Whakaki Lake opening and weir plan
Hawke’s Bay Regional Council will today manually open Wairoa’s Whakaki Lake to the sea, to lower the lake level.
The Regional Council will also attempt, for the first time, to manually close the sea opening once the lake has dropped
to an agreed level.
HBRC’s Chair Rex Graham and CE James Palmer, Councillor for Wairoa Fenton Wilson and Whakaki Lake Trust Chair Richard
Brooking and fellow trustees met on Tuesday at Whakaki Marae to discuss a permanent solution to Whakaki Lake on behalf
of the wider community.
The Regional Council has also committed to advancing a plan for a permanent weir to manage the lake level.
“The lake is one of our precious taonga in Hawke’s Bay, but keeping the lake at a more predictable level, particularly
its upper limit, means riparian fencing and planting can start as part of the Whakaki Lake restoration project,” says
HBRC Chair Rex Graham.
“How we manage the lake has probably appeared unpredictable in the past. The community now need more certainty on
managing this in the future,” adds Mr Graham.
Whakaki Lake Trust Chairman Richard Brooking agrees.
“We’ve been concerned about the Lake for some time, and the way it has been managed hasn’t sat well with our community
or cultural values,” says Mr Brooking.
“A high lake level makes septic tanks overflows more likely, with a higher risk to public health, including at Iwitea
Marae. That said, we’re not sure that reducing the lake level won’t increase the lake’s vulnerability in a dry summer,”
says Mr Brooking.
HBRC Councillor Fenton Wilson believes this is a win for land users and the Lake Trustees
“Positively managing the lake level gives more certainty to pastoral farmers, croppers and orchardists in the area,”
adds Mr Wilson, “so the upside is good for everyone.”
Whakaki Lake has been manually opened to manage flooding for over 50 years, and has been opened five times already
during the 2017 winter season.
Whakaki Lake is one of six Regional Council environmental hot-spot clean-up projects this year, targeting improvements
to land use and reducing sediment from erosion.
ENDS