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Category: Natural resources and environment

conservation; fire; water resources; pests; vegetation; climate change; biodiversity

Victorian Land Management Strategy

Victorian Land Management Strategy (11MB)

The Land Management Strategy, the first prepared under the Parks Victoria Act (2018), provides strategic long-term directions for how the parks estate will be managed. The Strategy covers all of the Parks Victoria estate; four million hectares across 3,000 land and marine parks – or 18 per cent of Victoria’s land and 70 per cent of its coastline.

The Strategy is the guiding document for all strategies and management plans produced by Parks Victoria and is the document that sets the vision and guiding principles of the sustainable management of the parks estate.

Review Status: Pending

River Red Gum Parks Management Plan

River Red Gums Management Plan (20MB)


The River Red Gum Parks Management Plan (RRGPMP) is a strategic guide for managing and protecting five national parks and more than 100 other parks and reserves that comprise the planning area in northern Victoria. This plan takes a multi-park approach within a geographic landscape covering over 215 000 ha of parks and reserves.

The RRGPMP is the largest landscape based management plan produced. It covers the Murray, Goulburn and Ovens river corridors. The River Red Gum has been voted the most popular tree in Australia, with its inland river environments presenting the classic Australian ecosystem. Many generations of Australians have camped on these rivers, and have enjoyed the shade under the red gums. A diverse ecosystem of animals depend on the gums as do many towns along the rivers.

This management plan involved a team of authors and took 10 years to complete. It is registered in both the National Library in Canberra as well as being noted by the United Nations. Of particular note is the extensive narrative and actions  in the MP regarding the RAMSAR wetlands that form a significant portion of the landscape.

Review Status:

Leisure planning and climate change – Invitation to share knowledge

Prominent consultant Dr Ken Marriott delivered an important paper to the Victoria/Tasmania Regional Conference of Parks and Leisure Australia in June 2023. It presents climate change as a here-and-now challenge to local governments and others providing leisure facilities. The paper has been uploaded to the PaRC Document Library along with accompanying slides.

Discussion of and responses to any of the issues and recommendations presented in this paper are invited. Similarly, anyone wishing to join a “working group” on the issues is invited to make contact. The author’s contact details are provided at the end of the paper.

Review Status: Pending

Weed control and community action in parks and reserves

Natural areas are vital to the biodiversity of Australia’s unique flora and fauna and to its unique cultural identity. With the onset of climate change protection of these values has become even more important. With the loss of habitat from wildfires, tree clearing and drought, even small patches of bushland are valuable habitat for species of plants and animals. But throughout Australia, small patches of bushland are under continual and often severe threat from introduced species not native to the area.

The most common weeds found in bushland are known as environmental weeds. These weeds are usually spread from urban gardens close to parks and reserves via bird droppings, water and wind.

The concept of environmental weeds was not recognised until the 1970s. It took some years for authorities to recognise the danger of environmental weeds. Most government research and suppression was orientated to weeds of agriculture, so environmental weeds had many decades to smother vegetation e.g. Hedera helix (English Ivy) or to establish widely spread populations.

Most bush regenerators regard the benchmark condition as the vegetation as it existed prior to European colonisation. So species such as Pittosporum undulatum (Sweet Pittosporum) native to coastal New South Wales and eastern Victoria are regarded as environmental weeds in the ranges around Melbourne. Acacia baileyana (Cootamundra Wattle), indigenous to a small area of southern inland New South Wales is now self-propagating in widespread localities around eastern Australia.

Pioneering work

In 1967 a couple of sisters in New South Wales – Eileen and Joan Bradley – wrote a small publication named Weeds and Their Control. They had found that by clearing weeds from areas of good bushland, the indigenous plants were able to regenerate and out-compete the weeds. In 1988, Joan Bradley produced a larger publication named Bringing Back the BushThe Bradley method of bush regeneration. The Bradleys preferred not to use any poison, but to physically remove the whole plant, that way insuring the plant would not re-grow.

In Victoria the modern era of bush regeneration was launched at a seminar sponsored by the City of Nunawading in 1980, organised by the late John Brandenberg. Pioneering fieldwork commenced in the Organ Pipes National Park (initiated by the Friends of the Organ Pipes in 1972) and in Sherbrooke Forest (initiated by the Friends of Sherbrooke Forest).

Special techniques

Some weeds require specialised control techniques. For example in some situations such as Wet Forest, the lower branches of Ilex aquifolium (Holly) layer and produce small trees surrounding the parent tree. It was found that just poisoning the parent tree would not kill the layered branches, so these branches had to be physically removed or poisoned separately. This also applies to any plant that produces layers.

The Bradley technique of physical removal is not practical for large trees. Evelyn Hickey from Save the Bush, a National Trust (NSW) innovation, developed the ‘drill and fill’ method for poisoning large trees and this is the preferred method used today. Full-strength glyphosate is used as the preferred poison.

Trees such Sweet Pittosporum require the poison to be evenly spread around the trunk, preferably close to the ground to kill the whole tree. Using the drill and fill method works better than frilling. Friends groups eventually obtained funding from government grants to purchase battery powered drills.

Plants in the Asteraceae family (Daisy) produce millions of wind carried seed, so should be controlled before they flower. Trees in the Aceaceae family (Maples) have winged seeds that can be carried some distance by the prevailing winds.

One of the most important activities in weed control is follow-up. Weeds that produce a viable berry can have seed stored in the soil for many years, so if not followed up will result in the area being colonised by weedy species once again. It is more rewarding for volunteers to make small achievements in bush restoration than to tackle areas too large to allow regular follow-up.

Friends groups

Friends groups have played a significant role in the control of these weeds. Friends groups had to learn by trial and error. They not only had to learn to recognise a weed, but had to learn how to differentiate them from the indigenous vegetation that grew in their park or reserve. Before commencing removal of environmental weeds a thorough botanical survey of the area must be carried out.

Today hundreds of volunteers working on bush restoration throughout Australia. It takes only a few individuals who are enthusiastic about a particular park or reserve to form a Friends group. Groups must obtain the permission of the authority in charge of managing the area.

Further reading

Freshwater, Vivien and Diane Ward. 1993. How to Restore and Manage Bushland on an Urban Block. Leaflet.

Muyt, Adam 2001. Bush Invaders of South-East Australia.

Blood, Kate 2001. Environmental Weeds – A Field Guide for SE Australia. CRC Weed Management Systems.

Bradley, Joan. 1988. Bringing Back the Bush The Bradley Method of Bush Regeneration.

Friends of Sherbrooke Forest and Dept. of Conservation, Forests and Lands. 1989. Weeds of Forests, Roadsides and Gardens (15MB).

Review Status: Pending

Smartphones and birdlife

Smartphone technology used to assess mental health benefits of birdlife

A growing body of empirical evidence is revealing the benefits of exposure to nature for mental health, including higher-level mental well-being and lower risk of mental illness1. However, the vast majority of the works in the literature have focused on the value of regular contact with green spaces, including forests, parks, gardens and trees. While these studies have led to growing appreciation of the mental health benefits of nature in general, we know little about the specific features which are drive these benefits.

For example, the mental health benefits of everyday encounters with birdlife for mental health are poorly understood. Earlier studies have typically relied on retrospective questionnaires or artificial set-ups with little ecological validity. In the United Kingdom, there is a captivation with birds underlined by the fact that more than 1.3 million people are members of the Royal Society for the Protection of Birds. Interest in birds is not just uniquely British: in the USA more than 70 million people have been recorded as interested in bird-watching, making this one of the most popular nature-based recreational activities. Further, bird-watching societies are not a phenomenon unique to the western world but are present worldwide, including countries with very different traditions and cultures.

Despite the human fascination with birdlife, few studies have specifically examined the effect of encountering birds as part of everyday life on our mental health.

Recently new and extensive research by researchers at King’s College, London has found that seeing or hearing birds is associated with an improvement in mental well-being that can last up to eight hours. This improvement was also evident in people with a diagnosis of depression (the most common mental illness worldwide) indicating the potential role of birdlife in helping those with mental health conditions. The study used an especially developed smartphone application to collect people’s real-time reports of mental well-being alongside their reports of seeing or hearing birdsong.

The project was funded by the Medical Research Council, National Institute for Health and Care Research, Maudsley Biomedical Research Centre and the NIHR Applied Research Collaboration South London.

To overcome the limitations of existing literature, the association between seeing or hearing birds and self-reported mental well-being (a strong predictor of mental health in the general population), was surveyed using a smartphone-based application. This ‘Urban Mind’ application ( uses Ecological Momentary Assessment (EMA), a method which involves sampling people’s experiences in real-time and in real-world contexts. This technique allowed exploration of the relationship between the experience of seeing or hearing birds and mental well-being while minimising the risk of recall bias. The Urban Mind application also collected detailed information on the participants, allowing observers to explore how the effect of seeing or hearing birds on mental well-being depends on personal characteristics such as age, gender and having a diagnosis of mental illness.

Using the smartphone-based EMA, they carried out a ‘citizen science study’ which aimed to answer the following questions:

  1. Are encounters with birds as part of everyday life associated with higher mental well-being?
  2. Is the beneficial impact of everyday encounters with birds on mental well-being time-lasting?
  3. Does the beneficial effect of everyday encounters with birds on mental well-being differ between people with a diagnosis of depression and people without a mental health condition?

Lead author Ryan Hammoud, Research Assistant at the Institute of Psychiatry, Psychology & Neuroscience, King’s College (IoPPN) London, said: “There is growing evidence on the mental health benefits of being around nature and we intuitively think that the presence of birdsong and birds would help lift our mood. However, there is little research that has actually investigated the impact of birds on mental health in real-time and in a real environment. By using the Urban Mind app we have for the first time showed the direct link between seeing or hearing birds and positive mood. We hope this evidence can demonstrate the importance of protecting and providing environments to encourage birds, not only for biodiversity but for our mental health.”

The study took place between April 2018 and October 2021, with 1,292 participants completing 26,856 assessments using the Urban Mind app, developed by King’s College London, landscape architects J&L Gibbons and arts foundation Nomad Projects. Participants were recruited worldwide (including Australia), with the majority being based in the United Kingdom, the European Union and USA. The app asked participants three times a day whether they could see or hear birds, followed by questions on mental well-being to enable researchers to establish an association between the two and to estimate how long this association lasted.

The study also collected information on existing diagnoses of mental health conditions and found hearing or seeing birdlife was associated with improvements in mental well-being in both healthy people and those with depression. Researchers showed that the links between birds and mental well-being were not explained by co-occurring environmental factors such the presence of trees, plants, or waterways.

Senior author, Andrea Mechelli, Professor of Early Intervention in Mental Health at IoPPN said: “The term ecosystem services is often used to describe the benefits of certain aspects of the natural environment on our physical and mental health. However, it can be difficult to prove these benefits scientifically. Our study provides an evidence base for creating and supporting biodiverse spaces that harbour birdlife, since this is strongly linked with our mental health. In addition, the findings support the implementation of measures to increase opportunities for people to come across birdlife, particularly for those living with mental health conditions such as depression.”

Research partner Jo Gibbons of J & L Gibbons said: “Who hasn’t tuned into the melodic complexities of the dawn chorus early on a spring morning? A multi-sensory experience that seems to enrich everyday life, whatever our mood or whereabouts. This exciting research underpins just how much the sight and sound of birdsong lifts the spirits. It captures intriguing evidence that a biodiverse environment is restorative in terms of mental wellbeing. That the sensual stimulation of birdsong, part of those daily ‘doses’ of nature, is precious and time-lasting.”

Further research on a more diverse sample is needed to allow the generalisation of these findings to the general population.

This study has potential for mental healthcare policy. Visits to habitats with a high concentration of birdlife could become part of social prescribing schemes, playing a role in preventing mental health difficulties and complementing more traditional interventions. Paramount to all of this, will be the adoption of environmental and wildlife protection policies for the preservation and enhancement of a mosaic of habitats in rural and urban settings.

The study, ‘Smartphone-based ecological momentary assessment reveals mental health benefits of birdlife’, was published in Scientific Reports and is free to access via


Review Status: Pending

Moolap Wetlands Park – Cheetham Saltworks

This page is under construction and is not to be quoted or cited.

A well-argued case for a major new public park in the locality of Moolap, City of Greater Geelong, has been published by the Geelong Environment Council. The case is presented in:

an explanatory leaflet and fact sheet;

a submission, Moolap Salt Fields: A Wetland Of International Significance;

a biodiversity survey, Vegetation, Biodiversity and Social Values of the Former Cheetham Saltworks, Moolap .


Review Status: Pending

The Hong Kong Orchid Tree (Bauhinia blakeana)

Editor’s note:

Gardeners can find information about this impressive tree in numerous books and websites. But we have decided to publish this short paper because it is a personal perspective from an eminent parks person. The paper dates from about the late 1990s.


The genus Bauhinia embraces a family of remarkably diverse trees, shrubs and climbers found in tropical or sub-tropical climates both north and south of the equator.

With their orchid-like flowers and curious ‘camel’s foot’ leaves, most tend to be a source of curiosity rather than strong landscape features. However two of the tree species do form features in their own right and are much valued by plantsmen. There are Bauhinia purpurea and Bauhinia blakeana.

Bauhinia purpurea, which is found naturally in India, Burma, Vietnam and South China, has both the largest flowers and largest leaves in the family. Its intense purple flowers are the subject of much admiration though the tree itself tends to be untidy in shape and therefore of limited landscape value.

Bauhinia blakeana, ‘The Hong Kong Orchid Tree’, though listed as a separate species, is of mysterious origin. The first tree was discovered near the ruins of a house on the seashore of Hong Kong Island in 1908 by the Fathers of the French Mission at Pok Fu Lam. It was named after Sir Henry Blake, Governor of Hong Kong from 1898 to 1903, who was also a keen botanist. By coincidence the current IFPRA President-Elect lives on the site of the original tree.

Though believed, initially, to be a mutation of B. purpurea, B. blakeana possesses a number of distinctive characteristics in both flower and leaf form which give doubt to this theory. Though fast growing, B. blakeana rarely exceeds 6 m. in height and is characterised by a twisted stem and long, spreading, drooping branches on which can be seen a profusion of orchid-like flowers. These flowers consist of 5 spreading and unequal petals in colours varying from carmine red to burgundy-but a deep pink hue is dominant. The fifth petal of each flower is striped purple, this emphasising the orchid-like appearance.

B. blakeana is sterile, the flowers never maturing into fruit or seed. Propagation is by top grafting on to rootstock of B. purpurea.

When in flower B. blakeana is unequalled in the genus; and is therefore much valued for its ornamental qualities though its brittle branches suffer from storm damage. Today the progeny of the lone tree in Pok Fu Lam can be found ‘en masse’ throughout South China, also in Queensland, Australia and elsewhere.

B. blakeana was formally adopted as the floral emblem of Hong Kong in 1965 and features in both the government’s and Urban Council’s Coat-of-Arms. A stylised version also constitutes the logo of the Urban Council and has even been copied by a major city in the United Kingdom! When Hong Kong reverts to China in 1997 the Bauhinia will again form the emblem of the territory. This time it will symbolise the new Special Administrative Region with a small star located on each lobe of the distinctive magenta flower. Rarely has a solitary tree received more prominence in such a short time and from such humble beginnings!


R.F. POLLARD (Roger)

President-elect, IFPRA (International Federation of Park and Recreation Associations)



Review Status: Pending

Sherbrooke Forest – National icon, urban forest and sanctuary – A case study in bush regeneration

Sherbrooke Forest is an area of 802 hectares and contains three vegetation types; Wet Forest, Damp Forest and Cool Temperate Rainforest. It is surrounded by residential properties, except for part of the eastern edge which borders on farmland.

It contains the stand of Mountain Ash (Eucalyptus regnans) nearest to the city of Melbourne, and is a popular tourist destination. One of its greatest attractions is the Superb Lyrebird which are easily heard and observed along the main walking tracks.

Sherbrooke Forest became part of the newly formed Dandenong Ranges National Park in 1987. It was formerly managed by the Forests Commission as a State forest – until 1983. Since 1996, Parks Victoria has managed Sherbrooke Forest as part of the National Park under the auspices of the Department of Environment, Land, Water and Planning. A volunteer group, the Friends of Sherbrooke Forest, was formed in 1980 and remains an active group more than forty years later.

Fire, pines and their aftermath

There has not been a major wildfire in the forest since February 1923, when seventy-two percent of the forest was burnt. A small area on the eastern side was burnt in the 1926 wildfire. There was also a fire on Coles Ridge in 1946, which resulted in establishment of a plantation of Monterey Pines (Pinus radiata) by local schools. There was no attempt to regenerate the Mountain Ash. Other areas planted with pines were the O’Donohue Memorial Plantation, the Melbourne High School Plantation and the Sherbrooke Plantation on Ridge Track which was clear-felled in 1977 and replanted with Mountain Ash that year.

The authorities did not act to remove English Ivy in the area of the Sherbrooke Plantation from 1977 and as a result of the disturbance, English Ivy was able to establish and completely overwhelm the lower storey native vegetation, as well as climbing to great heights up the Mountain Ash. The Mountain Ash were only about ten years old when the Friends started removing English Ivy there by hand. This also occurred in other areas where timber was removed from the forest from 1904 until 1927.

In 1985, the Schools Plantation on Coles Ridge Track was removed over three years. Before any felling commenced the English Ivy vines were cut from the trees and the ground ivy was treated with herbicide. This approach was continued when the two remaining pine plantations were removed over the next two years. The slash was burnt and the areas were hand sown with Mountain Ash seed collected from trees within the forest. Thousands of pine seedlings that germinated were hand weeded by the Friends group over the next few years. The photos linked here tell the story.

The same process was used when the two remaining pine plantations were clear-felled, although the Melbourne High School Plantation required supplementary planting due to its shaded location.

Weed control

The Friends group successfully hand-weeded English Ivy from the areas where the pines were removed in the 1970s, as well as an area on the eastern side of the forest where timber was removed from 1904 to 1927. The latter area also needed herbicide control as the soil was mainly clay, making hand-weeding almost impossible, as opposed to the rich mountain loam on the western side of the forest.

Both the areas of forest where English Ivy was the dominant ground cover were not used by lyrebirds, as the dense foliage made contact with the soil impossible. Once the ivy was removed the lyrebirds returned and display mounds were discovered almost immediately. The lyrebirds even used the piles of dead ivy as a source of invertebrates for food, as well as nest construction. The area of ‘dead’ forest was brought to life.

The Friends group commenced a systematic survey of the forest’s vegetation in 1984 to determine areas of environmental weeds within the forest. Unfortunately, the result of this survey revealed that the forest was in a deplorable state. The main weeds found were English Ivy (Hedera helix), Sweet Pittosporum (Pittosporum undulatum), English Holly (Ilex aquifolium), Red Cestrum (Cestrum elegans) and Sycamore Maple (Acer pseudoplatanus). All of these species were introduced to the Dandenongs via plant nurseries in the early 1900s. The first four species produce a berry-fruit which is eaten by birds. Sycamore Maple has a winged-seed that can be carried many miles into the forest. No weed control except for Blackberry (Rubus fruticosus), Angled Onion (Allium triquetrum) and Red Cestrum (Cestrum elegans) had been carried out in the forest for at least forty years.

While environmental weeds such Sweet Pittosporum and English Holly were not recognised as a threat to the indigenous vegetation, the increasing abundance of English Ivy was taking over valuable lyrebird feeding areas. By the time the Friends started work this plant had covered many hectares of ground on both sides of the forest.

Over the next thirty years the Friends systematically poisoned these woody weeds using the drill and fill method. The herbicide used was full-strength glyphosate. Smaller plants of Red Cestrum were removed using a mattock, although some bushes were so large that they were poisoned. The group now carries out follow-up weeding throughout the forest.

Future prospects for weed control

A forest surrounded by residential properties in which environmental weeds are grown will forever have the problem of seeding by birds. Although the local council provides information with regard to these weeds, many residents resist removing them from their gardens.

From survey maps it is possible to see the correlation of weed invasion with proximity to residential gardens. See maps of Sycamore Maple and Cestrum; and of Sweet Pittosporum and English Holly. These weed distribution survey maps are from 1984 (when the survey commenced) to 2001 (when it finished). The group surveyed every second Sunday of every second month over this time. (It always prioritised weed control). Maps also show the abundance of English Ivy in areas disturbed by the planting of Monterey Pine and timber felling: see maps linked here.


In 1983, lyrebird numbers were dramatically reduced when eleven birds were killed within a few months. Predation by foxes, wandering domestic dogs and cats were thought to be the cause. Although there was a general outcry by the public, it was not until 1988 that the local council and the then Department of Conservation, Forests and Lands set up a working group to give advice on ways to halt this decline.

Recommendations by the Advisory Committee included registration of cats, a dusk to dawn curfew for cats, and the limiting of two cats and two dogs per property. Altogether, five drafts were submitted to the Council over four years. In June 1991, the Animal Welfare Local Law was finally passed. Although controversial at the time, the law was accepted by most residents. Parks Victoria also instigated a program to poison foxes. Since then, the lyrebird population has stabilised and wallaby numbers in the forest have increased. The Sherbrooke Lyrebird Survey Group monitors lyrebirds throughout the year, as well as holding three dawn surveys during June and July. Young lyrebird chicks are banded while in the nest, so the group can track where they move as adult birds.

The Friends of Sherbrooke Forest and management authorities

This group was formed under the Forests Commission of Victoria in 1980. Work parties were held once a month in areas suggested by the Ranger-in-charge. The group quickly developed a good working relationship with the staff. Once trust had developed on both sides, the group was given permission to work in areas that had been discovered during the Friends vegetation surveys. A ranger always put in an appearance at these work parties and worked alongside the group.

When the Forests Commission of Victoria was dissolved in 1983, the Forester-in Charge at Kallista remained in his position, retiring in 1985. The superseding agency was the Department of Conservation Forests and Lands. The Friends continued to have a good relationship with the new staff. One constant throughout the Friends volunteer work in the forest was the continued presence of the Head Ranger. This individual had started work with the Forests Commission when he was fifteen years old. His final position was Head Ranger of the Dandenong Ranges National Park, until he retired at fifty-five years of age. He now is a regular volunteer with the Friends.

Sambar Deer

In 1996, a member of the Sherbrooke Lyrebird Survey Group came face to face with a large Sambar Deer. This was the first actual sighting, though some Friends had wondered what was browsing the lower branches of English Holly in the eastern side of the forest. As their numbers increased, the damage they caused to the native vegetation became more evident. The impacts of deer include long term changes to vegetation and plant communities, such as:

(a)       Browsing of ground ferns along creek corridors causing:

  • compaction of soil on frequently used tracks
  • erosion along creek banks
  • silting and sedimentation in creeks.

(b)       Pruning of lower understorey shrubs such as the native Coprosma quadrifida almost to the ground by deer, resulting in an unnaturally open forest. This means that lyrebirds are more exposed to predators such as foxes and feral cats.

(c)       Trampling of indigenous vegetation resulting in poor regeneration of native species.

(d)       Fouling of water in creeks by deer faeces, possibly introducing viruses that deer are known to carry and creating bogs where they wallow.

(e)       Competing with wallabies and wombats for food.

(f)       Antler rubbing on Sassafras trees resulting in ring-barking and eventual death of the tree.

(g) Destruction of valuable species of vegetation. The Cool Temperate Rainforest Community within the forest is being threatened. Deer tend to follow creeks throughout the forest. Therefore, any damage to creek vegetation will inevitably see the disappearance of this plant community, already threatened in Victoria. Deer browse the fronds of tree-ferns within their reach continually, resulting in their demise.

In 2014, Parks Victoria commenced a deer control program, but used only volunteer shooters from the Sporting Shooters’ Association. After four years it was decided to cease this program as the number of deer being shot in the last year was zero. The Friends have maintained that for the program to be a success it would be necessary to contract professional deer shooters, and close the Park for a period of time until numbers had been reduced.


Although Sherbrooke Forest is a relatively ‘young’ forest as a result of the 1923 wildfire, the threats posed by environmental weeds escaping from residential gardens will be a continuing problem.

A severe storm on 9 June 2021 blew over many mature Mountain Ash and Blackwood trees (Acacia melanoxylon), thus opening up the forest to more light and threatening the Sassafras trees (Atherosperma moschatum) in the Sherbrooke Creek gully. Many of the mature eucalypts would have been home for both possum and owl species.

If deer numbers are not controlled the structure of the forest will inevitably be changed, resulting in the loss of both indigenous flora and fauna.

The State Government must increase funding to improve the natural values of the forest. At present, funding has not been available to replace bridges destroyed by falling trees. Staff numbers are kept to a minimum, resulting on poor compliance of the public, who regularly walk their dogs along the forest tracks. The recent storm will cost thousands to clean up regular walking tracks, let alone to restore the damaged areas.

Like so many volunteer groups, the Friends of Sherbrooke Forest are an ageing group with the majority of active members being in their late seventies. Who will watch over this beautiful forest once they are unable to volunteer?

Further reading

The Friends of Sherbrooke Forest. 2000 & 2008. Sherbrooke Forest – its flora and history.


Friends of Sherbrooke Forest, Department of Conservation, Forests & Lands. 1989. Weeds of forests, roadsides and gardens : a field guide in colour for students, naturalists and land managers. Belgrave, Victoria.

Freshwater, Vivien. 2020. History of the Friends of Sherbrooke Forest 1980-2020. Friends of Sherbrooke Forest.

Review Status: Pending