Woman dies from injuries after vehicle crashes into tree in Waikato

A woman critically injured after her vehicle crashed into a tree in Waikato yesterday, has died overnight.

The 34-year-old driver was flown to Waikato Hospital after the crash took place about 2pm yesterday on Tauhei Road, north of Hamilton.

Police say the woman's husband sustained minor injuries in the crash, while the driver died about midnight.

The Serious Crash Unit is investigating.

Police Source: 1 NEWS

Kiwi brothers' app changing the way crowds interact with sporting giants like NBA's Phoenix Suns

DROPIT is an app designed by two Kiwi brothers from Mount Maunganui and now after success overseas with NBA team, the Phoenix Suns, they are bringing it back home to New Zealand.

"It was a NBA team and a major worldwide sporting franchise so it really validated our product for us and for everyone that has got behind us." says co-founder Brendan Howell

"We've got to hit the big market. So we packed our bags and we both went for a trip to the states and Brendan (Peter's brother) stayed on," says Peter.

The basics of the app are a countdown auction for fans at sports games where sponsors provide the prize and play an ad and as the price drops, the first bid wins. 

Now they have launched with the NBL team the Breakers, next up are NRL team the Warriors and national cricket team the Black Caps. 

Currently the app is worth $39 million but the brothers both agree that as soon as DROPIT is worth $1 billion they are cashing in. 

It's the brainchild of two Mt Maunganui siblings and it’s being rolled out in New Zealand. Source: Seven Sharp


Pacific's Tuvalu expanding, likely to still be habitable in 100 years, despite rising sea levels

The tiny Pacific island nation of Tuvalu, thought to be under threat from sea level rise, has actually expanded in land area over the past 40 years and is likely to continue to be habitable a century from now, scientists say.

Research by the University of Auckland mapped shoreline change of each of Tuvalu's 101 islands across its nine atolls over a 40-year period.

Mapping of island size and position shows that Tuvalu has experienced a net increase in land area of 2.9 per cent or 73.5ha.  Overall 74 per cent of islands in the group - a total of 73 - are larger now than forty years ago.

Yet sea level rise in the region has been happening at twice the global average over the past 40 years.

"We tend to think of Pacific atolls as static landforms that will simply be inundated as sea levels rise but there is growing evidence these islands are geologically dynamic and are constantly changing," said researcher Professor Paul Kench.

Graphic showing changes at (a) Nanumaga reef platform island, (b) Fangaia island, (c) Fenualango island (d) Reef islands Nukulaelae reef rim, (e) Teafuone island. Source: University of Auckland

"The study findings may seem counterintuitive given that sea level has been rising in the region over the past half century, but the dominant mode of change over that time on Tuvalu has been expansion, not erosion," he said.

Professor Kench says sea level is just one factor that can influence island change and a range of environmental processes have contributed to that pattern including sediment supply and wave patterns.

Those processes, particularly during extreme events such as Cyclone Bebe in 1972, could account for the expansion of larger mixed sand-gravel islands and gravel islands, while smaller islands which are predominantly sand are more likely to have been destabilised, he said.

"On the basis of this research we project a markedly different trajectory for Tuvalu's islands over the next century and while we recognise that habitability rests on a number of factors, loss of land is unlikely to be a factor in forcing depopulation of Tuvalu."

Rather than simple re-location or migration, the researchers say new adaptations could be considered that involve the community in decision-making on issues of planning, development goals and land tenure systems that take into account the dynamic nature of islands.

The research team used aerial photos going as far back as 1943, and photo collections from 1971 and 1984 with updated satellite imagery from 2004-2014, to compare how the shoreline of each atoll changed between 1971 and 2014.

The research has just been published in Nature Communications.