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Join us as our special guest and witness this exciting moment for yourself at our booth #711. We’ll be unveiling our newest product solution at the Timber Processing & Energy Expo in Portland, OR. It’s shaping up to be an event to remember and we want you to be there!

You can also see our other displays, including new advances in optimization and panel technology and offerings from our parts and upgrades teams.

See you there!

To read previous Timber Processing & Energy Expo posts click here.

To read previous USNR posts click here.

 

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The post USNR Booth #711- It’s almost time to pull back the curtain! appeared first on International Forest Industries.

Front-line law enforcement officers from across Vietnam have received specialised timber legality training, critical to Vietnam’s efforts to promote sustainable forest management and combat illegal timber trade. Source: Timberbiz Vietnam is a major importer and exporter of timber products. Much of the timber is sourced via cargo shipment from Africa, particularly from the Congo Basin, where uncontrolled deforestation is a major problem. This situation jeopardises Vietnam’s timber industry and challenges frontline officers who, due to limited capacity and knowledge, struggle to verify timber species, origins, and documentation in order to ensure legality. To address these challenges, TRAFFIC, the Department of Forestry, and the Ministry of Agriculture and Rural Development (MARD) organised a series of training courses in Quang Tri, Ba Ria Vung Tau, Dong Nai, and Gia Lai, reaching 123 officials from Vietnam Customs, Forest Protection Department, and Environmental Police, across 21 provinces. The curriculum focused on enhancing skills in assessing and verifying legal compliance related to imported timber, covering the following topics: International and Vietnamese regulations on timber legality Due diligence in managing imported timber Controlling high-risk species and timber identification methods Traceability tools to verify timber species along the supply chain Use of a new wood identification tool in development by TRAFFIC. This training series came at a critical time, as Vietnam works to implement its commitments under the Vietnam-EU Voluntary Partnership Agreement on Forest Law Enforcement, Governance and Trade (VPA/FLEGT) signed in 2019, which requires robust systems to ensure the legality of all timber in Viet Nam’s supply chain, making the enhanced capabilities of front-line officers even more crucial. Linh Nguyen, Project Manager at TRAFFIC, expressed optimism about the program’s impacts. “The high pass rate and positive feedback from participants indicate that we have made substantial progress in equipping our officials with the necessary tools to combat illegal timber trade. It represents a crucial step in Vietnam’s ongoing efforts to promote sustainable forest management,” he said. This comprehensive training initiative marks a significant milestone in Vietnam’s commitment to combating illegal timber trade and ensuring the sustainability of its timber industry. By enhancing the skills and knowledge of its front-line officers, Vietnam is taking proactive steps to protect its forests, support legal trade, and contribute to global efforts in forest conservation.

Thanks to Tristram Branscombe-Kent’s invaluable inspiration, thousands of consumers worldwide have come across the friendly checkmark-and-tree logo along with the ‘Forests For All Forever’ tag line. This year, as FSC celebrates its 30th anniversary, it honours his memory and conveys our gratitude, on behalf of all the people who work hard contributing to the health of the world’s forests and a healthier planet. Source: Timberbiz The FSC logo is a statement that tells you that the product that you have purchased has been produced using wood from a responsibly managed forest, ensuring that its biodiversity is respected while providing social benefits to the communities that depend on it. Behind the FSC checkmark and tree, there’s a story of commitment by a group of people that came together 30 years ago. That group of people had a vision, and the creativity of a uniquely talented graphic designer. It all started in 1994 when the first FSC members saw the need to have a logo that consumers and producers alike could easily identify with the mission for global forestry that was just dawning: to promote environmentally sound, socially beneficial, and economically prosperous management of the world’s forests. These members were presented with an initial design that represented a cluster of trees casting a shadow in the form of a world map. Although the idea was adequate, “a number of stakeholders saw it difficult to recognize. Also, due to its size, the map left out some parts of the world, which was criticized by some members for obvious reasons,” said Tim Synnott, an FSC founding member and its first Executive Director. Therefore, a much simpler and efficient version was needed. “The Board and I quickly realized that the first logo was quite unsuitable for labels due to its complexity, so we commissioned Tristram Branscombe-Kent to design a new one in 1995, a process that took several months of refining and agreeing,” he said. Branscombe-Kent began his early career as a graphic designer in a variety of agencies and locations including London, Athens and New York before creating Tristram Kent Associates (TKA) first in Canterbury and then in Broadstairs. Branscombe-Kent arrived at FSC’s first headquarters in Oaxaca, Mexico, in June 1994 to meet with the Board members at their third meeting and to gather their impressions. The commission was clear: the concept had to immediately tell consumers that the product they were about to purchase represented the FSC mission and came from well-managed forests. The challenge was not easy, as this commitment was at an infant stage at the time and some of the green claims on labels that began to appear on products in the early 1990s were downright misleading. “Consumers were simply not as knowledgeable about ethical choices back then and they had no way of knowing whom to trust or believe. It was a novelty, and we had to convey a very simple and effective message to reassure them,” said Mr Synnott. After gathering the Board’s input, Branscombe-Kent hopped back on a plane and flew back to England, where he began to work on what came to symbolize the world’s first choice of responsibly sourced forest products. Early sketches show a variety of options as he toyed with the idea that responsible forestry had to include imagery that would be immediately recognizable with the obvious – trees. These included a dual-shaped tree that was meant to symbolize a broadleaf and a conifer with the abbreviation FSC beneath it. Other options were bolder and documented an interest in conveying more abstract symbolism, such as a photograph of a tree that had been digitally reduced to a minimal amount of bitmap information and meant to identify with the dawning digital age. The final drafts were presented to the FSC Board of Directors, and the option of the checkmark-and-tree logo was accepted at the beginning of 1996. For the Board members, this was the perfect choice as it conveyed a tree with a universally recognized sign of approval – a checkmark. Twenty-five years on, it proved to be the right choice. The logo was officially launched at an event in London on 21 February 1996, and the first product bearing it – the now legendary Sainsbury’s cooking spatula – was available soon after, beginning a journey that keeps telling us today just how important it is to buy products that help preserve the world’s forests for future generations.  

Caterpillar has eight new next generation Cat Skid Steer Loader (SSL) and Compact Track Loader (CTL) models. Four new Cat SSLs – the Cat 250, 260, 270, and 270 XE – mark the introduction of the next generation design to the SSL line. Source: Timberbiz Meanwhile, the new Cat 275, 275 XE, 285 and 285 XE mark the expansion of the next generation design for the CTL line, joining the 255 and 265 announced in late 2023. The largest CTLs ever produced by Caterpillar, the new Cat 285 and 285 XE compete in a new class size with greater lift height and lift and tilt breakout forces. Maintaining the DNA of what made the Cat D3 series a leader, the next generation SSL and CTL models are a ground-up redesign that improves on the features that made the previous series popular. High performance is the standard for these next generation machines, elevating Caterpillar’s loader reputation through upgrades in engine power and torque, lift and tilt breakout forces, stability, operator comfort, and technology. The new SSL and CTL models carry on Caterpillar’s new machine nomenclature with the elimination of the series letter designation. All next generation Cat SSLs are now identified by an ending model number of 0, while all CTLs have a model number ending in 5. Simplifying nomenclature, the middle number represents machine size with a larger number All next generation Cat SSL and CTL models feature a redesigned engine compartment that places the engine and cooling package lower into the frame for improved stability, giving the operator confidence in handling heavy loads throughout all aspects of the work cycles. Meeting US EPA Tier 4 Final/EU Stage V emissions standards, the four new CTL models are powered by the Cat C3.6TA engine, while the 250 and 260 SSLs are powered by the Cat C2.8T and the 270 and 270 XE by the Cat 3.6TA. These new engines maintain horsepower across a wider RPM range compared to the previous engines powering the D3 series and boast significant torque increases 13% for the 250 and 260, 35% for the 270, and 50% for the 275 and 285 for improved working performance. With a vertical lift design, these new next generation machines feature significant increases in lift height, breakout forces and ROC to elevate loader flexibility and performance. The Cat 250 features a lift height of 124 in (3150 mm), 3 in (76.2 mm) more than the 242D3, a 36% increase in tilt and 26% increase in lift breakout forces, and 21% increase in ROC. Offering a maximum lift height of 132 in (3353 mm), the 260 has 7 in (193 mm) more lift height than the 262D3 and 27% increase in tilt and 24% increase in lift breakout forces, and a 17% increase in ROC. With 6.4 in (162 mm) more lift height than the 272D3, the 270 and 270 XE deliver a maximum lift height of 133.5 in (3391 mm) plus 11% and 5% increases in tilt and lift breakout forces, respectively. The 275 and 275 XE CTLs have a lift height of 134.4 in (3415 mm), 8 in (203.2 mm) higher than the 299D3, plus a 37% increase in tilt breakout force and 19% increase in ROC. Expanding the Cat SSL and CTL line into the biggest size class, the 285 and the 285 XE deliver a lift height of 146 in (3708 mm) and tilt breakout force of 13,920 lbs (6314 kg). The 285 has an ROC of 4,719 lbs (2141 kg) with counterweight while the 285 XE has an ROC of 4,816 lbs (2185 kg) with counterweight. Their new closed-centre auxiliary hydraulic system allows these machines to operate all Cat Smart Attachments with the standard hydraulics provided. Standard hydraulic system pressure increases 5% to 3,500 psi (24130 kPa) in the next generation models. Cat 250, 260, 270 and 275 machines equipped with standard hydraulic flow are shipped from the factory outfitted as “High Flow ready.” High Flow functionality is activated simply via a new software enabled attachment (SEA), permitting on-machine or remote activation of increased hydraulic flow to 30 gal/min (113 l/min) for the 250, 260, and 270 models and 34 gal/min (129 l/min) for the 275 at standard hydraulic system pressure. Also available, the High Flow XPS factory option increases auxiliary hydraulic system pressure to 4,061 psi (28000 kPa) for the 250, 260, 270, 275 and 285 next generation models. Along with this, hydraulic flow is increased to 30 gal/min (113 l/min) on the 250, while flow increases to 34 gal/min (129 l/min) for the 260, 270, 275 and 285 models. Equipping the 250 with the High Flow XPS option gives customers auxiliary hydraulic performance not available before in a mid-size chassis SSL. Equipped for maximum hydraulic capability, the High Flow option for 270 XE, 275 XE and 285 XE loaders increases auxiliary hydraulic system pressure to 4,496 psi (31000 kPa) and hydraulic flow to 40 gal/min (150 l/min). The four next generation CTL models feature a new E-bar (equalizer bar) undercarriage that provides increased stability for grading and handling heavier loads. The E-bar undercarriage harnesses Caterpillar’s heritage and leadership with track type tractors to provide a hybrid undercarriage solution. It delivers the benefits of a rigid-style undercarriage design when lifting heavy loads or using heavy attachments like mulchers and dozer and grader blades, while simultaneously providing the benefits of an oscillating undercarriage when encountering uneven terrain or obstacles. All next generation Cat SSLs and CTLs feature a larger cab design with 22% more overall volume and 26% additional foot space. With a 2.75-in (70-mm) increase in interior width, the new cab expands footwell-to-ceiling height by 1.8 in (46 mm) and allows for an additional 1.5 in (40 mm) of hip room and 1.1 in (28 mm) more width between the joysticks to improve operator comfort. Next generation loaders are equipped with either a 5-in (127-mm) standard LCD monitor or an 8-in (203-mm) advanced touchscreen monitor, depending on the selected technology package. Like the advanced display […]

An international collaboration exploring using a robot from Finland, to improve productivity and consistency in propagation for forestry is being formalised. A key tool to help achieve those outcomes has been officially blessed. Source: Timberbiz Forest Growers Research (FGR) and Scion will sign a formal partnership agreement with the Natural Resources Institute Finland (Luke) and the South-Eastern Finland University of Applied Sciences (Xamk) as part of an FGR-funded research program. Tissue Culture Techniques for 21st Century Forests aims to expand and automate the use of somatic embryogenesis of radiata pine for the commercial forestry industry. Somatic embryogenesis is a process that induces immature embryos to produce masses of cells containing many tiny somatic embryos. These are encouraged to form mature embryos to develop into seedlings. Scion is the science lead on the research program which involves other international partners and aims to create a reliable and cost-effective propagation method to boost productivity and ensure consistent results. Sorting mature somatic embryos before germination is time-consuming and subjective so Scion and FGR are exploring using a robotics system from Finland for the task. Luke and Xamk jointly developed a robot prototype and software to automatically pick mature somatic embryos for germination. It uses automated image capture using machine learning and artificial intelligence to determine if the embryo should be germinated or rejected. The robot was initially programmed for use on Norway Spruce (Picea abies) and the tissue culture program is exploring its suitability for radiata pine. In September 2023, Scion staff including scientist Associate professor Jana Krajňáková visited Luke and Xamk to explore if the machine could be used for radiata pine embryos and successful trials led to its purchase in October 2023 by Forest Growers Research. In May the robot arrived at Scion. Xamk engineer Elmar Bernhardt assembled it, and Luke scientist Sakari Valimaki has been hosted by Scion while he trains the team in Scion’s Tissue Culture laboratory to work with the robot and the robot to work with radiata pine. The four parties are exploring integrating AI into the robot to achieve a working prototype for automated picking of radiata pine embryos. Commercialising the robot and expanding its use to other species is under preparation. They are also looking at the commercial potential of somatic embryogenesis for radiata pine. This month, the four-way collaboration is being formalised with the signing of a partnership agreement. The robot has been officially blessed. Dr Paul Adams from FGR says the Partnership is an exemplar of the benefits of international collaboration and a cross-disciplinary approach, learning from each other, gaining different experiences with different species, and finding a more efficient way of making faster progress. The ability to apply the learnings across other important forestry species will be a gamechanger into the future, he says. Krajňáková says there has been significant interest in the robot from industry partners and the first germination experiments have been undertaken. The robot aligns with one of the goals of the FGR tissue culture project which is to streamline propagation to make it more cost effective and efficient, she says. “The propagation process is time consuming and tiring and humans are not consistent. The robot’s algorithm uses the same criteria to select embryos around the clock.”= Having the machine also opens more commercial work opportunities and can increase efficiency. Dr Tuija Aronen and Dr Mikko Tikkinen from Luke say it is important to have experience using the robot with different species and the partnership will deepen the research collaboration with Scion and the New Zealand forestry industry. The green tech robotics partnership with Scion and FGR represents a key milestone in the internationalisation of Xamk’s research, development and innovation activities within the forest bioeconomy sector. “This technology promotes the green transition in an important research area for us”, says Hannu Leinonen, Head of Electronics 3K Factory at Xamk.  

There are many ways the New Zealand Farm Forestry Association (NZFFA) could have responded to Ewan McGregor’s opinion piece about the threat of pines to our rural landscape. Mr McGregor is a Central Hawke’s Bay farm forester, former deputy chairman of the HBRC, and a former president of HB Federated Farmers. Source: Timberbiz NZFFA said that one way would be to point out that we have been experiencing rural depopulation for decades as markets, costs and farming practices have changed. When farming is unprofitable, land is sold, and people leave. Forestry is often the next best option. Secondly, we have all seen photographs of devastated hill sides after storm events. Every year, millions of tonnes of farmland flow into the sea. Trees help control erosion, and pines are usually the most economical to use. Of course, deeper rooting species such as redwoods, poplars, and cypress would offer more protection, but it’s harder to justify the costs of planting and managing trees with long rotations. If there was an easy way to fund a mixture of conservation forests with high production values, everyone would do it. Thirdly, this Government has already largely halted the wide scale conversion of farms to pines by promising to restrict the amount of class 1 to 6 land that can be registered in the Emissions Trading Scheme. Projected new planting for the 2025 season is currently estimated to be less than 10,000 hectares. Finally, as Mr McGregor notes, one of the best ways for farmers to secure the future of their farming operation is to incorporate mosaic planting of the less productive parts of their farm in a mixture of high value timber species. This will protect waterways and erodible faces, make stock management easier, and provide another income stream for the farm. The Emissions Trading Scheme can help finance that establishment work. Mr McGregor’s original story is at: https://www.gisborneherald.co.nz/column/land-use-change-could-be-permanent-if-we-let-it  

  Stepping from the classroom into a nature-based career, staying in the local area and earning a great wage with career advancement. That’s been the success story behind recent careers expos on the Mid North Coast where Forestry Corporation has informed students of the pathway to employment through an Environmental Science and Management degree at the Port Macquarie campus of Charles Sturt University. Source: Timberbiz “Two of those students now have roles in Forestry Corporation’s Wauchope-based ecology team and they are proving to be valuable additions to the team,” Forestry Corporation’s Senior Field Ecologist Mark Drury said. Ecologist Levi Brett is one of the local university students who has recently graduated from CSU in Port Macquarie and obtained employment with Forestry Corporation. “The hands-on experience I get with animals with firefighting and mapping has been great, it’s a flexible workplace and there are lots of career paths in forestry – all of these positions are based in different regional locations,” Mr Brett said. “I was first introduced to forestry when Senior Ecologist Chris Slade gave some lectures while I was studying at university, so I followed that with some work experience and later on I applied as a forestry officer undertaking surveys in the field. “I really enjoyed that, so I applied for a field ecologist position, and I have been in that role now for almost a year. “Now forestry has given me my opportunity to study my Honours hosting me out in the field where I am studying threatened Golden Tipped bats and how their recovery post bushfires.” Ecologists in Forestry Corporation undertake broad habitat monitoring programs recording interactions with flora and fauna along with various preharvest surveys. For many in the team, the appeal of the career is working outdoors with wildlife in a role that’s focused on protecting endangered species. “Students have participated in tree marking, recreation area maintenance, road maintenance, ecology surveys for threatened plants and animals, wildlife habitat clump field reviews, cultural heritage work, all amongst some of the most scenic locations on the coast,” Mr Drury said. “When Levi first started with us, I told him he mightn’t not know it yet, but he has landed himself one of the best and most sought-after jobs on the coast – I think he appreciates what I said now,” he said. A recent Port Macquarie Careers Day co-ordinated by Mid Coast Connect was attended by more than 1200 high school students. Forestry Corporation had five local staff present with a good display of tools of the trade, both old and new, a category nine firefighting unit, ecology monitoring equipment, Forest E learning virtual reality headsets and even a display of preserved local forest animals. A similar careers day was also held at Taree organised by the Taree Universities Campus. “Around 2,000 students from all over the district attended and five staff were kept busy all day explaining what a day in the life of a forestry worker is and how diverse and exciting a career in the industry could be,” Mr Drury said. “The forest office at Wauchope has also hosted around 10 work experience students from both local high schools as well as students from the environmental science and management degree at the Port Macquarie Campus of Charles Sturt University,” he said.  

New Zealand’s pulp and paper industry has lost a pulp mill and could lose another to an energy crisis that shows little signs of abating. Source: IndustryEdge The Winstone Pulp International (WPI) pulp mill on the Central North Island will close permanently and cease manufacturing Bleached Chemi Thermo-Mechanical Pulp (BCTMP) immediately. A second pulp mill, the recycling mill owned by Oji Fibre Solutions at Penrose in the Auckland region, has been proposed for closure by the end of the year, citing energy costs as fundamental to the expected decision. The Penrose mill employs around 75 people and is the sole fibre recycling facility in New Zealand. Oji was quick to point out that its extensive collections would continue, the fibre being shipped to other Oji recycling mills, including most likely the Malaysian operation. IndustryEdge’s long experience in the pulp and paper industry reminds us no manufacturer likes closing facilities, including because of the impact on the workforce and their families and livelihoods. That means the situation is serious, so, how did it come to pass? Pulp, paper and energy At a facility level, and also at a national level, there is no escaping the fact that manufacturing the world’s paper, paperboard and fibre packaging products is energy intensive. Though energy is used throughout the process of manufacturing pulp and paper, some operations can be self-sufficient for thermal (heat) and electrical energy. These are mainly the chemical pulp mills, where one of the by-products of circular manufacturing and the recovery of chemicals, is abundant energy. Other facilities are however less self-sufficient, but still energy intensive. This is the case for the WPI mill, which uses energy to produce a ‘mechanical’ pulp and has limited thermal and even less electrical energy outputs. The situation is even more severe for Oji’s Penrose recycling mill, which has little to no capacity to recover or create energy. These facilities are essentially stand-alone energy-sinks and are far more vulnerable to energy price rises than other pulp and paper mills. Couple that with the vulnerabilities created from selling into global commodity markets where ‘the price is the price’ and we can easily see there is also no opportunity to recover higher energy costs. Especially when those costs have increased 600% over three years! Energy prices exploded in NZ – whats going on? New Zealand’s energy prices have increased a widely reported 600% over the last three years, from around NZD100/MWh to NZD700/MWh in early August. How could that possibly happen? There is no easy answer to this question, but its enough to say it’s a complex mix of too much reliance on a single source of electricity (hydro), insufficient gas to supply domestic industry and a zealous approach to create electricity markets that in their design appear to have been short on what should have been the real objective: supply sufficient electricity to meet the nation’s needs! We’ll take these in turn. Over-reliance on hydro It is important at the outset to note that the forestry and wood products industries, including the pulp and paper manufacturing sector, are among the fiercest advocates for renewable energies, whether biomass, wind, geo-thermal, chemical, solar, hydro or other. That said, we think it reasonable to say that perhaps New Zealand has been overweight hydro-electricity for a VERY long time. The chart below shows the last fifty years of New Zealand’s energy generation and the dominance and importance of hydro over all time periods. From an astounding peak of 83.7% of total electricity production in the DQ75 (that’s the oil crisis), through to a low of 45.6% in JQ08 (due to a drought), hydro has ruled in New Zealand. NZ Electricity Production by Type: MQ74 – MQ24 (Proportion) In many respects, hydro has been the cornerstone of the New Zealand economy, and has led it to be a country in which renewables have averaged more than 80% of all electricity supply, delivering 85.7% of total electricity in MQ24, for instance. The long run advantages of that difference to countries like Australia are not insignificant, but they also do not come without risks. As was evidenced in 2008 when there was an extended drought, the reliance on one energy source alone, left New Zealand’s domestic economy vulnerable. Since then, a concerted effort has been deployed to introduce new forms of electricity generation. Geothermal has expanded dramatically, as has wind, while gas by contrast, has contracted its share of total electricity supply. Changes in the energy mix focussed on more renewables because gas, coal and oil place a heavy carbon burden onto an economy which has operated without them for so long. It seems it is not the reliance on renewables that has caught New Zealand out so sharply most recently but it is in part, the reliance on hydro that has left it vulnerable and seen prices rise very sharply. Despite the current drought, hydro contributed more than 55% of New Zealand’s electricity in MQ24. Gas is in retreat The second chart shows the growth rates, over the last 40 years of the four major electricity sources. It is remarkable for some important reasons. First, because no sooner was it introduced and wind energy exploded, literally, off the chart (see the arrow). Second, because geothermal has grown four-fold in the last twenty years. Third, because hydro has consistent, seasonal ups and downs but has been relatively stable over the full period. Fourth, because gas fuelled electricity supply has halved over the last decade, compared with the average of the previous decade. NZ Electricity Production by Main Type: MQ84 – MQ24 (INDEX) Wholesale energy prices in New Zealand increased by 600% from September 2021 to August 2024, hitting NZD700/MWh in early August, albeit falling back to NZD450/MWh as this analysis was being prepared. In a balanced supply, as the renewables drop off for natural occurrences (droughts, for instance), we could anticipate a shift to gas, as peaking or replacement capacity. That cannot occur in New Zealand because it does not have sufficient gas, and […]

The Softwoods Working Group welcomes the recognition by the NSW Government in the need for a ‘step change’ in approach and better cohesion in responding to invasive weeds and pests.  Source: Timberbiz The Minns Labor Government’s commitment to addressing biosecurity threats is evident in the release of the Natural Resources Commission’s (NRC) preliminary report, ‘Reducing Risk, Securing the Future – NSW Invasive Species Management Review.’ The Group appreciates the focus on invasive species management and recognises that continued research and funding are essential to safeguarding the state’s landscapes and industries. Invasive species, including the persistent issue of blackberries, present significant challenges to the region, limiting economic growth and impacting local jobs, Gross Regional Product (GRP), and household incomes. The softwoods industry is a major contributor to the region’s prosperity, and addressing these biosecurity threats is vital to unlocking the area’s full potential. “The Softwoods Working Group and its members are absolutely dedicated in finding a solution to the Blackberry challenge as well as other invasive species and pests for our region as it affects not only the plantations, but all forms of land management activities.” Chair of the SWG Peter Crowe said. The Group is encouraged by the Minns Government’s funding allocation in this year’s budget for biosecurity, as well as the additional funds to rebuild essential research infrastructure. The Softwoods Working Group looks forward to continuing collaboration with the government, industry experts, and stakeholders during the consultation phase, and anticipates further progress on addressing the impacts of invasive species across the state. “We extend our thanks to the Minister for Agriculture, Tara Moriarty, for her commitment to combating invasive species and ensuring that biosecurity remains a top priority,” SWG executive Carlie Porteous said. Key highlights from the NRC preliminary report include: The escalating cost of invasive species, which has surged from $661.2 million in the 2000s to $1.9 billion in 2022-23. The potential for biosecurity threats to cost the state $29.7 billion annually by 2030 if immediate action is not taken. Initiatives such as the Feral Pig Program, the Good Neighbour Program, and updated pest and weed management strategies aimed at reducing the impact of invasive species. The Softwoods Working Group is committed to working alongside the NSW Government to protect the region’s environment, economy, and future prosperity. You can download the report here.

The timber and forest industry has celebrated the life of well-known career forester Peter Hopkinson, who passed away recently, aged 94. ‘Hoppy’ as he was affectionately known served for almost four decades with the NSW Forestry Commission. Source: Timberbiz Hoppy was well-known in the industry for his service to forestry on the Mid North Coast and in the Northern Rivers and Central West. Continuing the family legacy, Peter’s son Glenn Hopkinson followed in his father’s footsteps. Glenn, who has worked for Forestry Corporation for the past 28 years, said the family wished to thank Peter’s many friends, who have passed on their thoughts and well wishes. “Dad was born in Sheffield, Yorkshire and came out to Australia with a mate in 1950 as a Ten Pound Pom,” Glenn said. “He kept the original newspaper clipping that he saw in England advertising the need for manual labourers to emigrate from the UK to Australia to help the nation grow. “After working on a sheep station near Warwick, Queensland, Dad settled into a career in forestry with the NSW Forestry Commission,” he said. Peter was appointed to the position of temporary forester and after he finished his studies became a forester with the NSW Forestry Commission in 1964 where he was placed in charge of surveys at Wauchope. In 1970, Peter transferred to Oberon and then to Casino in 1972. He later returned to Wauchope in 1975 where he remained with the Commission until his retirement in 1988. Testament to the mark that Peter made in forestry, a landmark was named in his honour – Hoppys Lookout, near Yarrowitch. “Dad came across the vantage point a few years before he retired from forestry,” Glenn said. “They were putting in a road between Hastings Forest Way and Spokes Mountain Trail, which runs off Racecourse Trail about an hour and half drive from Wauchope when they discovered this spot. “It is such a scenic vista, looking back to Walcha, taking in the Macleay Valley with views right back to Kempsey. “It was virgin forest back then and Dad did the preliminary survey work constructing a trail to the area around the lookout. “His boss John Mills put forward a request to name the lookout after Dad. “The site was later transferred over to National Parks and Wildlife and the decision was made to keep the name Hoppys Lookout. “Nowadays there is a good, fixed track up there where you can walk up the hill to enjoy the view. “We took Dad back to the lookout a few years ago, which was special, and I think we might head up as a family and celebrate Dad’s life. “It was a place that Dad loved to visit, sitting and taking in the view,” Glenn said  

Trans-Tasman forestry and sawmilling company OneFortyOne has released its Annual Review for 2024 highlighting progress, resilience and continuous investment, underscoring the company’s commitment to sustainable practices and operational excellence. Source: Timberbiz “Since 2019, OneFortyOne’s Annual Review has been an opportunity to reflect on the year that was and the path forward,” OneFortyOne CEO Wendy Norris said. “Our journey towards a better tomorrow is not just a strategic priority but a core part of our identity and ambition.” Now in its 12th year of operation OneFortyOne has continued to build on its strong foundation, delivering sustainable growth and value to stakeholders. Ms Norris expressed her pride in the company’s achievements. “Our team members and partners have been the driving force behind our performance this year,” she said. “Their efforts have supported each other, our customers, and our communities, demonstrating the resilience and commitment that define OneFortyOne.” OneFortyOne’s commitment to safety remains paramount. Significant capital investments have been made at the Jubilee and Kaituna Sawmills to enhance safety measures. The company has also focused on strengthening a culture of safety leadership and care, ensuring that every individual feels safe to raise concerns and address wellbeing matters promptly. “Our primary objective is to ensure that every person comes to work and goes home safe and well every day,” Ms Norris said. “We have made substantial investments in safety and are continuously working to build positive cultural conditions that support this goal.” The company’s dedication to community is exemplified through its Pine Community Grants Program and long-term partnerships supporting diverse projects in science, education, and nature. Surveys conducted with recent grant recipients have provided valuable insights into the impact of these grants, helping organizations achieve both short-term and long-term project goals. Despite challenging market conditions, OneFortyOne remains committed to its investment program, focusing on long-term growth and sustainability. “We are here for the long term,” Ms Norris said. “I extend my gratitude to our people, our Board, contractors, partners, and customers for their exceptional dedication and support. Together, we are making a significant impact and paving the way for a better tomorrow.” Download the Annual Review here.