Crop and pasture science

Crop and pasture science

Agriculture is the most important export industry in New Zealand. The science behind sheep, wool, dairy, beef and crop production is a cornerstone to ensure that New Zealand stays at the forefront of efficient, sustainable farming systems.

Lincoln University has a number of active research scientists studying relationships between the environment, grazing management in both pastures and crops. In particular we study: methods for transforming pine plantations into pasture; efficient pasture systems for dryland farming; the influence of climate change on pasture productivity;  methods for improving nitrogen fixation in legume crops; utilisation of crop rotations for improving soil fertility and weed control; environmental factors controlling growth and yield of forage crops etc.

For students with a background in:

  • Agronomy
  • Agricultural science
  • Ecology
  • Horticultural science.

Career pathways include:

  • Local and international research organisations
  • Universities and polytechnics
  • Agricultural businesses.
 

Current students and topics

Student Topics
Annamarie Mills Identifying constraints to cocksfoot/legume based pastures.
Zachariah Munakamwe The influence of variable pea morphology on weeds.
Dave Monks Physiology and reproduction in a range of annual pasture legumes.
Anthony Kellman Factors influencing nitrogen fixation in Phaseolus vulgaris.
Dave Power Ecology of annual legumes in hill and high country pastures.
Serkan Ates Grazing management of annual legumes in dryland pastures.
Michael Cripps Weed management of Californian thistle.
Davidson Lloyd Soil microbial activity in forest to pasture conversions.

 

Some recent theses

Hamish Brown: Understanding yield and water use of dryland forage crops in New Zealand.

Cynthia Gabiana: Response of linseed to irrigation, nitrogen and plant population.

Conrad Leeks: Determining seed vigour in selected brassica species.

Andrew Fletcher: Understanding ‘Challenger” sweet corn yield, quality and phenology responses to phosphorus.

Ben Gillespie: Modifying merino grazing and pasture composition in the high country by salt application.

Edmar Teixeira: Understanding growth and development of lucerne crops with contrasting levels of perennial reserves.

 

Some research topics and supervisors

Topics Supervisors
Simulation modelling of crop growth Bruce McKenzie
Environmental control of plant development Derrick Moot
Climate change and grazing management effects on pastures Grant Edwards
The role of lupins in sustainable agriculture George Hill
Management strategies for forage crops Warwick Scott
Effect of salt on pasture production Richard Lucas
Nitrogen fixation in legume George Hill
Partitioning in perennial legumes Derrick Moot

 

Active researchers and supervisors

Dr Grant Edwards
Associate Prof. George Hill
Dr Derrick Moot
Dr Bruce McKenzie
Dr Warwick Scott

 

Recent news and developments

The Pasture science staff have been very successful at obtaining external research contracts. Present funded projects include:

  • Sustainable conversion of pine forest to pasture on the Canterbury plains
  • Annual clovers for dryland farming
  • Management of the weed ripgut brome in the high country
  • Agronomic and livestock evaluation of novel endophytes in perennial ryegrass
  • Sustainable management of dairy support land during winter.
 

Degree options

Note that there are numerous Masters' degrees that cater for this research.

Master of Agricultural Science

Master of Horticultural Science

Master of Professional Studies

PhD

 

Enquiries

 

Page last updated on: 17/01/2012