Victorian Alpine Plot Network (ATEX): Plot Microclimate Data, Bogong High Plains, Victoria, Australia, 2014–2015

• Other Authors: Professor Ary Hoffmann (isOwnedBy), Professor Ary Hoffmann (hasAssociationWith), Research Centre for Applied Alpine Ecology, LaTrobe University (isOwnedBy), James Camac (hasAssociationWith), Mrs Elke Dawson (hasCollector), Dr Henrik Wahren (isManagedBy), Dr Henrik Wahren (hasAssociationWith)
• Format: Dataset
• Language: unknown
• Published: Long Term Ecological Research Network
• Subjects: ECOLOGY; BIOLOGICAL SCIENCES; On plot weather; Climate change; ATMOSPHERIC TEMPERATURE; EARTH SCIENCE; ATMOSPHERE; ALPINE/TUNDRA; BIOSPHERE; TERRESTRIAL ECOSYSTEMS; LAND SURFACE TEMPERATURE; LAND SURFACE; SURFACE THERMAL PROPERTIES; Tundra
• Online Access: https://researchdata.ands.org.au/victorian-alpine-plot-australia-20142015/1356772

The objective of the Australian Tundra Experiment(ATEX) is to assess the likely response of vegetation and invertebrates to temperature increases attained through passive warming. The Australian Tundra Experiment (ATEX) follows the International Tundra Experiment (ITEX) protocol (Molau & Mølgaard 1996, Jarrad et al. 2009) which focuses on the growth and phenological responses of cold adapted vascular plant species to environmental change, specifically, to an increase in summer (growing season) temperatures. In addition to monitoring vegetation responses, the experimental warming chambers were used to monitor the response of invertebrates to warming. Warming is achieved using hexagonal fibreglass open-top warming chambers (OTCs). The OTCs were set up in December 2003 at 4 sites within a 2 × 4.5 km area of the Bogong High Plains, Victoria, Australia, known as Rocky Knobs (36.90ºS, 147.27ºE). Two of the sites were established on vegetation that had been recently burnt by the 2003 bushfires. The sites are at approximately 1700 m above sea level and generally have snow cover of variable depth for 3 to 4 months each year (June-July to September-October). At each site, permanent plots of 1 m2 were selected to include as many of the common vascular grassland species as possible. Treatments were then allocated at random for a total of 40 control and 40 warmed plots. This dataset contains microclimate data for a subset of plots from 30-05-2014 to 2-05-2015.