Inflow ML: Inflow volume that storage has received in Mega Litres

POE: The probability of exceedance describes the likelihood of a specific volume being exceeded in the given time period. E.g. 90% POE means that 90 out of 100 times we would expect higher inflow volumes. A 50% POE is equal to a median average.

% Average: Mean Average - The value obtained by dividing the sum of all inflow volumes by the number of years data is available. Therefore a 50% mean average does not equal a 50% POE.

February Inflows

Monthly Inflow - February 2018

Murray

Goulburn

Ovens

Dartmouth

Hume

Eildon

Goulburn Weir

Buffalo

William Hovell

Inflow (ML)

10,249

15,437

7,767

7,767

3,117

1,748

POE

74%

93%

88%

80%

42%

54%

% of Average

49%

25%

36%

50%

64%

57%

Monthly Inflow - February 2018

Broken

Loddon

Campaspe

Nillahcootie

Cairn Curran

Tullaroop

Laanecoorie

Eppalock

Inflow (ML)

15

261

0

0

940

POE

52%

45%

Min

Min

19%

% of Average

4%

13%

0%

0%

37%

Year to Date

Water year 2017/18 to date

Murray

Goulburn

Ovens

Dartmouth

Hume

Eildon

Goulburn Weir

Buffalo

William Hovell

Inflow (ML)

501,121

1,077,806

874,029

450,553

210,639

106,480

POE

72%

81%

70%

87%

72%

72%

% of Average

69%

51%

72%

41%

64%

70%

Water year 2017/18 to date

Broken

Loddon

Campaspe

Nillahcootie

Cairn Curran

Tullaroop

Laanecoorie

Eppalock

Inflow (ML)

16,711

20,244

10,651

972

45,418

POE

78%

84%

79%

96%

72%

% of Average

33%

21%

22%

2%

34%

Inflow data for the current water year against different climate scenarios

The scenarios for different inflow conditions were produced using the following terminology:

Wet: Inflow volumes that are greater in 10 years out of 100

Average: Inflow volumes that are greater in 50 years out of 100

Dry: Inflow volumes that are greater in 90 years out of 100

Extreme Dry: Inflow volumes that are greater in 99 years out of 100