Now showing items 1-6 of 6
Optimal grazing management to achieve high yields and utilisation of dryland lucerne
(NZ Grassland Association, 2016)
The pre- and post-grazing dry matter yields from six individual paddocks in a grazed lucerne rotation were compared at Ashley Dene, Lincoln University, over 5 years. The mean annual yield was ~12 000 kg DM/ha and unaffected ...
Pasture and forage options for S.I. hill and high country
(Lincoln University. Faculty of Agriculture and Life Sciences. Department of Agricultural Sciences, 2011-11-01)
The Lees Valley Farmer’s Group (LVFG) was formed in January 2005 to discuss agronomic issues related to the intensification of Lees Valley and similar farm types throughout the South Island. The initial project terminated ...
Pasture and forage options for store lamb and beef production from South Island hill and high country
(Lincoln University. Faculty of Agriculture and Life Sciences. Department of Agricultural Sciences, 2009-04)
In 2005 the Lees Valley Farmers Group applied for a MAF Sustainable Farming Fund (SFF) Grant to investigate pasture and forage options for the intensification of South Island Hill and High Country. At the beginning of the ...
Dryland pasture research
(Lincoln University. Faculty of Agriculture and Life Sciences. Department of Agricultural Sciences, 2012-01)
This report presents the results of dryland pastoral research at Lincoln University. It includes a practical guide to on-farm management for direct grazed lucerne stands which implements current recommendations. It also ...
Delayed sowing decreased lucerne dry matter yield over two seasons
(New South Wales Department of Primary Industry, 2013-09)
Lucerne (Medicago sativa L.) can be sown in New Zealand from late spring (October) to early autumn (March). In the establishment season, greatest drymatter (DM) yields are normally attained from sowing early and production ...
Alfalfa coumestrol content in response to development stage, fungi, aphids, and cultivar
(American Society of Agronomy, 2018-03-29)
Coumestrol produced by alfalfa (Medicago sativa L.) can reduce the ovulation rate of ewes. This study isolated agronomic factors that affect coumestrol levels in alfalfa. Fungal diseases explained most differences in ...