Category: Weather

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LNG terminal decision: Dirty, dumb and expensive – Greenpeace

Source: Greenpeace

Greenpeace is slamming the Luxon government’s announcement it will build a liquid natural gas (LNG) import terminal, calling it a dirty, dumb and expensive decision that will leave New Zealanders subsidising more climate pollution through higher electricity bills.
The decision comes despite the expected high cost and high emission intensity of imported LNG. Building the LNG terminal is expected to cost $1 billion, while the cost of imported LNG is expected to be around twice as much per gigajoule as gas from existing onshore reserves.
“Electricity consumers will pay a Luxon Tax on their electricity bills to subsidize the fossil fuel industry,” says Greenpeace Executive Director Russel Norman.
“Instead of investing in clean energy, this Government is choosing to double down on the very fossil fuels that are driving both high power prices and extreme weather events.
“Every additional tonne of fossil fuels burned makes climate change worse. This LNG decision is yet another fossil fuel subsidy from the Luxon government that will mean more floods, storms, and climate fuelled damage.
“It makes no sense to rely on imported and expensive fossil fuels when we have abundant, cheap energy sources right here at home with wind and solar.”
A report by MBIE in 2024 found that there was no need for new fossil fuels to maintain New Zealand’s energy security out to 2050 and reported that wind and solar are the cheapest sources of new electricity generation.
Meanwhile, a 2023 Concept Consulting report found onshore gas reserves alone can supply all needs out to 2050 if Methanex, the company using between one third to a half of the country’s gas to make methanol for export, were to close, which it inevitably will as gas prices rise.
“This Government has made the energy and climate crises worse by dismantling nearly every initiative to decarbonise the energy system. They ditched the Government Investment in Decarbonising Industry fund, the NZ Battery Project, and the Gas Transition Plan.
“Businesses are closing because the Government believed its own nonsense that the oil and gas exploration ban was the cause of high electricity prices. It never was and the LNG subsidy will solve nothing,” says Dr Norman.
“They even got rid of the Climate Emergency Response Fund set up to help communities recover from climate disasters. Now, they are planning to use more public money to bankroll fossil fuels for more climate emergencies.
“The Government should be investing in cheap, renewable wind and solar, backed by more storage and demand response, not exposing the country to a volatile global LNG market and locking us into more polluting fossil fuels.”

MIL OSI

LiveNews: https://livenews.co.nz/2026/02/09/lng-terminal-decision-dirty-dumb-and-expensive-greenpeace/

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Weather News – Summer’s back in charge…for now – MetService

Source: MetService

Covering period of Monday 9th – Friday 13th February
 
–    Largely settled start to the week for northern and central New Zealand, but rain for the West Coast and far south
–    Swing to warmer-than-average temperatures for many on Thursday
–    Widespread rain arriving at the end of the working week

It’s looking like a classic summer setup for much of the country this week, with largely settled weather for northern and central parts, and a swing to hotter than average temperatures later in the week. Friday brings a change, however, with widespread rain arriving to dampen things before the weekend.

Dry days are set to dominate from Northland down to Christchurch to start the week. Summer heating brings the odd shower popping up inland in the afternoons, and we might even see a lightning spark or two up in the ranges of Hawke’s Bay and Gisborne, but for most people there will be plenty of chances to get out and about.

MetService meteorologist Silvia Martino says, “With sea-surface temperatures around much of the North Island’s coastline warmer than average, it’s the perfect time to take advantage of the long summer evenings and squeeze in a swim after school or work.”

Things aren’t quite so sunny for western and southern parts of the South Island, though, with rain sweeping through on Tuesday, and lingering into Wednesday for the West Coast. MetService has issued a Heavy Rain Watch for Tuesday’s rain in Fiordland, with a moderate chance of being upgraded to a Warning.

Summer returns mid-week, with sunny skies, hot days, and humid nights for much of the country. Afternoon temperatures in the high twenties are expected on Thursday, and some places in Wairarapa and Canterbury might even crack 30°C, 6 or 7°C above average for this time of year.

“It could get uncomfortably hot later in the week, with several spots in the lower North Island set to approach or exceed their heat alert thresholds, and overnight temperatures in the high teens not allowing time for recovery. Now’s the time to make a plan: think about timing outdoor activities away from the hottest parts of the day, or shifting under cover if you have to be outside, and leave plenty of time for shade and water breaks,” advises Martino.

As we head towards the weekend things look quite different, with rain affecting most of the country on Friday, and heavy rain possible. Keep up-to-date with the latest forecasts and MetService’s Severe Weather Outlook for more details.

Understanding MetService Severe Weather Warning System

Severe Thunderstorm Warnings (Localised Red Warning) – take cover now:

This warning is a red warning for a localised area.
When extremely severe weather is occurring or will do within the hour.
Severe thunderstorms have the ability to have significant impacts for an area indicated in the warning.
In the event of a Severe Thunderstorm Red Warning: Act now!

Red Warnings are about taking immediate action:

When extremely severe weather is imminent or is occurring
Issued when an event is expected to be among the worst that we get – it will have significant impact and it is possible that a lot of people will be affected
In the event of a Red Warning: Act now!

Orange Warnings are about taking action:

When severe weather is imminent or is occurring
Typically issued 1 – 3 days in advance of potential severe weather
In the event of an Orange Warning: Take action.

Thunderstorm Watch means thunderstorms are possible, be alert and consider action

Show the area that thunderstorms are most likely to occur during the validity period.
Although thunderstorms are often localised, the whole area is on watch as it is difficult to know exactly where the severe thunderstorm will occur within the mapped area.
During a thunderstorm Watch: Stay alert and take action if necessary.

Watches are about being alert:

When severe weather is possible, but not sufficiently imminent or certain for a warning to be issued
Typically issued 1 – 3 days in advance of potential severe weather.
During a Watch: Stay alert

Outlooks are about looking ahead:

To provide advanced information on possible future Watches and/or Warnings
Issued routinely once or twice a day
Recommendation: Plan.

MIL OSI

LiveNews: https://livenews.co.nz/2026/02/09/weather-news-summers-back-in-chargefor-now-metservice/

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Speech to the Climate and the Cryosphere Open Science Conference and Antarctic Science Platform announcement

Source: New Zealand Government

Opening remarks

Nga mihi ki te rangi, ngā mihi ki te whenua. Ngā mihi ki a koutou. Kia ora mai tātou.

I greet the sky. I greet the earth. I greet all of you. Welcome.

Ki te mana whenua, tēnā koutou. Ko tēnei taku mihi tuku atu ki a koutou. Ngā mihi, ngā mihi.

I would also like to start by acknowledging Professor Tim Naish; Professor Brony James; Professor Gary Wilson; and all distinguished delegates who have travelled from around the world to be here.

Nau mai, haere mai ki whakatau ma Te Whanganui-a-Tara. Once twice, thrice a greeting.

Welcome to Wellington and welcome to New Zealand.

The importance and timeliness of this conference

Your conference comes at a pivotal time. Advances in cryosphere research are sharpening our understanding of the climate system, particularly in the Southern Hemisphere, while new technologies are transforming what researchers can observe, measure and model.

For New Zealand, our interest in Antarctica stretches back at least as far as a founding signature to the Antarctic Treaty System. Antarctica is not remote – it is our close neighbour and a critical part of our climate system. 

Changes in Antarctic ice sheets influence sea levels, storm behaviour, and long-term risk across our region. Closer to home, research on Southern Alps glaciers is improving our understanding of water resources, ecosystems, and energy security.

The work represented here strengthens and adds to the global evidence base and directly informs long-term planning and resilience. 

I acknowledge the significant contribution each of you makes through your fieldwork, modelling, innovation, and international collaboration. Thank you.

Strengthening New Zealand’s science system

Science, innovation and technology are important to a productive and resilient economy. Over the past year, we have responded to science productivity, innovation and modernisation concerns by delivering the most significant reform of New Zealand’s science system in over 30 years.

Seven Crown Research Institutes have been consolidated into three Public Research Organisations aligned to national priorities, including earth systems science. Once of the most successful amalgamations of large state-owned enterprises to date.

We have also established the New Zealand Institute for Advanced Technology, supported by $231 million over four years, to accelerate capability in frontier technologies such as cryogenic super conduction, artificial intelligence, quantum technologies and synthetic biology.

These advanced technologies are increasingly relevant to Antarctic science – from autonomous under-ice vehicles and sub-ice moorings to high-resolution environmental modelling and remote sensing. They are expanding our ability to monitor ice-ocean interactions and improve predictive capability.

Announcement

A few months ago I announced the first ever formal science memorandum of understanding with the United States. The very first projects include:

  • Antarctic Groundwater-Ecosystem connectivity
  • Spectra of Sentinels: Mapping Ecosystem Change from Ground, Air and Space, and
  • Drivers and Implications of Rapid Sea Ice Decline in the Ross Sea.

Today, I am pleased to announce a new international collaborative partner, the UAE, a along with a targeted $1 million increase to New Zealand’s Antarctic Science Platform for 2026, through the Emirates Polar Steering Committee and the new Polar Research Centre. This investment will support two new joint research projects with Khalifa University in United Arab Emirates.

Through this partnership, researchers will access complementary strengths, including advanced satellite data streams and environmental sensing capabilities.

The initial collaboration projects will focus on:

  1. Storm dynamics and sea ice formation – integrating high-resolution modelling with new observation techniques to improve forecasting and understanding of how storm systems influence sea ice formation; and
  2. Tracking changes to ice shelves using autonomous underwater vehicles – deploying long-range AUVs and remote technologies to measure heat content and water mass exchange on the continental shelf, helping fill critical data gaps.

For New Zealand, this partnership further strengthens our contribution to global climate and cryosphere science while building our capability in advanced remote technologies.

This level of collaboration reflects the importance New Zealand places on cryosphere science and international scientific partnership.

Climate resilience and adaptation

The insights generated by cryosphere science are increasingly important for New Zealand and the world.

Here we face growing risks from floods, storms and other natural hazards. In October, the Government released New Zealand’s first National Adaptation Framework — a long-term plan to help communities prepare for climate impacts.

The framework includes practical steps such as developing a consistent National Flood Map, so New Zealanders can access trusted information about their risk, and requiring adaptation plans in priority areas so councils can plan ahead for the next 30 years.

Sound adaptation policy depends on robust science. The research and collaboration represented at this conference directly supports that work.

To all delegates, thank you for your commitment to advancing understanding of our climate system. With two new funded international Antarctic science collaborations in just over 60 days, you can see the importance I place and New Zealand places on cryosphere research. I have urgency and have acted accordingly and I hope that you also share that urgency.

International Science collaboration supported by innovation and technology is essential to building a resilient future.

Closing

In closing, I wish you a productive and stimulating conference, and thank you helping us build a better, safer world.

It is now my pleasure to declare the Climate and the Cryosphere Open Science Conference officially open.

Ngā mihi nui. Thank you.

MIL OSI

LiveNews: https://livenews.co.nz/2026/02/09/speech-to-the-climate-and-the-cryosphere-open-science-conference-and-antarctic-science-platform-announcement/

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Massive solar storm fires up aurora in New Zealand skies

Source: Radio New Zealand

An aurora seen from Hoon Hay, Christchurch. Rebecca Bull / RNZ

Rays from the biggest solar storm of the last couple of decades hit the Earth overnight, causing aurora visible in both the north and south extremes of the globe.

The lights were caused by a storm that nearly hit the highest level on the scale used by space weather monitors to measure magnetic disturbance.

  • Do you have photos? Share them with us at: iwitness@rnz.co.nz

    • Early Tuesday morning, NOAA’s Space Weather Prediction Centre (SWPC) posted on X: “An S4 severe solar radiation storm is now in progress – this is the largest solar radiation storm in over 20 years. The last time S4 levels were observed was in October, 2003.

    But, it noted: “Potential effects are mainly limited to space launch, aviation, and satellite operations.”

    The Aurora Australis, also known as the Southern Lights, glows on the horizon over the waters of Lake Ellesmere on the outskirts of Christchurch, New Zealand, on 21 January, 2026. SANKA VIDANAGAMA / AFP

    Disturbance is measured on the K-index. According to the SWPC, it reached Kp8, out of a possible Kp9.

    The solar storms of October 2003 caused power outages in Sweden and damages to power transformers in South Africa, CNN reported.

    People look at the Aurora Australis, also known as the Southern Lights, as it glows on the horizon over the waters of Lake Ellesmere on the outskirts of Christchurch, New Zealand, on 21 January , 2026. SANKA VIDANAGAMA / AFP

    Some viewers posted pics and clips to social media. Sadly, cloud cover ruined the view for some New Zealand skywatchers.

    The National Emergency Management Agency (NEMA) told RNZ the coronal mass ejection arrived in Aotearoa about 8.30am on Tuesday, and was “not expected to cause significant impacts for NZ”.

    The agency had activated its Space Weather Science Advisory Panel, which had considered international space weather monitoring and forecasting agencies, as well as current information from the NZ-based monitoring network.

    “On current conditions, the panel advises this event is not concerning for NZ and no significant impacts are expected. NEMA and Transpower will continue to monitor the situation.”

    There were no updates from Transpower overnight.

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– Published by EveningReport.nz and AsiaPacificReport.nz, see: MIL OSI in partnership with Radio New Zealand

LiveNews: https://livenews.co.nz/2026/01/21/massive-solar-storm-fires-up-aurora-in-new-zealand-skies/