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Dairy R&D in SA

Title Date Discipline Extract Keywords
THE EFFECT OF DIETARY ENERGY SOURCE ON METABOLISM AND MILK PRODUCTION OF COWS.

Discipline: nutrition/feeding; 

 energy sources, high starch, palm fatty acids, NEFA, milk production, milk composition
HERD STRUCTURE AND LONGEVITY IN HOLSTEIN AND JERSEY HERDS.

Discipline: management; 

 Holsteins, Jerseys, herd structure, lactation number, milk yield
Molecular characterization of Staph aureus associated with the cow-human interface.

Discipline: mastitis; 

 Staphylococcus aureus, molecular typing, methicillin, clonality, PCR
HERBAGE YIELDS OF ANNUAL RYEGRASS VARIETIES AT OUTENIQUA AND CEDARA.

Discipline: pasture/grazing; 

 Lolium multiflorum, pasture, winter, persistency, varieties, forage quality
AN APPROACH TO ADDRESS NEMATODE/TREMATODE DRUG RESISTANCE IN SA.

Discipline: health; 

 nematode/trematode, drug resistance, anthelmintic, helminth control, FAMACHA©, bio-security
EFFECTIVE MANAGEMENT OF MASTITIS ON FARM CAN REDUCE ANTIBIOTIC RESISTANCE.

Discipline: mastitis; Key words: Staphylococcus aureus, antimicrobial resistance, on-farm management. 
CHARACTERIZATION OF EMERGING AND SMALLHOLDER DAIRY PRODUCTION SYSTEMS IN SOUTH AFRICA

Discipline: production system; Key words: emerging dairy herds, smallholder dairy herds, INTERGIS, cow performance, management practices, milk yield, fat yield, SSC.

MILK SA: R & D STATUS QUO AND OUTLOOK FOR THE STATUTORY LEVY CYCLE OF 2018 TO 2021.

  1. POINT OF DEPARTURE:

     
INTREPRENEURIAL SKILLS OF EMERGING SMALLHODER DAIRY FARMERS.

Discipline: development; Key words: entrepreneurship, dairy cattle, food security, indigenous knowledge systems.

The authors referenced below did a case study in the local municipality areas of Matatiele and Groblersdal to explore and identify the drivers of dairy smallholder farmer decisions. They found the following as determining factors:

  • dairy farming is dominated by male farmers who were over 60 years old;
SEASONAL TRENDS OF MASTITIS INCIDENCE IN DAIRY PRODUCTION REGIONS.

Dairy farms often experience a summer through autumn rise in somatic cell count (SCC) with some farms affected more than others.  The extent to which climatic factors contribute to this summer rise in SCC in South Africa is unknown although weather is blamed anecdotally. Consequently, the value of heat abatement or other preventative intervention cannot be established. The relative effect of season and/or heat stress on milk production and SCC is likely to be unique to South African conditions and therefore this formed the basis of the study cited below.