Taylor, BreannaMills, AnnaSmith, MalcolmLucas, RichardMoot, Derrick2021-11-032021-05-072021-06-290110-8581https://hdl.handle.net/10182/14352Dry matter yield and botanical composition of four grazed dryland pasture types were compared over 8 years in summer-dry conditions at Ashley Dene, Canterbury, New Zealand. The experiment was sown in March 2013 to evaluate cocksfoot (CF)- or meadow fescue/ryegrass hybrid (RG)-based pastures established with either subterranean (Sub) or subterranean and balansa (S+B) clovers. Plantain was included in all pasture types. Perennial ryegrass established poorly on the low soil moisture holding capacity Lismore soil and in Year 2 was re-broadcast into the RG pastures. Despite this, plantain was the main sown species in RG pastures beyond Year 3. Total spring yield was greatest in Year 5 at 6720 kg DM/ha and varied with spring rainfall. Cocksfoot-based pastures had 60% of sown species present in the spring of Year 8, compared with 28% in RG-based pastures. Balansa clover was only present up to Year 5 after a managed seeding event in the first spring. White clover did not persist in the dryland environment past Year 2. Sub clover yield depended on the time and amount of autumn rainfall but contributed up to 45% of the spring yield. Cocksfoot-sub clover pastures appear to be most resilient in this summer-dry environment with variable spring rainfall.pp.29-37en© NZGADactylis glomerataLolium perennePlantago lanceolataTrifolium michelianumTrifolium subterraneumJournal Article10.33584/rps.17.2021.34452463-4751ANZSRC::300403 AgronomyANZSRC::300499 Crop and pasture production not elsewhere classifiedANZSRC::3003 Animal productionANZSRC::3004 Crop and pasture productionANZSRC::4106 Soil scienceshttps://creativecommons.org/licenses/by-nc-nd/4.0/Attribution-NonCommercial-NoDerivatives