Biofector MOOC - English: Unterschied zwischen den Versionen

Version vom 1. Dezember 2016, 15:33 Uhr

This MOOC is about Biofector. Please choose your language.

In diesem MOOC geht es um Biofector. Bitte wählen Sie ihre Sprache.

Video

QUIZit

What is the Goal of Biofector? (To bring fertilisers onto the world market (To control fertilising operations coutrywide (To reduce the amount of fertiliser used (To prohibit fertoliser use in Germany)

What are Biofectors? (Substances addictive for pests (Plants with no fertiliser (Microorganisms or Bio-Active Substances (Toxic Fertilisers)

Only 50% of nitrogen form normal fertilisers gets to the plant. How much phosphate does so? (90 % (60 % (20 % (40 %)

What can Biofectors do? (Destroy Pests (Act as a substitute for soil so that greenhouses can do without natural nutrients (Increase plant volume to produce giant plants (Stimulate plant growth by making nutrients available)

How Many Partners has Biofector? (22 Partners in 11 Countries (15 Partners in15 Countries (9 Partners in7 Countries)

What Sort of Partners Does Biofector Have? (8 Research Institutes, 10 Associations (7 Universities, 5 Research Institutes, 8 Firms und Associations (22 Firms from the Agro Sector)

In How Many Countries Does Biofector Perform Field Trials? (2 in Europe (8 in Europe (15 worlwise)

Was sind die wichtigsten Pflanzen für Biofector? (Carrot, Orange, Oats (Tomato, Wheat, Maize (Cucumber, Apple, Banana)

What Effects Were Observed in Field Trials, or What Effects were Desired? More Than One Correct Answer! (Increased Root Growth (Taller Plants (Increased Resistance to Pests (300 % greater Yield (Improved resistance to Stress (More Bio-Mass (Greater Efficiency)

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Multiple-Choice

Was ist das Ziel von Biofector? (Düngemitteleinsatz reduzieren) (!Düngemittel auf den Weltmarkt bringen) (!Düngung in Deutschland zu verbieten) (!Düngung landesweit zu kontrollieren)

Was sind Biofectoren? (Mikroorganismen bzw. bioaktive Substanzen) (!Suchtmittel für Schädlinge) (!toxische Düngemittel) (!nicht gedüngte Pflanzen)

Es kommen nur 50 % des Stickstoffs bei einer herkömmlichen Düngung bei einer Pflanze an. Wie viel Phosphat kommt an? (20 %) (!60 %) (!90 %) (!40 %)

Was können Biofectoren? (Pflanzenwachstum stimulieren um Nährstoffe verfügbar zu machen) (!Pflanzenvolumen vervielfachen, damit Riesenpflanzen entstehen) (!Schädlinge abtöten) (!Erde ersetzen, damit Treibhäuser ohne natürliche Nährstoffe auskommen kann)

Wie viele Partner hat Biofector? (22 Partner aus 11 Länder) (!15 Partnert aus 15 Länder) (!9 Partner aus 7 Länder )

Welche Partner hat Biofector? (7 Universitäten, 5 Forschungsinstitute, 8 Firmen und Verbände) (!8 Forschungsinstitute, 10 Verbände) (!22 Firmen aus dem Agrarbereich)

In wie vielen Ländern macht Biofector Feldversuche? (8 in Europa) (!15 weltweit) (!2 in Europa)

Was sind die wichtigsten Pflanzen für Biofector? (Tomaten, Weizen ,Mais) (!Gurke, Apfel, Banane) (!Karotte, Orange, Hafer)

Welche Effekte wurden bei den Feldversuchen beobachtet bzw. werden angestrebt? Mehrere richtige Antworten! (erhöhtes Wurzelwachstum) (mehr Biomasse) (!höhere Pflanzen) (!300 % mehr Ertrag) (!erhöhte Schädlingresistenz) (verbesserte Stressresistenz) (mehr Effizienz)

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Memory

Erstelle ein Memory. Ersetze einfach die vorgegebenen Elemente.

Memory-Titel
Finde die Paare.

Bio-

-fector

-

Healthy growth, nutrient adequacy and

Resistance to stress factors

-

Algae, compost, and

Plant extracts

-

Maize, wheat and

tomato

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Lückentext

Viel Spaß bei diesem Lückentext.

BIOFECTOR is an integrated project with the aim to reduce input of mineral fertilisers in European agriculture by development of specifically adapted bio-effectors (BEs) to improve the efficiency of alternative fertilisation strategies, such as organic and low-input farming, use of fertilisers based on waste recycling products and fertiliser placement technologies.

Bio-effectors addressed comprise fungal strains of Trichoderma, Penicillium and Sebacinales, as well as bacterial strains of Bacillus and Pseudomonades with well-characterized root growth promoting and nutrient-solubilising potential. Natural extraction products of seaweed, compost and plant extracts, as well as their purified active compounds with protective potential against biotic and abiotic stresses are also tested in various combinations. These features offer perspectives for a more efficient use of nutrients by strategic combination with the alternative fertilisation strategies. Maize, wheat and tomato are chosen as representative crops. Laboratory and European-wide field experiments assure product adaptation to the various geo-climatic conditions characteristic for European agriculture.

The final goal is the development of viable alternatives to the conventional practice of mineral fertilisation as contribution to a more efficient management of the non-renewable resources of mineral nutrients, energy and water, to preserve soil fertility and to counteract the adverse environmental impact of agricultural production.

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Offene Aufgaben & Projekte

Schreibe eine Zusammenfassung darüber, wie Bioeffektoren funktionieren

Links

Kontakt

Universität Hohenheim
Prof Dr. Günter Neumann
Institut für Kulturpflanzenwissenschaften
70593 Stuttgart
www.biofector.info

Zuordnung

Autoren

Benutzer:Mr.was geht sie das an

link=http://www.biofector.info/ biofector.info

@@ Zeile 29: / Zeile 29: @@
 == QUIZit ==
-MOOC Biofector English
-+
+<div class="multiplechoice-quiz">
-What is the Goal of Biofector?
+'''What is the Goal of Biofector?'''
-.	To bring fertilisers onto the world market
+(To bring fertilisers onto the world market
-.	To control fertilising operations coutrywide
+(To control fertilising operations coutrywide
-.	To reduce the amount of fertiliser used
+(To reduce the amount of fertiliser used
-.	To prohibit fertoliser use in Germany
+(To prohibit fertoliser use in Germany)
-prüfen!
+</div>
+<br>
-What are Biofectors?
+<div class="multiplechoice-quiz">
-.	Substances addictive for pests
+'''What are Biofectors?'''
-.	Plants with no fertiliser
+(Substances addictive for pests
-.	Microorganisms or Bio-Active Substances
+(Plants with no fertiliser
-.	Toxic Fertilisers
+(Microorganisms or Bio-Active Substances
-prüfen!
+(Toxic Fertilisers)
+</div>
+<br>
-Only 50% of nitrogen form normal fertilisers gets to the plant. How much phosphate does so?
-.	90 %
-.	60 %
-.	20 %
-.	40 %
-prüfen!
-What can Biofectors do?
+<div class="multiplechoice-quiz">
-.	Destroy Pests
+'''Only 50% of nitrogen form normal fertilisers gets to the plant. How much phosphate does so?'''
-.	Act as a substitute for soil so that greenhouses can do without natural nutrients
+(90 %
-.	Increase plant volume to produce giant plants
+(60 %
-.	Stimulate plant growth by making nutrients available
+(20 %
-prüfen!
+(40 %)
+</div>
+<br>
-How Many Partners has Biofector?
-.	22 Partners in 11 Countries
-.	15 Partners in15 Countries
-.	9 Partners in7 Countries
-prüfen!
-What Sort of Partners Does Biofector Have?
+<div class="multiplechoice-quiz">
-.	8 Research Institutes, 10 Associations
+'''What can Biofectors do?'''
-.	7 Universities, 5 Research Institutes, 8 Firms und Associations
+(Destroy Pests
-.	22 Firms from the Agro Sector
+(Act as a substitute for soil so that greenhouses can do without natural nutrients
-prüfen!
+(Increase plant volume to produce giant plants
+(Stimulate plant growth by making nutrients available)
+</div>
+<br>
-In How Many Countries Does Biofector Perform Field Trials?
+<div class="multiplechoice-quiz">
-.	2 in Europe
+'''How Many Partners has Biofector?'''
-.	8 in Europe
+(22 Partners in 11 Countries
-.	15 worlwise
+(15 Partners in15 Countries
-prüfen!
+(9 Partners in7 Countries)
+</div>
+<br>
-Was sind die wichtigsten Pflanzen für Biofector?
+<div class="multiplechoice-quiz">
-.	Carrot, Orange, Oats
+'''What Sort of Partners Does Biofector Have?'''
-.	Tomato, Wheat, Maize
+(8 Research Institutes, 10 Associations
-.	Cucumber, Apple, Banana
+(7 Universities, 5 Research Institutes, 8 Firms und Associations
-prüfen!
+(22 Firms from the Agro Sector)
+</div>
+<br>
-What Effects Were Observed in Field Trials, or What Effects were Desired?
-More Than One Correct Answer!
+<div class="multiplechoice-quiz">
-.	Increased Root Growth
+'''In How Many Countries Does Biofector Perform Field Trials?'''
-.	Taller Plants
+(2 in Europe
-.	Increased Resistance to Pests
+(8 in Europe
-.	300 % greater Yield
+(15 worlwise)
-.	Improved resistance to Stress
+</div>
-.	More Bio-Mass
+<br>
-.	Greater Efficiency
-                  ist ein integriertes Projekt mit der Zielsetzung, neue Ansätze für die Nutzung von
-is an integrated project with the goal  of developing new approaches to the use of                  . It involves living               and natural active substances with the ability to promote healthy growth, nutrient acquisition and resistance of crops against biotic and abiotic                     . Such bio-effectors should help to improve productivity and the use of nutrients from alternative fertilisers, for instance in organic farming by the use of                      and applying fertiliser directly to the root area. The strategic combination of such alternative fertilising methods and the bio-effector products which are suitable for the prevailing conditions should help to reduce the use of agrochemicals and to develop sustainable and eco-friendly agricultural production.
-The Bio-Effectors investigated in the project include fungal and bacterial isolates for which root-growth-promoting and nutrient-mobilising properties have been documented. Further, algae, compost and plant extractsand their active components in various combinations and formulations are tested. The investigations are carried out using important crops such as maize, wheat and tomato.  After initial testing on a laboratory and greenhouse scale a Europe-wide network of                      will allow the newly developed A Europe-wide network of                      to be tested under diverse geo-climatic conditions within the project duration (of five years).
+<div class="multiplechoice-quiz">
+'''Was sind die wichtigsten Pflanzen für Biofector?'''
+(Carrot, Orange, Oats
+(Tomato, Wheat, Maize
+(Cucumber, Apple, Banana)
+</div>
+<br>
+<div class="multiplechoice-quiz">
+'''What Effects Were Observed in Field Trials, or What Effects were Desired?'''
+More Than One Correct Answer!
+(Increased Root Growth
+(Taller Plants
+(Increased Resistance to Pests
+(300 % greater Yield
+(Improved resistance to Stress
+(More Bio-Mass
+(Greater Efficiency)
+</div>
+<br>
-Bio-EffektorenBIOFECTORMikroorganismenStressfaktorenFeldversuchsstandortenDüngungsstrategienKulturpflanzenartenRecyclingdüngern
 <br />
@@ Zeile 177: / Zeile 210: @@
 |-
 | Bio- || -fector
-|-
+| -
-| gesundes Wachstum, Nährstoffaneignung und || Resistenz gegenüber Stressfaktoren
+| Healthy growth, nutrient adequacy and || Resistance to stress factors
-|-
+| -
-| Algen-, Kompost-, und  || Pflanzenextrakte
+| Algae, compost, and || Plant extracts
-|-
+| -
-| Mais, Weizen und || Tomate
+| Maize, wheat and || tomato
 |}
 </div>
@@ Zeile 195: / Zeile 228: @@
 |}
 <div class="lueckentext-quiz">
-'''BIOFECTOR''' ist ein integriertes Projekt mit der Zielsetzung, neue Ansätze für die Nutzung von '''Bio-Effektoren''' zu entwickeln. Dabei handelt es sich um lebende '''Mikroorganismen''' und natürliche Wirkstoffe, mit der Fähigkeit, das gesunde Wachstum, die Nährstoffaneignung und die Resistenz von Kulturpflanzen gegenüber abiotischen und biotischen '''Stressfaktoren''' zu fördern. Mit Hilfe solcher Bio-Effektoren soll die Produktivität und Nährstoffausnutzung alternativer Dünger verbessert werden. So z.B. im organischen Landbau, bei der Verwendung von '''Recyclingdüngern''' und bei platzierter Düngung direkt im Wurzelbereich. Die strategische Kombination solcher alternativer Düngungsstrategien mit speziell an die jeweiligen, dort vorherrschenden Bedingungen angepassten Bio-Effektorprodukten soll dazu beitragen, den Einsatz von Agrochemikalien zu vermindern und eine nachhaltige und umweltfreundliche landwirtschaftliche Produktion zu entwickeln.<br />
+'''BIOFECTOR''' is an integrated project with the aim to reduce input of mineral fertilisers in European agriculture by development of specifically adapted '''bio-effectors''' (BEs) to improve the efficiency of alternative fertilisation strategies, such as organic and low-input farming, use of '''fertilisers''' based on waste recycling products and fertiliser placement technologies.<br />
+Bio-effectors addressed comprise fungal strains of Trichoderma, '''Penicillium''' and Sebacinales, as well as bacterial strains of Bacillus and '''Pseudomonades''' with well-characterized root growth promoting and nutrient-solubilising potential. Natural extraction products of seaweed, compost and plant extracts, as well as their purified active compounds with protective potential against biotic and abiotic stresses are also tested in various combinations. These features offer perspectives for a more efficient use of nutrients by strategic '''combination''' with the alternative fertilisation strategies. Maize, wheat and '''tomato''' are chosen as representative crops. Laboratory and European-wide field experiments assure product adaptation to the various geo-climatic conditions characteristic for European agriculture.<br />
-Die im Projekt untersuchten Bio-Effektoren umfassen pilzliche und bakterielle Isolate, für die bereits Wurzelwachstums-fördernde und Nährstoff-mobilisierende Eigenschaften dokumentiert sind. Weiterhin werden marine Algen-, Kompost-, und  Pflanzenextrakte und deren aktive Inhaltsstoffe in verschiedenen Kombinationen und Formulierungen getestet. Die Versuche werden an den bedeutenden '''Kulturpflanzenarten''' Mais, Weizen und Tomate durchgeführt. Nach einer Vortestung im Labor-, und Gewächshausmaßstab ermöglicht ein Europa-weites Netzwerk von '''Feldversuchsstandorten''', die neu entwickelten '''Düngungsstrategien''' innerhalb der Projektlaufzeit von fünf Jahren unter diversen geo-klimatischen Bedingungen in Europa zu testen.
+The final goal is the development of viable alternatives to the conventional practice of mineral fertilisation as contribution to a more efficient management of the non-renewable resources of mineral nutrients, energy and water, to preserve soil fertility and to '''counteract''' the adverse environmental impact of agricultural production.
 </div>