reduced cover of exotic reduced cover of exotic forbs. forbs. Increased Consistently increased Consistently increased Consistently increased Consistently increased heterogeneity of heterogeneity of heterogeneity of heterogeneity of heterogeneity of vegetation vegetation at landscape vegetation at landscape vegetation at landscape vegetation at landscape communities at scales. scales. scales. scales. landscape scales Enhanced Species with presence/extent/abundance positively influenced by Commonwealth environmental water will resilience to have greater resilience to drought over next 1–5 years and should exhibit greater responses to further wetting. Greater drought resilience plant taxa of plant benefiting from species to Commonwealth drought environmental Resilience water Ecosystem Vegetation Enhanced Vegetation communities influenced by Evidence that Vegetation communities (Basin Plan resilience resilience to Commonwealth environmental water will have wetting during influenced by Commonwealth S. 8.07) drought among greater resilience to drought over next 1–5 years and influenced environmental will have Greater vegetation should exhibit greater responses to further wetting. vegetation response greater resilience to drought vegetation assemblages to drying in 2015–16. over next 1–5 years and resilience benefiting from should exhibit greater to drought Commonwealth responses to further wetting. environmental water 1 Predicted 1–2 year outcomes discussed in Vegetation Diversity Matter Evaluation Report 2014–15 (Capon & Campbell 2016).
reduced cover of exotic forbs. reduced cover of exotic forbs. Increased heterogeneity of vegetation communities at landscape scales Consistently increased heterogeneity of vegetation at landscape scales. Consistently increased heterogeneity of vegetation at landscape scales. Consistently increased heterogeneity of vegetation at landscape scales. Consistently increased heterogeneity of vegetation at landscape scales. Resilience (Basin Plan S. 8.07) Ecosystem resilience Vegetation Greater resilience of plant species to drought Enhanced resilience to drought plant taxa benefiting from Commonwealth environmental water Species with presence/extent/abundance positively influenced by Commonwealth environmental water will have greater resilience to drought over next 1–5 years and should exhibit greater responses to further wetting. Greater vegetation resilience to drought Enhanced resilience to drought among vegetation assemblages benefiting from Commonwealth environmental water Vegetation communities influenced by Commonwealth environmental water will have greater resilience to drought over next 1–5 years and should exhibit greater responses to further wetting. Evidence that wetting during influenced vegetation response to drying in 2015–16. Vegetation communities influenced by Commonwealth environmental will have greater resilience to drought over next 1–5 years and should exhibit greater responses to further wetting. 1 Predicted 1–2 year outcomes discussed in Vegetation Diversity Matter Evaluation Report 2014–15 (Capon & Campbell 2016).