Developer Tian An LFD has been given the green light from the NSW Government's Housing Delivery Authority to go ahead with its new Chatswood apartment development, <a href="https://www.apartments.com.au/new-apartments/hammond-greens-chatswood-5-9-gordon-avenue-chatswood-nsw-2067">Hammond Greens</a>.

The 35-storey mixed-use tower at 5-9 Gordon Avenue, on the edge of the Chatswood Bowls Club, will comprise 91 apartments, 22 of which will be affordable homes managed by Link Wentworth. They will sit above a two-level podium with retail and commercial space.

The plans were upsized from the early 25-storey scheme which proposed 64 apartments, following the Government's new planning provisions under the Housing SEPP that gave developers the opportunity to increase heights and floor place in exchange for an affordable housing component.

&nbsp;

The design by <a href="https://www.apartments.com.au/architects/fjc-studio">FJC Studio</a>&nbsp;builds on the concept first presented when the firm won the site’s design competition, describing Hammond Greens as “a unique form of vertical living that belongs on the North Shore - drawing on the vernacular and materiality of suburban living, and integrating native landscaping between the narrow tower forms”.

At ground level, 1,500 sqm of retail and commercial space will activate the podium, supporting a hybrid work environment and creating a stronger connection with the local community. Residents will also have access to an outdoor pool deck, yoga room, golf simulator, and landscaped gardens designed by <a href="https://www.apartments.com.au/landscape-architect/sturt-noble-landscapes">Sturt Noble Associates</a>.

&nbsp;

Located less than 500 metres from Chatswood Transport Interchange, the project contributes to the suburb’s growing pipeline of high-density development. It joins the likes of Changfa's recently launched The Anderson and Billbergia's Chatswood Grand Residences.

Hammond Greens is the first of two towers Tian is planning in Chatswood. They have a sister project, dubbed Hammond Place, just one street away at 15-19 Nelson Street. That will have around 110 apartments.

[smartcode_project_cta:default project_id=142900]

Joel Robinson

Tian An LFD greenlit for Hammond Greens apartments in Chatswood as project launches

The sought-after Latent Defects Insurance policy, offering off the plan apartment buyers peace of mind for 10 years post-completion, has made its way to Sydney’s harbourside. Boutique developer <a href="https://www.apartments.com.au/developers/toohey-miller">Toohey Miller</a> has secured this insurance for its newly launched Elizabeth Bay development, <a href="https://www.apartments.com.au/new-apartments/barncleuth-square-elizabeth-bay-4-4a-barncleuth-square-elizabeth-bay-nsw-2011">Barncleuth</a>. This marks the developer’s second project in the area, following the success of No. 1 Onslow Place.

Latent Defects Insurance, offered by <a href="https://www.apartments.com.au/news/resilience-latent-defects-insurance">Resilience Insurance</a>, provides cover for structural or waterproofing defects in new apartment buildings. It is a policy that only the developer or builder can take out, not the apartment purchaser.

Located just&nbsp;off Macleay Street, one of Sydney’s most desirable high streets, Barncleuth offers a rare collection of only 10 residences. With just two per floor, each oversized floorplan has been designed by SJB specifically for the owner-occupier.

[smartcode_project:default project_id=140184 project_image_fid=356342]

The five-storey building captures views over Rushcutters Bay and Paddington, blending contemporary brickwork with the expressive silhouettes of its Art Deco neighbours.

Inside, the residences, designed by David Hicks, prioritise generous scale and enduring quality, with a mix of two- and three-bedroom layouts. Expansive terraces and cross-ventilated interiors maximise light and airflow, while sustainable features such as a green roof and locally sourced materials reflect SJB’s commitment to long-term liveability.

[smartcode_project:default project_id=140184 project_image_fid=356341]

Developer Toohey Miller, led by Nick Couloumbis, says the design aims to bring lasting quality to an area long celebrated for its apartment heritage.

"It's a stone's throw from the best restaurants in Sydney. Some people call it the Soho of Sydney," Couloumbis told Apartments.com.au when the project was approved.

[smartcode_project:default project_id=140184 project_image_fid=356337]

By securing <a href="https://www.apartments.com.au/news/resilience-latent-defects-insurance">Resilience Latent Defects Insurance</a>, Barncleuth joins a growing group of premium Sydney projects adopting the gold standard in building protection.&nbsp;

The cover, provided before construction begins, ensures any hidden structural or waterproofing defects are repaired immediately, without lengthy litigation or fault disputes.

Resilience Insurance CEO Corey Nugent said the product has been a catalyst for renewed confidence in the off the plan market.&nbsp;

“Ultimately what we’re trying to do is build better buildings consumers can trust. When buyers take possession, they have full insurance protection from day one, for 10 years,” Nugent explained.

Unlike traditional policies such as strata or construction insurance, Resilience LDI is a first-resort, strict liability policy, meaning repairs are covered immediately without needing to prove negligence. Coverage extends to foundations, load-bearing walls, and waterproofing, the elements most critical to long-term structural integrity.

Regarded construction firm Jasara has been appointed to deliver Barncleuth. They are forecasting an early 2027 completion.

[smartcode_project_cta:default project_id=140184]

Toohey Miller brings 10-year Latent Defects Insurance to Elizabeth Bay as Barncleuth apartments launch

<a href="https://www.apartments.com.au/developers/golden-sedayu">Golden Sedayu</a> has unveiled plans for the next phase of its landmark $4 billion <a href="https://www.apartments.com.au/new-townhouses/burswood-point-saintly-entrance-burswood-wa-6100">Burswood Point</a> project, just 3.5km from the Perth CBD at the Belmont Racecourse site.

The Local Development Plan Application has been lodged for a world-class mixed-use hub (Precinct B) on the previously untouched 2.5km stretch of Swan River foreshore.

Designed by Skidmore, Owings &amp; Merrill (SOM), recognised for their work on the world’s tallest skyscraper, Burj Khalifa in Dubai and the One World Trade Centre in New York, Precinct B will feature 15 buildings, offering a mix of residential and commercial spaces including a shopping centre up to 30,000 sqm in size.

Complementing this, an internationally acclaimed five-star hotel, and a high-end pedestrian-friendly retail boulevard with vibrant day-and-night retail, dining, and entertainment venues, will provide exciting new ways for Perth residents to connect with the riverfront.

This latest milestone signals continued construction and expansion momentum across Perth’s premier riverfront community, which is set to attract local, national and international visitors.

[smartcode_project:default project_id=142314 project_image_fid=263304]

The masterplan features 110,000 sqm of public open space, which is comparable to other Perth landmarks including inner-city Langley Park and South Perth foreshore. The riverside precinct will be brought to life through a visionary landscape concept by globally renowned architectural practice Grant Associates.

With an impressive international portfolio, including Gardens by the Bay and Funan Mall in Singapore and Barangaroo South in Sydney, the firm brings expertise in creating environments that harmonise with surrounding amenity.

At 38 hectares, Burswood Point is one of the largest urban development projects ever undertaken in Australia, and one of Perth’s most transformative mixed-use developments.

Golden Sedayu Managing Director Andrew Sugiaputra said the company was working closely with SOM, Grant Associates and the Government of Western Australia to ensure Burswood Point’s design responds sensitively to its surroundings, reflecting and enhancing the character, history, and natural features of the local environment.

[smartcode_project:default project_id=142314 project_image_fid=1817]

“West Australians enjoy a privileged outdoor lifestyle and the Swan River is central to their enjoyment,"&nbsp;Sugiaputra said.

"We’re proud to be creating something truly spectacular and unique for the city, a place that feels alive from sunrise to sunset, a place where people can stay, shop, dine, and celebrate life on the river."

Precinct B builds on the outstanding success of Burswood Point’s first residential stage, which has been met with exceptional market demand. Somerset Residences, a two- tower luxury apartment development, and the exclusive riverfront homes collection are under construction and selling fast. As the number of Perth houses listed for sale remain at or near record lows, Burswood Point will deliver 4,500 new homes over the next 10 years.

“Golden Sedayu is dedicated to delivering on our promises,"&nbsp;Sugiaputra added.

"Our clients can buy with confidence, knowing that the price is fixed throughout construction. In an industry that has faced challenging market conditions, we’re proud to provide our clients complete peace of mind and confidence in the value of their investment."

&nbsp;

[smartcode_project_cta:default project_id=142314]

Golden Sedayu reveals next 15 buildings in Perth's $4 billion Burswood Point precinct

Rising at the base of The Remarkables,&nbsp;diversified New Zealand developer&nbsp;<a href="https://www.apartments.com.au/developers/safari-group">Safari Group</a>'s Mountain Oak Apartments presents a foothold in Frankton, one of Queenstown’s most dynamic and fast-growing locales.&nbsp;

Surrounded by soaring alpine scenery and year-round tourism drawcards, Mountain Oak Apartments is a masterplanned precinct that perfectly balances accessibility with lifestyle amenity.

<img alt="Safari Group offers low-touch investment proposition in Queenstown’s popular ski fields district" data-entity-type="" data-entity-uuid="" src="https://res.cloudinary.com/dz9xllyip/image/fetch/c_scale,w_580,dpr_2.0,q_auto:good/https://res.cloudinary.com/dz9xllyip/image/fetch/f_auto,c_limit,w_1440,q_auto/https://s3.ap-southeast-2.amazonaws.com/www.urban.com.au/s3fs-public/field/image/Ext_Cam15_Sunny.jpg?VersionId=SJAROUM_1s.Tr5ciMk4EEj5oAt_Vewmv" />

Frankton has emerged as a strategic growth zone just seven kilometres from Queenstown’s CBD, popular among both residents and investors for its proximity to the airport, the region’s two premier ski fields, Coronet Peak and Cardrona Alpine Resort, and an expanding network of shops, services, and recreation options. The apartments enjoy immediate access to the popular Market Street dining hub, as well as Five Mile Shopping Centre and the seasonal Remarkables Market, where locals gather for fresh produce and artisan goods.

The location also places residents near the gateway to South Island adventures. Scenic trails, golf courses, and Lake Wakatipu’s edge are within easy reach, while the historic village of Arrowtown, renowned for its preserved gold rush-era charm and walking routes, is a short drive away. Local transport connectivity is supported by the nearby airport and arterial roads, ideal for frequent travellers and short-term guests alike.

<img alt="Safari Group’s Mountain Oak Apartments brings new investment potential to Queenstown" data-entity-type="" data-entity-uuid="" src="https://res.cloudinary.com/dz9xllyip/image/fetch/c_scale,w_580,dpr_2.0,q_auto:good/https://s3.ap-southeast-2.amazonaws.com/www.urban.com.au/s3fs-public/inline-images/313_Living_WEB.jpg?VersionId=3LglY20Jp_MAzQYdvwODRWvtjL.cZcqI" />

Tourism-driven demand underpins strong investment fundamentals in Queenstown, with a noted shortage of short- and long-term accommodation stock. Mountain Oak’s 365-day visitor accommodation consent directly addresses this need, offering a rare opportunity to serve Queenstown’s dual population of holidaymakers and hospitality workers.

Construction of the 141 residences began in June 2025, with completion anticipated by mid-2027. Apartments range from one-bedroom to penthouses, with pricing from NZ$639,000. Dual-key options and low-maintenance finishes support a flexible rental model with strong gross return potential.

Staff Writer

From slopes to markets: Mountain Oak connects residents to the best of Queenstown

Deicorp is doubling down in the Hills Showground Station Precinct, the rapidly growing area surrounding the Castle Hill Metro and one of the state’s largest transit-oriented urban renewal sites.

Having launched Hills Showground Village several years ago, and now about 70 per cent through its build, Deicorp has brought another mini-masterplan to market just a few streets away.

The developer has now released the first of 873 residences in <a href="https://www.apartments.com.au/new-apartments/showground-pavilions-castle-hill-3-andalusian-way-castle-hill-nsw-2154">Showground Pavilions</a>, five new buildings located just 500 metres from the Metro, which connects Castle Hill residents to Martin Place in around 37 minutes.

[smartcode_project:default project_id=150067 project_image_fid=351416]

The mix includes one, two, and three-bedroom apartments, as well as a limited release of garden terrace homes with studies.

Designed by <a href="https://www.apartments.com.au/architects/turner-studio">Turner Studio</a> and <a href="https://www.apartments.com.au/architects/group-gsa">GroupGSA</a>, the residences are configured around a network of landscaped courtyards and podium-level gardens, with additional rooftop terraces offering views across the district.&nbsp;Communal amenities include a 3,500 sqm public park, playgrounds, shaded seating areas and walking and cycling paths.

[smartcode_project:default project_id=150067 project_image_fid=351416]

Interiors feature flexible layouts with oversized living areas, deep balconies, SMEG kitchen appliances and floor-to-ceiling glass to maximise light and airflow.&nbsp;

Many apartments include a study space, while select residences offer private outdoor areas. A total of 44 apartments have been designated as affordable housing for key workers, such as nurses, teachers and police officers.

[smartcode_project:default project_id=150067 project_image_fid=351413]

On top of its strong connectivity to the city, Deicorp has delivered significant new amenity to the area. The developer recently opened the 9,500sqm, four-level retail precinct at Hills Showground Village, which includes 26 specialty retailers and a 1,400sqm public plaza, creating a new community hub for shopping, dining, fitness, and everyday convenience. Castle Towers, one of Australia’s largest shopping centres, is also just one Metro stop away.

Between Hills Showground Village and Showground Pavilions, Deicorp is delivering more than 1,300 new homes to the rapidly growing Castle Hill precinct, representing a $2 billion investment in the suburb.

Showground Pavilions is one of several Metro-linked projects in Deicorp’s pipeline, joining developments at Tallawong Village, Zetland, Five Dock, Macquarie Park and Crows Nest.

[smartcode_project_cta:default project_id=150067]

Deicorp expands Castle Hill footprint with Showground Pavilions launch

Greenhouse

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GUEST OBSERVATION
With time <a href="https://theconversation.com/australia-has-two-decades-to-avoid-the-most-damaging-impacts-of-climate-change-104409" target="_blank">running out</a> for us to make deep reductions in greenhouse emissions, you may well be wondering what you personally can do to minimise your own greenhouse footprint.
The average greenhouse emissions per Australian are the equivalent of <a href="/news">21 tonnes</a> of carbon dioxide per year. How can you offset or neutralise your personal share of these carbon emissions in the most cost-effective way?
There are some places where the government is willing to take the necessary action on your behalf. The ACT government, for example, is on track to <a href="https://www.environment.act.gov.au/cc" target="_blank">eliminate</a> greenhouse gas emissions generated within Canberra by 2045, and indeed by 2020 will make its own electricity sector <a href="https://www.environment.act.gov.au/cc" target="_blank">carbon-neutral</a>.
The latter feat was achieved by contracting several new zero-emission solar and wind farms to produce renewable electricity equivalent to Canberra’s consumption. Canberra retail electricity prices continue to be among the <a href="https://www.datocms-assets.com/6959/1545274459-2018-residential-electricity-price-trends-final-report.PDF" target="_blank">lowest</a> in Australia.
Take advantage of solar and wind
If you don’t live in Canberra, you need another way to neutralise your emissions. Fortunately, the cost of solar photovoltaic (PV) and wind power have both fallen rapidly. Australia has long been in the midst of a boom in rooftop PV, and many Gigawatts of ground-mounted PV and wind farms are being <a href="http://theconversation.com/at-its-current-rate-australia-is-on-track-for-%2050-renewable-electricity-in-2025-102903" target="_blank">built</a> around the country. This has put Australia on track to reach 50% renewable electricity in 2024. Each Megawatt hour (MWh) of electricity <a href="/news">generated</a> by renewables reduces electricity from coal by a similar amount, and therefore avoids about 0.9 tonnes of carbon dioxide emissions.
<iframe src="https://datawrapper.dwcdn.net/7Gd1z/2/" frameborder="0" scrolling="no" width="100%" height="450"></iframe>
The above pie chart, based on <a href="/news">federal government data</a>, shows the various sources of Australian greenhouse emissions in 2017. Electricity production is the largest source and can be neutralised by substituting PV and wind for coal and gas. Emissions from electricity use in commerce and industry, the land sector, industrial processes and high temperature heat is largely beyond your control, however, so it’s perhaps best to focus your attention closer to home.
Cost-effective action
However, putting solar panels on your roof, switching to an electric car, and substituting electric heat pumps for gas water and space heating can (or soon will) be cost-effective steps that you can take to reduce your greenhouse footprint. And in the long term, these will either pay for themselves or even end up saving you money.
A 10-kilowatt solar PV system installed on your roof will produce <a href="http://apvi.org.au/wp-content/uploads/2018/03/CMC_CanberraSolarPotential_Final_lowres.pdf" target="_blank">about 14 MWh</a> of electricity per year. Since coal power stations produce 0.9 tonnes of carbon dioxide per MWh this save about 12 tonnes of CO2 emissions per year.
To offset your 21 tonnes of CO2 per year, you would therefore need to install 15kW of solar PV capacity for each person who lives in your house. So if four people live in your house, you would need a 60kW solar system.
But a typical rooftop PV system now has a <a href="http://pv-map.apvi.org.au/analyses" target="_blank">rating</a> of 5-15kW, and many homes lack the roof space needed to install a larger system. Ways to address this are described below.
Road to success
A typical car <a href="https://www.greenvehicleguide.gov.au/pages/Information/VehicleEmissions" target="_blank">produces</a> about 190 grams of CO2 per kilometre of travel, and the average Australian car <a href="http://www.roymorgan.com/findings/australian-moterists-drive-%20average-15530km-201305090702" target="_blank">travels</a> 15,500 km per year, thus producing 3 tonnes of CO2.
Moderately priced electric cars are expected to be widely available in the early 2020s, which can travel about 6,000 km for each MWh of electricity consumed.
Once the premium for an electric vehicle drops below about A$10,000, the lifetime cost of an electric car (including buying, maintaining and charging it) will be competitive with conventional cars.
A 2kW PV panel on your house roof will produce enough electricity for 16,000km of electric car driving per year, thus offsetting your entire emissions from motoring (3 tonnes of CO2), assuming you drive an average amount each year and previously drove a conventional model.
Off the gas
Most natural gas use within a home is for water and space heating. Gas can readily be replaced by electric heat pumps, which move heat from the air outside the home into your hot water tank or reverse cycle air conditioning system. <a href="http://www.eec.org.au/for-energy-users/technologies-2/heat-pumps" target="_blank">Heat pumps</a> typically move four units of heat for each unit of electricity consumed and can be readily powered by rooftop solar panels, supplemented by electricity from the grid.
For the average household, replacement gas with heat pumps can readily reduce household greenhouse gas emissions by up to 5 tonnes per year, at lower lifecycle cost than using gas. Replacement of gas cookers with electric induction cookers allows elimination of gas altogether from the home.
Fly less
Limiting air travel is one of the most effective tactics to cut your personal emissions. Short-haul flights or flights with few passengers <a href="https://www.eci.ox.ac.uk/research/energy/downloads/jardine09-carboninflights.pdf" target="_blank">increase</a> the emissions intensity per passenger. A mostly full return trip from Australia to London (34,000km) will typically generate about 4 tonnes of CO₂ per passenger.
When you do decide to fly, think about how you can offset the emissions directly. Adding 1kW to your rooftop PV system can offset one return trip to London for one person every 3 years.
Will it pay for itself?
Now that we’ve looked at these various strategies, let’s now consider a family home with three occupants and one car. A 10kW PV system on the roof can make a substantial reduction in their greenhouse footprint by offsetting 14 tonnes of CO2 per year. Switching to an electric car saves 3 tonnes per year and substituting electric heat pumps for gas saves a further 1- 5 tonnes per year.
An additional 5 kW of rooftop PV is needed to neutralise an average amount of air travel, and to power the electric car and heat pumps. This 15kW system would cost about A$20,000 up front and would last 25 years. However, rooftop PV systems are now so cheap compared with the retail electricity tariff that the money invested is generally recovered within 10 years.
The total emissions savings estimated above are about 25 tonnes per year, per household, which is still significantly short of the 63 tonnes (on average) that this family emits. To be fully carbon-neutral, one option is for the family to invest in a wind or solar farm.
The required share of a wind farm or solar farm is about 10 kW or 20 kW respectively per three-person family, noting that a 3MW wind turbine produces nearly double the amount of electricity per year of a 3MW PV farm (single axis tracking), which in turn produces 40% more electricity per year than an equivalent amount of roof-mounted solar panels.
The up-front cost of this investment would be about A$25,000 per family, and it would return a steady income sufficient to repay the initial outlay (with interest) over the 25-year lifetime of the system.
So in summary, assuming that you have the means to meet the (not insubstantial) upfront costs, doing your part to preserve a living and vibrant planet for our children ultimately has a low or even negative net cost.<img src="https://counter.theconversation.com/content/103922/count.gif?distributor=republish-lightbox-basic" alt="The Conversation" width="1" height="1" style="border: none !important; box-shadow: none !important; margin: 0 !important; max-height: 1px !important; max-width: 1px !important; min-height: 1px !important; min-width: 1px !important; opacity: 0 !important; outline: none !important; padding: 0 !important; text-shadow: none !important;">
Andrew Blakers, Professor of Engineering, Australian National University
This article is republished from <a href="http://theconversation.com" target="_blank">The Conversation</a> under a Creative Commons license. Read the <a href="https://theconversation.com/how-to-neutralise-your-greenhouse-gas-footprint-103922" target="_blank">original article</a>.
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j.ballantyne1990-6AQqhLzZaK

How to neutralise your greenhouse gas footprint: ANU's Andrew Blakers

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PUF Ventures Australia has formed an alliance with Utilities Group, a private company which operates proprietary bioHubs which turn manure, sewage, crop and food processing waste into renewable energy and bioproducts. </div>
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<div>The Casino bioHub project is already in early stage planning.</div>
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<div>
Utilitas Group is working with ASX-listed DomaCom to raise the $4.3 million needed to develop the project.</div>
<div> </div>
<div>The bioHub will transform organic waste and waste water from the <a href="https://www.domacom.com.au/public-crowdfunding-campaigns/commercial-properties/casino-biohub/" target="_blank">Richmond Valley region</a> into energy, clean water and other valuable bio-products. </div>
<div> </div>
<div>PVA has plans to construct a one million-square-foot greenhouse operation, with large scale manufacturing, processing and office facilities for the cultivation, production and manufacture of medical cannabis and associated products near the town of Casino, in the Northern Rivers region of New South Wales, Australia.  </div>
<div> </div>
<div>
Utilitas Group is developing a bioHub, near the same location which will transform organic waste and waste water from the Richmond Valley region into energy, clean water and other valuable bio-products. </div>
<div> </div>
<div>Through the alliance, PVA will have long term access to stable environmentally friendly energy, nutrients and reclaimed water generated by the Utilitas bioHub. </div>
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<div>“There are significant economic and environmental benefits to be gained through the alliance with Utilitas,” said Horsfall, CEO of PUF Ventures Australia.</div>
<div> </div>
<div>“The Utilitas bioHub in Casino, New South Wales, has been designed to create dispatchable renewable electricity, green natural gas, carbon dioxide (CO2), valuable nutrients and reclaimed water as part of a closed-loop resource recovery process. These are all critical inputs for a large greenhouse operation. “ </div>
<div> </div>
<div>“Together with Utilitas, we can create the world’s first closed-loop, resource recovery, medicinal cannabisfacility, utilising the huge local biomass from the agricultural and food processing industries to pioneer world-leading clean technologies.”  </div>
<div> </div>
<div>“I give high praise to the Richmond Valley Council for its proactive efforts in securing such a high value anchor tenant like PUF Ventures Australia to co-locate with the Casino bioHub,” said Fiona Waterhouse, CEO, Utilitas Group.  </div>
<div> </div>
<div>“Securing PUF Ventures to have local, affordable clean energy and nutrients to grow healthy plants andaffordable long-term price is a win for the region, community, and environment. It’s also going to create new, local employment, and reduce environmental impacts from waste and emissions.”  </div>
<div> </div>
<div>The long-term success of any licensed cannabis producer is the ability to leverage economies of scale in its grow operations and be a low-cost producer with a premium product. Those companies with state-of-the-art operations with long term access to affordable energy and nutrients, which are critical cost drivers, will be successful.  </div>
<div> </div>
<div>About Utilitas  Utilitas is on a mission to unleash the power of bioHubs to fuel industry, support networks andenergise communities by delivering 100MW of dispatchable, reliable, local electricity and other bioproducts from 100 bioHubs in 100 regional communities by 2025. </div>
<div> </div>
<div>
Utilitas originates, designs, builds and operates the bioHubs, contracting with large organic waste producers and energy consumers to treat their waste andsupply back energy (electricity, gas, fuel) and other valuable bioproducts at locked in long term prices.</div>
<div> </div>
<div>
PUF Ventures Australia PTY LTD and PUF Ventures Inc have formed a strategic partnership with the Richmond Valley Council, New South Wales, Australia, to construct a 1 million-square-foot greenhouse operation, with large scale manufacturing, processing and office facilities for the cultivation, production and manufacture of medical cannabis andassociated products in Australia. </div>
<div> </div>
<div>
PUF Ventures Inc. owns a majority interest in AAA Heidelberg Inc., a private Ontario company that is an advanced applicant for an ACMPR license from Health Canada.</div>
<div> </div>
<div>Through an exclusive joint venture agreement with Canopy Growth Corp, the Company will join CraftGrow, a collection of high-quality cannabis grown by a select and diverse set of producers, made available through the Tweed Main Street website.</div>
<div> </div>
<div>DomaCom is a <a href="https://www.domacom.com.au/public-crowdfunding-campaigns/commercial-properties/casino-biohub/" target="_blank">fractional property investment</a> platform.</div>
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Utilitas Group working with DomaCom to raise $4.3 million to develop Casino bioHub project 

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<img src="https://counter.theconversation.edu.au/content/65345/count.gif" alt="The Conversation" width="1" height="1">
GUEST OBSERVER
The Earth’s last intact wilderness areas are shrinking dramatically. In a recently published paper we showed that the world has lost 3.3 million square kilometres of wilderness (around 10 percent of the total wilderness area) since 1993.
Hardest hit were South America, which has experienced a 30 percent wilderness loss, and Africa, which has lost 14 percent.
These areas are the final strongholds for endangered biodiversity. They are also essential for sustaining complex ecosystem processes at a regional and planetary scale. Finally, wilderness areas are home to, and provide livelihoods for, indigenous peoples, including many of the world’s most politically and economically marginalised communities.
But there’s another important service that many wilderness areas provide: they store vast amounts of carbon. If we’re to meet our international climate commitments, it is essential that we preserve these vital areas.
Climate consequences
Large, intact ecosystems store more terrestrial carbon than disturbed and degraded ones. They are also far more resilient to disturbances such as rapid climate change and fire.
For instance, the boreal forest remains the largest ecosystem undisturbed by humans. It stores roughly a third of the world’s terrestrial carbon.
Yet this globally significant wilderness area is increasingly threatened by forestry, oil and gas exploration, human-lit fires and climate change. These collectively threaten a biome-wide depletion of its carbon stocks, considerably worsening global warming. Our research shows that more than 320,000sqkm of boreal forest has been lost in the past two decades.
Similarly, in Borneo and Sumatra in 1997, human-lit fires razed recently logged forests that housed large carbon stores. This released billions of tonnes of carbon, which some estimate was equivalent to 40 percent of annual global emissions from fossil fuels. We found that more than 30 percent of tropical forest wilderness was lost since the early 1990s, with only 270,000sqkm left on the planet.
How do we stop the loss?
All nations need to step up and mobilise conservation investments that can help protect vanishing wilderness areas. These efforts will vary based on the specific circumstances of different nations. But there is a clear priority everywhere to focus on halting current threats – including road expansion, destructive mining, unsustainable forestry and large-scale agriculture – and enforcing existing legal frameworks.
For example, most of the world’s remaining tropical rainforests are under an onslaught of development pressures. Much of sub-Saharan Africa is being opened up by over 50,000km of planned “development corridors” that criss-cross the continent. These will slice deep into remaining wild places.
In the Amazon, plans are being made to construct more than 300 large hydroelectric dams across the basin. Each dam will require networks of new roads for dam and powerline construction and maintenance.
In northern Australia, schemes are afoot to transform the largest savannah on Earth into a food bowl, jeopardising its extensive carbon stores and biodiversity.
We need to enforce existing regulatory frameworks aimed at protecting imperilled species and ecosystems. We also need to develop new conservation policies that provide land stewards with incentives to protect intact ecosystems. These must be implemented at a large scale.
For example, conservation interventions in and around imperilled wilderness landscapes should include creating large protected areas, establishing mega-corridors between those protected areas, and enabling indigenous communities to establish community conservation reserves.
In Sabah, Borneo, scientists from the UK’s Royal Society have been working with local government to establish networks of interlinked reserves stretching from the coast to the interior mountains. This provides a haven for wildlife that migrate seasonally to find new food sources.
Funding could also be used to establish ecosystem projects that recognise the direct and indirect economic values that intact landscapes supply. These include providing a secure source of fresh water, reducing disaster risks and storing vast quantities of carbon.
For example, in Ecuador and Costa Rica, cloud forests are being protected to provide cities below with a year-round source of clean water. In Madagascar, carbon funding is saving one of the most biodiversity-rich tropical forests on the planet, the Makira forest.
We argue for immediate, proactive action to protect the world’s remaining wilderness areas, because the alarming loss of these lands results in significant and irreversible harm for nature and humans. Protecting the world’s last wild places is a cost-effective conservation investment and the only way to ensure that some semblance of intact nature survives for the benefit of future generations.
James Watson is associate professor, The University of Queensland and can be contacted <a href="https://theconversation.com/profiles/james-watson-104823" target="_blank">here</a>.
Bill Laurance is distinguished research professor and Australian Laureate, James Cook University and can be contacted <a href="https://theconversation.com/profiles/bill-laurance-4358" target="_blank">here</a>.
Brendan Mackey is director of the Griffith Climate Change Response Program, Griffith University and can be contacted <a href="https://theconversation.com/profiles/brendan-mackey-152282" target="_blank">here</a>.
James Allan is PhD candidate, School of Geography, Planning and Environmental Management, The University of Queensland and can be contacted <a href="https://theconversation.com/profiles/james-allan-296281" target="_blank">here</a>.
All are authors for The Conversation.
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jchancellor-FAypfDUnLy

The world’s carbon stores are going up in smoke with vanishing wilderness

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<h2>
GUEST OBSERVER  
</h2>
Energy Minister Josh Frydenberg told Q&amp;A that Australia has the highest number of solar panels on people's roofs per capita anywhere in the world. Is that right? 
Solar photovoltaics (PV) technology produces electricity directly from solar energy. When you see a solar panel on a household roof, it’s most likely solar PV technology at work within those shiny blue or black, silver-framed plates. (If not, they’re likely to be solar hot water system panels.) 
Solar PV has made a valuable contribution towards reducing Australia’s very high per-capita greenhouse emissions from electricity generation. 
Energy Minister Josh Frydenberg’s told Q&amp;A viewers that Australia has more household solar panels, per head of population, than anywhere in the world.
Let’s check the claim against the available evidence.
Checking the source 
When asked for a source to support his assertion, a spokesman for the minister clarified he was talking about solar PV systems only (not solar hot water).
He referred The Conversation to a document produced by the Energy Supply Association of Australia (which has since been folded into the new Australian Energy Council). The document said that:
"Australia clearly leads the world in the installation of household scale distributed solar PV. Australia has double the residential solar PV penetration rates of the next country (Belgium), and more than three times the penetration of Germany and the UK … By 2015, more than one in seven Australian households had installed solar PV. This is a 15% penetration rate across all Australian households."
We can check this assertion independently using a combination of data from:
<ul>
<li>the Australian PV Institute’s database of PV systems less than 10 kilowatts registered with the Australian Clean Energy Regulator and;</li>
<li>a March 2015 data set from the Australian Bureau of Statistics (ABS) called Household and Family Projections, Australia.</li>
</ul>
Note that the kilowatt (kW) capacity here refers to the size of the PV system, and represents the maximum power (Watts) the system generates in the middle of a sunny day.
A typical PV panel is rated at around 250 Watts (0.25kW). A typical residential PV system in Australia is sized somewhere between 1.5-5kW, or 6 to 20 panels. As a basis for comparison, a typical air-conditioner typically consumes around 1-2kW when running. 
For our calculation, we assumed that all systems less than 10kW are installed on household premises (although, in fact, a few are installed on small businesses and community buildings such as surf clubs and schools). 
Here's what the data shows:
<div class="content" data-raw="">
So Frydenberg has actually likely slightly underestimated the proportion of Australian households with a PV system. It’s not 15 percent – it’s more like 16.5 percent, according to the latest data.
PV systems are not evenly distributed across Australia’s residential sector, as the Australian PV Institute’s live PV map shows:
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<a href="/images/2016/03/29/image-20160323-28111-8pnjzx.png" target="_blank">Click to enlarge</a>
<img src="/images/2016/03/29/image-20160323-28111-8pnjzx.png" alt="">
</div>
<div class="content" data-raw=""> </div>
<div class="content" data-raw="">PV installation by post code. Note: The percentages on the map are higher than the 16.5% figure, as the percentage of dwellings with a PV system shown on the map is estimated by comparing the number of freestanding and semi-detatched dwellings from the 2011 census with the number of residential PV systems installed in each area (rather than using a figure including all dwellings scaled up in line with population growth projections). Australian PV Institute (APVI) Solar Map, funded by the Australian Renewable Energy Agency, accessed from pv-map.apvi.org.au on 23 March 2016.</div>
<div class="content" data-raw="">
<div class="enlarge_hint"> </div>
<div class="enlarge_hint"><a href="/images/2016/03/29/image-20160323-28072-19k2p6b.png" target="_blank">Click to enlarge</a></div>
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<img src="/images/2016/03/29/image-20160323-28072-19k2p6b.png" alt="">
</div>
<div class="content" data-raw=""> </div>
<div class="content" data-raw="">Note: The percentages on the map are higher than the 16.5% figure, as the percentage of dwellings with a PV system shown on the map is estimated by comparing the number of freestanding and semi-detatched dwellings from the 2011 census with the number of residential PV systems installed in each area (rather than using a figure including all dwellings scaled up in line with population growth projections). Australian PV Institute (APVI) Solar Map, funded by the Australian Renewable Energy Agency, accessed from pv-map.apvi.org.au on 23 March 2016. </div>
<div class="content" data-raw=""> </div>
<div class="content" data-raw="">
Is Australia the world leader when it comes to solar PV per capita?
Yes. Australia does likely have the highest proportion of households with PV systems on their roof of any country in the world.
But to be clear, Australia does not have the most PV rooftop capacityinstalled per person. By that we mean there are a number of other countries that currently generate a higher proportion of their total electricity from PV than Australia.
Those countries may also have larger commercial and industrial PV systems (often tens to hundreds of kilowatts in size) or utility PV plants (which can be a megawatt – 1,000 kilowatts – to tens of megawatts in size).
Australia is unusual in that some 85 percent of its installed PV capacity is small systems less than 10kW.
Indeed, the latest International Energy Agency (IEA) Photovoltaic Power Systems Programme Task 1 trends report ranks Australia fourth or fifth for overall PV capacity, based on 2014 data:
Note, however, that not all countries with high PV penetrations are included in the IEA report. Greece, for example, gets around the same proportion of its electricity from solar PV as Germany.
There are also a number of small island developing states with a high percentage of households with stand-alone solar home systems. For example, around 17 percent of households in Kiribati have a solar home system (based on 2013 data).
However, this isn’t really comparable with Australia because these PV systems in Kiribati are so tiny they can only power lighting and small appliances. Also, Kiribati’s population is only just over 100,000 people and many people on remote islands have no access to an electricity grid.
In 2014, Germany had more than nine times the installed PV capacity of Australia, yet around the same number of household PV systems spread over more than three times the population.
Italy had more than four times the PV capacity of Australia, yet less than half the number of household PV systems. Japan had around 15% more residential PV systems, but more than five times the population of Australia. Belgium has a population around half that of Australia, but only around one fifth the number of PV systems. Greece has less than a tenth of Australia’s PV capacity of small (&lt;10kW) PV systems.
Therefore, all of these countries have a significantly lower proportion of households with PV systems than Australia. They do better than Australia when it comes to total energy produced from solar; they do worse than Australia when it comes to household rooftop solar only.
So Frydenberg was right to say Australia has the highest proportion of households with PV systems on their roof in the world (well, that is if we don’t consider tiny countries like Kiribati).
<h2>Why is household rooftop solar so popular in Australia?</h2>
Australia’s unique PV market focus on households has come about through a combination of factors:
<ol>
<li>
Policy support from federal and state governments has historically focused particularly on PV systems less than 10kW, including the Solar Credit Multiplier available over 2009-2012 through the former Labor government’s revised Renewable Energy Target. There were also the various state-based feed-in tariffs over the same time period, which were generally restricted to small PV systems.
</li>
<li>
A large proportion of Australian housing comprises stand-alone dwellings with relatively large roof spaces suitable for PV systems.
</li>
<li>
Most of Australia has an excellent climate for PV systems with plenty of sunshine.
</li>
<li>
Australian households have to pay very high residential electricity prices compared to many other countries. PV systems can be a very cost effective way to reduce household electricity bills.
</li>
<li>
Australia’s relatively high rates of owner-occupier home ownership allows the benefits of the PV system investment to be captured by the home owner, who also pays the electricity bills.
</li>
</ol>
<h2>What does the future hold?</h2>
One final note: Australia may be at risk of losing the top ranking when it comes to household solar PV systems.
A growing number of countries are setting ambitious PV targets.
In Australia, some key electricity industry stakeholders here in Australia – including the distribution network utilities that own and operate the wires that run to your house – are looking to restrict future household PV connections in some areas, or reduce the money that households can save by installing PV systems.
Household PV does raise a number of technical challenges for these businesses, and their revenue under current electricity tariffs.
<h2>Verdict</h2>
Josh Frydenberg was correct. Australia almost certainly has the highest proportion of households with PV systems on their roof of any country in the world (again, not including tiny nations like Kiribati). His assertion that nearly 15% of Australian households have solar panels on their roofs was, indeed, perhaps a slight underestimate.
However, there are a number of other countries that currently generate a higher proportion of their overall electricity from PV than Australia.
Unlike these other PV markets, the great majority of PV systems in Australia are small-scale installations on household rooftops. If Australian governments are keen to see Australia retain its world leading position, greater policy, retail market and regulatory efforts will be required. 
Anna Bruce is lecturer in the School of Photovoltaic and Renewable Energy Engineering, UNSW Australia and can be contacted <a href="https://theconversation.com/profiles/anna-bruce-243843" target="_blank">here</a>.
Iain MacGill is co-director, Centre for Energy and Environmental Markets, UNSW Australia and can be contacted <a href="https://theconversation.com/profiles/iain-macgill-576" target="_blank">here</a>.
Both are authors for The Conversation.
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