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Vorlesungsverzeichnis    
 
Die Überschrift Fakultät für Agrarwissenschaften aufklappen  Fakultät für Agrarwissenschaften    
 
Die Überschrift II.Double-Degree Programme   II.Double-Degree Programme "European Master of Animal Breeding and Genetic" (EMABG)    
 
Die Überschrift Block A - Compulsory Modules aufklappen  Block A - Compulsory Modules    
 
Die Überschrift Sommersemester aufklappen  Sommersemester    
 
Die Überschrift M.iPAB.0002 Breeding schemes and programs in plant and animal breeding aufklappen  M.iPAB.0002 Breeding schemes and programs in plant and animal breeding    
   
SoSe 2021    740885     Vorlesung    4 SWS    ECTS-Punkte: 6     Abteilung Zuchtmethodik der Pflanze Teilnehmer/-in:   30     Zugeordnete Lehrpersonen:   Schierholt ,   Beissinger ,   Zumbach

Termine

Tag Zeit Turnus Termin fällt aus am Lehrperson Raum
Donnerstag 10:15 bis
11:45
wöch. 15.04.2021 bis
15.07.2021
  Tierzucht- / L09
Donnerstag 12:15 bis
13:45
wöch. 15.04.2021 bis
15.07.2021
  Tierzucht- / L09

Prüfungstermine:

Tag Zeit Turnus Termin fällt aus am Lehrperson Raum
Donnerstag 14:00 bis
16:00
Klausur 22.07.2021 bis
22.07.2021
  Agrarwisse / L01
Donnerstag 14:00 bis
16:00
Klausur 22.07.2021 bis
22.07.2021
  Agrarwisse / L02
Donnerstag 14:00 bis
16:00
Klausur 22.07.2021 bis
22.07.2021
  Agrarwisse / L04
Donnerstag 14:00 bis
16:00
Klausur 26.08.2021 bis
26.08.2021
  Agrarwisse / L01



Kommentar:

Contents:
Design of breeding programs. Basic elements of breeding programs: Breeding
objectives and breeding planning, performance testing, selection and mate selection,
use of biotechnologies, transfer of breeding progress in the production level, monitoring
of the breeding progress. Breeding program structures in the most important crop
species: cereals, corn, rape, sugar beet, specialty crops. Breeding program structures
in the main livestock species: dairy cattle, pigs, poultry, beef cattle, small ruminants.
Breeding program structures in forest genetics.

Learning outcome, core skills:
Students will learn the basic elements and structures of breeding programs in plant and
animal breeding. They understand the relationship between biological characteristics
of the crop or livestock species and the specific design of the breeding program.
The students know the four breeding categories and design possibilities of breeding
programs for self-pollination, cross-pollination and
vegetative and clonally propagated crops. They learn breeding programs for major crops
and livestock species.

Examination requirements:
Profound knowledge of basic breeding program structures and elements of breeding
programs and their concrete implementation to various crops and livestock. Elaboration
of the breeding planning for a livestock or crop species.



Leistungsnachweis:

Written exam (45 minutes, 50%) and Presentation (about 20 minutes)
with written outline (max. 10 pages) (50%)


 
Die Überschrift M.iPAB.0020 Breeding Lab Internship aufklappen  M.iPAB.0020 Breeding Lab Internship    
   
SoSe 2021    740820     Seminar    4 SWS    ECTS-Punkte: 9     Abteilung Tierzucht und Haustiergenetik Teilnehmer/-in:   20     Dozent:   Simianer

Termine

Tag Zeit Turnus Termin fällt aus am Lehrperson Raum

Prüfungstermine:

Tag Zeit Turnus Termin fällt aus am Lehrperson Raum
Dienstag 08:00 bis
18:00
Präsentation 08.06.2021 bis
08.06.2021
 
Sonntag   Abgabe Hausarbeit 01.08.2021 bis
01.08.2021
 



Kommentar:

Contents:
Management structures, communication and collaboration techniques when working
in diverse groups, conflict management, product concept development, industry
methods and practices, as well as insights into areas of responsibility and the everyday
professional life of an animal breeder. Students experience a specialized animal
breeding working environment outside of a university setting.
 
Placement in non-university setting approx.4 weeks

Learning outcome, core skills:
Students acquire professional and social skills to successfully execute a team project
in complex international animal breeding business conditions. Students gather, select,
and analyze information and integrate it into a viable R&D proposition, aimed at value
creation. Students attain the ability to systematically evaluate information following a
systematic structure, as well as take complexity (such as cultural and social awareness)
into account during decision making. Furthermore, students practice professional
behavior and habitus in a competitive international environment. They are able to
discuss and defend their viewpoints and conclusions in a professional and academically
correct way before industry representatives.

Examination prerequisites:
Practical work in non-university animal breeding field. Regular attendance during the
four weeks.
Examination requirements:
Reflection on learning outcomes and personal experiences, as well as problem-solving
capabilities and working in a diverse group outside of a university setting.



Bemerkung :

Students are present approx. 4 weeks at an associated partner (non-university organization) to gain
insights and establish contact regarding R&D proposition. The students have extended time (approx. 4
weeks) to work on their project upon leaving the associated partner. Whenever possible, the result will be
presented to and co-graded by a representative from the associated partner.



Leistungsnachweis:

Presentation (approx. 30 minutes, 50%) with written report (max. 15
pages, 50%)



Organisatorisches:

Only EMABG Students


 
Die Überschrift M.iPAB.0013 Selection theory, design and optimization of breeding programs aufklappen  M.iPAB.0013 Selection theory, design and optimization of breeding programs    
   
SoSe 2021    740815     Vorlesung mit Übung    4 SWS    ECTS-Punkte: 6     Abteilung Zuchtmethodik der Pflanze Teilnehmer/-in:   20     Zugeordnete Lehrpersonen:   Beissinger ,   Griebel

Termine

Tag Zeit Turnus Termin fällt aus am Lehrperson Raum
Dienstag 10:15 bis
11:45
wöch. 13.04.2021 bis
13.07.2021
  Agrarwisse / L02
Mittwoch 08:15 bis
09:45
wöch. 14.04.2021 bis
14.07.2021
  Tierzucht- / L09
Freitag 08:15 bis
09:45
wöch. 16.04.2021 bis
16.07.2021
  Tierzucht- / L09

Prüfungstermine:

Tag Zeit Turnus Termin fällt aus am Lehrperson Raum
Dienstag 10:30 bis
11:30
Online-Klausur 27.07.2021 bis
27.07.2021
 
Dienstag 10:30 bis
11:30
Online-Klausur 05.10.2021 bis
05.10.2021
 



Kommentar:

Contents:
Introduction to the selection theory, direct and correlated breeding progress , single- and
multiple trait selection , multi - path models , multiplepath selection, gene flow method,
optimum genetic contribution theory; Explanation of typical breeding program structures
in plant and animal breeding, principles of experimental design and optimal allocation
of resources, introduction to breeding planning software ( ZPLAN+, Genecont etc.),
impact of selection on allele frequencies ( Wright-model ) and genetic variance (Bulmer
effect), optimization of breeding programs under constraints (eg. conservation of genetic
diversity).



Voraussetzungen:

Good knowledge of quantitative genetics and
statistics



Leistungsnachweis:

Written exam (45 minuntes, 50%) and presentation (about 20
minutes, 50%)



Literatur:

Literature: Walsh&Lynch: Evolution and Selection of Quantitative Traits


 
Die Überschrift Wintersemester aufklappen  Wintersemester