plants in its own nurseries, runs a garden centre, employs a group of landscape architects and does practical landscaping all over Slovenia.
In Arboretum, 80 hectare of ecologically very diversified grounds are occupied by about 2.500 taxa of trees and shrubs. The plant collection has been thoughtfully designed as a landscape park, including well-conserved rare natural biocoenosis. In peaceful and aesthetic scenery visitors are given an opportunity to experience beauty and uniqueness of man modified environment.
People come here for walks in early spring to enjoy the nature's colourful waking; when horse chestnuts and the whole park blossom to admire the vitality of young life; on hot days to find delight in charming gaily coloured flower beds offering a proof of summer strengths; in autumn when dry leaves rustle under their feet to find peace and solitude and make use of the last warm sunshine rays; they come in winter to pay attention to things not noticed earlier.
Basic information |
Arboretum Volčji Potok | 46° 11′ 14.24″ N, 14° 36′ 40.66″ E
http://www.arboretum-vp.si/
http://www.arboretum-vp.si/en/
https://www.facebook.com/prijatelji.arboretuma
Wikipedia: https://goo.gl/0MnauB
Arboretum Volčji Potok | Volčji Potok 3 | 1235 Radomlje | Slovenia | info@arboretum.si | +386 1 831 23 45
Copyright: Tiana Productions
IT IS FORBIDDEN TO re-upload the video and sound to your personal channel for copyright infringement and deterioration of sound and unnecessary accumulation on YouTube! Each hanging video clip on YouTube, will be reported to YouTube administrators. All copyright and performance rights are protected.
Social Networks:
Facebook: https://www.facebook.com/tianaproductions
Instagram: https://instagram.com/tiana_productions/
Twitter: https://twitter.com/TianaPro
Vimeo: https://vimeo.com/tianaproductions
Google+ Profile: https://plus.google.com/u/0/110997563125228231536/posts
Google+ Page: https://plus.google.com/u/0/b/102514090938481274807/102514090938481274807/posts
Subscribe & Follow us!
Contact: officetianaproductions@gmail.com
- published: 03 Jul 2015
- views: 1177
Benedictus van Haeften
- Order: Reorder
- Duration: 2:38
- Updated: 26 Dec 2015
- views: 2
Benedictus van Haeften
=======Image-Copyright-Info=======
Image is in public domain
Author-Info: Benedict van Haeften
Image Source: https://en.wikipedia.or...
Benedictus van Haeften
=======Image-Copyright-Info=======
Image is in public domain
Author-Info: Benedict van Haeften
Image Source: https://en.wikipedia.org/wiki/File:Schola_cordis.jpg
=======Image-Copyright-Info========
☆Video is targeted to blind users
Attribution:
Article text available under CC-BY-SA
image source in video
wn.com/Benedictus Van Haeften
Benedictus van Haeften
=======Image-Copyright-Info=======
Image is in public domain
Author-Info: Benedict van Haeften
Image Source: https://en.wikipedia.org/wiki/File:Schola_cordis.jpg
=======Image-Copyright-Info========
☆Video is targeted to blind users
Attribution:
Article text available under CC-BY-SA
image source in video
- published: 26 Dec 2015
- views: 2
How to Pronounce Bedrabbled
- Order: Reorder
- Duration: 0:27
- Updated: 27 Feb 2015
- views: 5
This video shows you how to pronounce Bedrabbled
This video shows you how to pronounce Bedrabbled
wn.com/How To Pronounce Bedrabbled
This video shows you how to pronounce Bedrabbled
- published: 27 Feb 2015
- views: 5
close fullscreen
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close fullscreen
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- Chat
2:07
Biocoenosis Visuals Test 2
More aggressive audio analysis. Video capturing seems to keep audio and visuals more out o...
published: 23 Sep 2015
Biocoenosis Visuals Test 2
Biocoenosis Visuals Test 2
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- published: 23 Sep 2015
- views: 47
0:28
Biocoenosis Meaning
Video shows what biocoenosis means. A community of interacting organisms that form a natur...
published: 28 Apr 2015
Biocoenosis Meaning
Biocoenosis Meaning
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- published: 28 Apr 2015
- views: 20
1:42
Biocoenosis live 14.11.2015 @ Huuru UG, Oulainen
A short clip from the middle of the set. At this point we halved the tempo and dived into ...
published: 19 Nov 2015
Biocoenosis live 14.11.2015 @ Huuru UG, Oulainen
Biocoenosis live 14.11.2015 @ Huuru UG, Oulainen
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- published: 19 Nov 2015
- views: 63
2:56
Biocoenosis
A biocenosis, coined by Karl Möbius in 1877, describes the interacting organisms living to...
published: 31 Dec 2015
Biocoenosis
Biocoenosis
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- published: 31 Dec 2015
- views: 9
2:07
Biocoenosis
Biocoenosis
☆Video is targeted to blind users
Attribution:
Article text available under...
published: 26 Dec 2015
Biocoenosis
Biocoenosis
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- published: 26 Dec 2015
- views: 0
0:19
FROM ENGLISH TO FRENCH = Biocoenosis
published: 12 Oct 2011
FROM ENGLISH TO FRENCH = Biocoenosis
FROM ENGLISH TO FRENCH = Biocoenosis
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- published: 12 Oct 2011
- views: 9
0:19
FROM ENGLISH TO SPANISH = Biocoenosis
published: 13 Oct 2011
FROM ENGLISH TO SPANISH = Biocoenosis
FROM ENGLISH TO SPANISH = Biocoenosis
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- published: 13 Oct 2011
- views: 8
0:21
How to Pronounce Biocoenosis
Learn how to say words in English correctly with Emma Saying free pronunciation tutorials....
published: 01 Mar 2013
How to Pronounce Biocoenosis
How to Pronounce Biocoenosis
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- published: 01 Mar 2013
- views: 296
0:30
How to Pronounce Biocoenosis
This video shows you how to pronounce Biocoenosis
published: 27 Feb 2015
How to Pronounce Biocoenosis
How to Pronounce Biocoenosis
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- published: 27 Feb 2015
- views: 10
1:51
HUURU ug 14.11 2015
Underground with
Tottelematon, Biocoenosis LIVE, zankax, YRR-J, Marc Aurora b2b Acuic, Mik...
published: 20 Nov 2015
HUURU ug 14.11 2015
HUURU ug 14.11 2015
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- published: 20 Nov 2015
- views: 29
4:53
Mutag Biofilms Movie 2 (incl. audio)
Detailed pictures of the biocoenosis (microorganisms) on the surface of the high-performan...
published: 07 Feb 2013
Mutag Biofilms Movie 2 (incl. audio)
Mutag Biofilms Movie 2 (incl. audio)
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- published: 07 Feb 2013
- views: 683
2:09
Leopard spotted goby and lobster Norway
Goby and lobster, a biocoenosis?
published: 11 Sep 2010
Leopard spotted goby and lobster Norway
Leopard spotted goby and lobster Norway
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- published: 11 Sep 2010
- views: 411
0:42
Mass Mortality Events in the NW Adriatic Sea: Phase Shift from Slow- to Fast-Growing Organisms
Mass Mortality Events in the NW Adriatic Sea: Phase Shift from Slow- to Fast-Growing Organ...
published: 14 May 2015
Mass Mortality Events in the NW Adriatic Sea: Phase Shift from Slow- to Fast-Growing Organisms
Mass Mortality Events in the NW Adriatic Sea: Phase Shift from Slow- to Fast-Growing Organisms
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- published: 14 May 2015
- views: 30
1:44
Agrophysics
Agrophysics
Agrophysics is a branch of science bordering on agronomy and physics, whose...
published: 22 Jan 2016
Agrophysics
Agrophysics
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- published: 22 Jan 2016
- views: 2
Biocoenosis Visuals Test 2...
Biocoenosis Meaning...
Biocoenosis live 14.11.2015 @ Huuru UG, Oulainen...
Biocoenosis...
Biocoenosis...
FROM ENGLISH TO FRENCH = Biocoenosis...
FROM ENGLISH TO SPANISH = Biocoenosis...
How to Pronounce Biocoenosis...
How to Pronounce Biocoenosis...
HUURU ug 14.11 2015...
Mutag Biofilms Movie 2 (incl. audio)...
Leopard spotted goby and lobster Norway...
Mass Mortality Events in the NW Adriatic Sea: Phas...
Agrophysics...
Danube river landscape 1715-1991 (Donau im Machlan...
Flood at the Danube River in the Machland 1812 (Do...
Danube river landscape Vienna/Lobau 1726-2001 (Don...
Danube River 1812 - Flight simulation (Donau 1812 ...
Danube river landscape in Vienna 1849 - Flight sim...
Flood at the Danube River in Vienna 1849 - Donau-H...
Arboretum | Slovenia | Europe - ADVENTURE...
Benedictus van Haeften...
