Examples of using Macroalgae in English and their translations into German
{-}
-
Colloquial
-
Official
-
Ecclesiastic
-
Medicine
-
Financial
-
Ecclesiastic
-
Political
-
Computer
-
Programming
-
Official/political
-
Political
Macrophytes(water plants and macroalgae) and.
Particularly the macroalgae- kelp- are rich in healing properties.
Genetic improvement of specific marine macroalgae.
Propagation cabinet for macroalgae and aquatic plants.
Production and utilization of entire marine macroalgae.
Microalgae, macroalgae, mosses and plantcells provide numerous opportunities.
Genetics improvement and intensive cultivation of marine macroalgae.
Macroalgae are characterized by their high value in terms of nutritional physiology.
Algae can be broadly divided into microalgae and macroalgae seaweed.
In strong currents, the thalli of macroalgae become slimmer, which influences the surface.
This allows the filamentous algae to proliferate and ultimately overgrow the bladder wrack andother macroalgae.
Control of eutrophication(green tides of macroalgae) of European coastal waters.
Seagrass and macroalgae thus function as a kind of biological purification system in coastal ecosystems.
It helps maintain optimum water quality for corals, coralline algae, macroalgae, seagrasses, and mangroves.
Food and feeding from macroalgae: relevance of algae as human food is increasing in Europe.
He also investigates the interactions between invasive macroalgae and native biocoenoses.> web.
Thread-like turf algae and fleshy macroalgae settle in the reef, preferably in hard bottom areas on dead stony corals or rocks.
They are composed of bacteria, unicellulars, sessile and motile animals,micro- and macroalgae.
Sprawling underwater forests of macroalgae offer a habitat for a variety of fishes, crabs and worms.
To promote and coordinate competitive research on the biological,technological and economic use of primary marine biomass derived from macroalgae(seaweeds);
Four trophic layers are identified: phytoplankton, macroalgae and angiosperms, benthic invertebrate fauna and fish fauna.
Use of macroalgae(Ulva sp.) in compost mixtures of manure and forestry residues(widely used in France)(Co-ordinator: J. De Waart, Zeist, The Netherlands);
These two experiments indicate that a decrease in biological diversity has a negative impact on the structure of the habitat,regardless of whether the number of species of producers(macroalgae) or consumers(grazers) is reduced.
Water plants like seaweed, macroalgae and microorganisms called phytoplankton form natural halogenates and release them into the air.
In this COST Action we will put emphasis on genetic improvement, intensive cultivation, biotransformation of algal biomass, the application of marine macroalgae and algal products in biotechnology and establishing the role of macroalgae in coastal eutrophication.
Brown algae and other macroalgae grow on sunny rocky coasts around the globe; the largest can be found on North America's Pacific Coast and many coasts in the Southern Hemisphere.
Emphasis will be placed on promoting research on marine primary biomass from macroalgae in Eastern European countries, by organizing Workshops on the development and applicability of novel experimental approaches and technologies.
Macroalgae have a sustainable and inexpensive power potential of 2,300 liters of ethanol per hectare per year, ie twice the performance of the Brazilian sugarcane ethanol 1,200 liters.
For example, our researchers tried to cultivate macroalgae with sea cucumbers and have achieved first successes in the field of multitrophic aquaculture.
COST 48 research on aquatic primary marine biomass(marine macroalgae) was pursued under the European Communities Biotechnology Programme(BAP) from 1985-1989 and continued in association with the BRIDGE Programme(Biotechnology Research for Innovation, Development and Growth in Europe) for the years 1990-1994.