Migratory Waterbirds: Bidding Au Revoir To The International Frequent Fliers

A flock of migratory waterbirds feeding and flying over wetlands

The wetlands around us are flush with islands of congregating waterbirds, many of which are visitors only passing through. We see 36 species of birds each year including plovers, sandpipers, stints, curlews and snipes. An additional 16 species visit us occasionally.

In April we find them engaged in a feeding frenzy as they prepare for their onward journeys. And this time of year is ideal for the feeding waterbirds that form large flocks and feed around the clock. Shallow waters of seasonally drying wetlands offer up delicacies – a variety of invertebrates and fish – that the birds relish.

These incredible migratory birds take on a 26,000-kilometre round trip that spans 22 countries, flying between their summer breeding areas in the northern hemisphere and the winter feeding grounds in the south. They complete this trip in a matter of weeks, with only a few pit stops along the way to rest and refuel before they fly off again.

In this article, we take a peek at the life of migratory waterbirds as they touch and transform our wetlands while traversing the East Asian – Australasian Flyway, which has come to be recognized as a migratory corridor of global significance.

 

The start of a journey

Together, the coastal and freshwater wetlands host over 2 million waterbirds that come here from the Arctic Circle.

The waterbirds arrive here in September, reaching the “staging areas” where they rest and recuperate. Sites such as Roebuck Bay and Eighty Mile Beach are both Ramsar wetlands and important staging areas for the birds.

From here the birds disperse across Australia, taking fascinating and distinct journeys and reaching the southeastern states by October.  The migration takes them through ephemeral wetlands all along the way that act as places of comfort, rest and support.

An eastern curlew at a wetland

By March or April, they have come full circle, returning back to the staging areas from where they had first dispersed into Australia. Here they form larger and larger flocks as birds continue to return. And soon the feeding frenzy begins.

 

Protecting the waterbirds

Throughout their hard and treacherous journey, the birds remain exposed and vulnerable. They face ever-increasing threats by human activity, including development, industrialisation, and urbanisation, destruction and degradation of wetland habitats and staging areas, an influx of weeds and invasive species, pollution, water mismanagement and innumerable other pressures. 

Disturbances at one site often affect an entire network of interlinked sites used by the birds. All of this has meant that several species of waterbirds, such as the Eastern Curlew and Great Knot, are critically endangered and many populations are continually declining. Protecting these birds, their habitats and their migration routes is essential for their survival.

Great Knot

Implementing measures for protection and conservation has been a priority for governments, environmental groups and intergovernmental agencies. The Ramsar Convention was the first-ever initiative between nations aimed at conserving natural resources. The initiative has become a pivotal mechanism for wetland monitoring, research and development, policy building, education, and more.

 

Australia and waterbird conservation

In 1974 Australia named the world’s first Wetland of International Importance: Cobourg Peninsula in the Northern Territory. Since then the number of Australian Ramsar sites has increased to 65 sites that cover an area of about 8.3 million hectares. And more than 1200 sites have been listed as Ramsar sites in the world.

For over 30 years Australia has worked tirelessly playing a central role in this preservation effort by entering into bilateral talks and signing on to pioneering agreements. Those agreements include: the Bonn Convention for the conservation of migratory species of wild animals, Japan-Australia Migratory Bird Agreement, China-Australia Migratory Bird Agreement, and Republic of Korea-Australia Migratory Bird Agreement.

The East Asian – Australasian Flyway (EAAF) partnership was launched on the 6th of November 2006. As a Ramsar initiative, this partnership focuses on international collaboration in the protection of waterbirds, their habitats and the livelihoods of people who depend on them throughout the EAAF.

Ecologist conducting shorebird counts

 

Within Australia, the Environment Protection and Biodiversity Conservation Act 1999 (EPBC Act) provides for the protection of migratory species as a matter of urgent national importance.

Migratory waterbirds at The Wetlands Centre

A cacophony of sounds and bird calls fill the air creating a magical effect at Bibra Lake and North Lake. The birds are here. We are especially privileged to be located within the wetland precinct and within viewing distance, observing each seasonal transition.

But this also means that we experience things more deeply when the going is not so great. In the course of our work, we have come across some devastating evidence of climate change, urbanisation and pollution.

It has been our learning that developing and implementing robust wetland management and landcare strategies are critical to our efforts of protecting wildlife habitats. We see the need for adaptive management techniques that adjust and apply to the ever-changing circumstances. Together with collaborating with participating community groups and raising awareness of the deep-seated issues.

Our work is hands-on and requires the support of our dedicated volunteers and staff. As we continue to make strides, we call out to community members to support us and join us in caring for our feathered friends.

References

Migratory waterbirds – Parks and Wildlife Service. (2019). Dpaw.wa.gov.au. Retrieved 13 April 2019, from https://www.dpaw.wa.gov.au/management/wetlands/migratory-waterbirds

Department of the Environment and Energy. (2019). Department of the Environment and Energy. Retrieved 13 April 2019, from https://www.environment.gov.au/water/wetlands/publications/factsheet-wetlands-migratory-shorebirds

Department of the Environment and Energy. (2019). Department of the Environment and Energy. Retrieved 13 April 2019, from https://www.environment.gov.au/biodiversity/migratory-species/migratory-birds

International, B. (2016). Wetlands and Ramsar. BirdLife. Retrieved 13 April 2019, from https://www.birdlife.org/worldwide/policy/wetlands-and-ramsar

Home – Parks and Wildlife Service. (2019). Dpaw.wa.gov.au. Retrieved 13 April 2019, from https://www.dpaw.wa.gov.au/124-management/wetlands/migratory-waterbirds

Meet Our Emblematic Native Flower Kangaroo Paw

The iconic Kangaroo Paw with its vivacious, bright and almost iridescent flower shines through the native foliage. It is a lively presence here where much else is muted.

The Kangaroo Paw calls Western Australia home and is endemic to this region. Find it growing wild along roadsides, in eucalypt forests, along river banks, around swamps and shallow waters…nearly anywhere it can take root. Since it requires well-drained soils and plenty of sunlight, that is nearly everywhere in this arid and sunny state.

Different species flower in different months from July to December. And, it is responsible for creating a colourful and pleasing display along with other bright and cheery wildflowers that add their own signature hues to the scheme.

Its remarkable features – the velvety stem and flower, the vibrant colours and the unusual paw-like flower head – make it popular and highly desired in gardens across the world. And, it is an export favourite being frequently shipped to the USA, Japan and Israel.

The unique red-green flowers are alluring. But a stunning palette of pink, yellow, orange and green is also available. And, Kangaroo Paw is perfect for both fresh and dried flower arrangements.

It stands as a testament to our dynamic yet delicate environment. Perhaps this is why it is chosen as a floral emblem for our state of Western Australia, and it even appears on many stamp issues.

This isn’t nearly enough. There is more to this amazing native flower.

Did you know that there are 11 species and 13 recognised sub-species of Kangaroo Paw, with one species holding a genus all to itself? Did you know that Kangaroo Paw is pollinated by birds and can encourage native bird activity in your garden? Or, how about the fact that this dazzling, beautiful flower is resilient, strong and hardy beyond imagination.

Read on as we rediscover a gem and discuss its fascinating aspects.

 

A bit of history

Jacques-Julien Houtou de La Billardière, naturalist and botanist, was responsible for first describing Kangaroo Paw in 1792. He made the observation when the ship he was aboard, “d’Entrecasteaux’s ship Espérance”, made a stop for repairs in Esperance during its expedition to Australia.

An illustration of the Kangaroo Paw FlowerHis collections contained more than 4000 plants, of which three-quarters were previously unknown. And, valuable descriptions of the lands and peoples that the expedition visited, including detailed accounts of the ways of the Aboriginal peoples.

The Kangaroo Paw blooms are fan-like clusters attached to long stems. Each flower has a bright red ovary and unusual paw-shaped petals. Seeing this he named it Anigozanthos rufus.

Anigozanthos – from the Greek anises, meaning unequal, and anthos, meaning flower, referring to the unequal perianth lobes of the flower. An allusion to the division of the flower into six unequal parts.

 

Some lesser known facts

Other than the Red and Green Kangaroo Paw a few other species are common.  These include the Green Kangaroo Paw, which comes in a range of colours – from lemon yellow to emerald green, and Catspaw, which has smaller brightly coloured flowers.

The Aboriginal people call Kangaroo Paw Nollamara or Kurulbrang or Yonga Marra in the local Nyoongar language. They use it in preparing traditional medicine and the plant is of considerable significance to them.

Here are other incredible facts:

  • The Red and Green Kangaroo Paw is the floral emblem of Western Australia since 1960.
  • Flowers have no fragrance. And the furry flower and stalk can irritate skin and eyes on constant contact.
  • Kangaroo Paws are pollinated by a variety of native birds, including honeyeaters and wattlebirds.
  • The stalk of the plant is sturdy enough to perch birds that are attracted to its bright colours. The shape and position of the pollen-bearing anthers enable pollen to deposit on the perching birds.
  • For feeding birds – As the bird pushes its beak into the tubular perianth to feed on the nectar, it brushes its head against the stamens which deposit pollen. Pollen is then transferred from flower to flower as the birds fly about.
  • Kangaroo Paw forms a rhizome or modified stem underground. The rhizome grows to about 5cms in diameter and is responsible for making the plant resistant to fire and drought. The plant can often survive harsh conditions and re-sprout when circumstances change to become favourable again.
  • Kangaroo Paws have tuberous roots which contain significant amounts of stored starch. These roots are eaten by Nyoongar people, similar to the way some orchids and lily species are too. Root tubers formed an important part of the traditional Nyoongar diet, and for this reason, it is possible that the roots of Kangaroo Paws were collected and gathered in large quantities.
  • The Red and Green Kangaroo Paw only occurs naturally in southwest Western Australia. Found commonly around Shark Bay to Scott’s River and at Mt. Barker – Manjimup, along the Murchison River, Busselton, Lake Muir, and King’s Park near Perth.

A close-up view of the Kangaroo Paw Flower

Kangaroo Paws at The Wetlands Centre

If you are considering planting a native garden, Kangaroo Paw is indispensable. You can start by planting at least a few varieties in your garden for that dazzling effect.

If you come down and take a stroll in the perimeter of Bibra Lake or North Lake you will find the familiar sight that is the Red and Green Kangaroo Paw. You will find them blossoming in our waterwise garden too. They thrive rather well in their natural environ here. And our team of staff and volunteers do a great job of caring for the native plant life in and around this area.

To learn more about our amazing native plants and animals, and to help us make sustained and continued efforts towards conserving and rehabilitating our wetlands, come join us at The Wetlands Centre.

We look forward to seeing you there!

 

References

Young, R. (2019). Paws for Thought – Wildflower Society of Western Australia. [online] Wildflowersocietywa.org.au. Available at: http://www.wildflowersocietywa.org.au/advice-and-tips/paws-for-thought/ [Accessed 1 Mar. 2019].

Kangaroo Paws – Anigozanthos – Australian Plant Information. (2019). Anbg.gov.au. Retrieved 3 March 2019, from https://www.anbg.gov.au/anigozanthos/

La Billardière, Jacques-Julien Houtou de (1755–1834), Australian Dictionary of Biography, National Centre of Biography, Australian National University. http://adb.anu.edu.au/biography/la-billardiere-jacques-julien-houtou-de-2316/text3007, published first in hardcopy 1967, accessed online 3 March 2019.

Kangaroo Paw Plants, Flowers – Care, Prune and Growers Guide (2018). (2019). Ozbreed Plants. Retrieved 4 March 2019, from https://www.ozbreed.com.au/velvet-kangaroo-paws/

Stewart, A. (2019). Growing Kangaroo Paws. [online] Gardeningwithangus.com.au. Available at: https://www.gardeningwithangus.com.au/growing-kangaroo-paws/ [Accessed 4 Mar. 2019].

Our Wetlands In A Changing Climate

As ecosystems that thrive on so little, our wetlands are delicate. Yet they are abundant sources of water in this growingly water-starved world. They are carbon sinks, that remove and trap over 13% of the world’s carbon. They are biodiversity hot-spots where some of the most beautiful and unique species live and flourish.

While we are fortunate to still see wetlands around us, their survival is threatened. They are exhibiting what the scientists are calling a ‘distress syndrome’, wherein, their functional capacity has been radically impaired. Their plant and animal distributions have been drastically altered. And there are several disturbances, induced stresses and a range of pressures that are making their fragile ecosystems imbalanced.

Image of a starving polar bear on a melting ice sheet

Much of this has been the result of climate change. A topic that is heavily discussed but less understood in the context of wetland conservation and rehabilitation. It is only gradually becoming clear that climate change impacts each wetland in a specific and unpredictable way. And it is through constant monitoring, research, on-ground work and active participation that some of the impacts can be stalled or even reversed.

Our conservation efforts at Bibra Lake and North Lake, within the Beeliar Regional Park, have been remarkable. Through the course of our work, we are constantly learning about the nature of our wetlands, their many unseen facets and how they respond to a steadily shifting environment.

In this article, we draw a sketch of the strengths and weaknesses of our dynamic Beeliar Wetlands as they stand the test of a changing climate. And what it will take for them to survive this massive global event.

Understanding climate change

Climate change is perhaps the greatest issue confronting us today!  As greenhouse emissions continue to rise it is predicted that global temperatures could increase anywhere between 1-5 degrees in the 21st century.


This video from NASA’s Climate Change website, highlights global temperature anomalies. 2018 and 2017 were the fourth and second hottest years respectively since modern record-keeping began in 1880. NASA and NOAA work together to track the temperatures, part of ongoing research into our warming planet.

Major atmospheric changes drive hydrological changes. So, global warming at that scale can lead to prolonged droughts in some areas and pronounced precipitation in others. Hydrological changes further drive hydrogeological changes affecting groundwater recharge and water purity. These changes themselves are enough to degrade some wetlands considerably.

The continuing rise in temperatures also threatens species who depend on the wetlands for survival. Waterfowl are susceptible to changes in temperature and precipitation. For migratory birds, the climate affects their habitats as well as the migration corridors. For other species whose breeding cycles are tied closely to the climatic conditions, the rise in temperatures makes the situation unfavourable.

Climate change has a range of other impacts on the wetlands themselves, their ability to recycle and process nutrients, how they absorb and trap carbon and process sediments to generate soil. These activities further impact the distribution of flora and fauna, favouring some over the other. Invasive species thrive and change wetland ecology, damaging habitat and food source.

The stresses of climate change are only heightened by human activity – urbanization and pollution.

Climate change and Beeliar Wetlands

The Beeliar Wetlands is the name given to the two chains of wetlands that run parallel to the west coast of Western Australia. While one chain of lakes is saline, the other is freshwater. The wetlands are located towards the southwest portion of metropolitan Perth within the larger Beeliar Regional Park.

The wetlands on the Swan Coastal Plain and in particular the Beeliar Wetlands are a surface expression of the underlying groundwater.  There is still much to be learnt about the effects of climate change on our wetlands.  What the data shows us is that for about the last 40 years we have been receiving less rain.

Groundwater levels have never been static, decreasing during summer and increasing when recharged with winter rain as water makes its way through the soil to groundwater.  With decreasing rainfall, the groundwater recharge has decreased and levels have dropped. Together with the decreasing recharge, there has also been incessant removal of groundwater to supplement our supply of drinking water.

In most cases, this has led to our wetlands drying out more often or for prolonged periods each year. But, bear in mind, a drying wetland is natural and it is during the drying times that those intrepid birds fly in from Siberia to eat the bugs out of our mud.  It’s tricky business and honestly, none of us have the whole story.

The unpredictable changes in the lakes drying and filling have also complicated our revegetation efforts.  While in general we are allowing for increased dry conditions and adjusting the zones in which we plant, on several occasions we have been caught with heavy summer and spring rain events inundating some of our plantings.  These conditions highlight the need for Adaptive Management.

It is not only the wetland and wetland vegetation that is affected by this lowering of the water table.  Many of our bushland species also depend on groundwater for survival.  This became very evident during the particularly low rainfall season of 2010-11 when many banksias higher in the landscape of our bushland died.

Changes in global climate may well be a contributing factor on groundwater levels, but healthy well-maintained wetlands can also be a key tool in our efforts to lessen the impact of climate change on other systems.

Here’s taking a closer look at the Beeliar Wetlands and how climate change has impacted some of the wetland functions.

1. Changing Hydrology:

The Beeliar Wetlands depend on seasonal rain to recharge. Over the years there have been fluctuations in the amount of precipitation. These fluctuations have caused alterations in wetland zonation, impacting the distribution of native plant species within the wetlands.

2. Loss of biodiversity:

With changing zonation, wading species and waterfowl are impacted.  Constant encroachment has led to a serious habitat loss, loss of fringing vegetation and bushland. This has further impacted species such as turtles, frogs, snakes and lizards many of which are endangered.

3. Carbon loss:

With many of the wetlands now experiencing a dry spell and terrestrialisation, the carbon trapped within the soils is released back into the atmosphere. And there is a further loss in capacity to capture and trap carbon from the atmosphere due to the growing number of dysfunctional and degraded wetlands.

Read our blog post on ‘Saving Bibra Lake’ for an in-depth examination into our conservation and rehabilitation efforts on Bibra Lake and North Lake.

Preventative measures

The wetlands are facing an incredible amount of stress from climate change alone, and we have to realize the importance of reducing additional pressures. This will give our wetlands a fighting chance to cope and replenish.

While most of us have come to accept the reality of human-caused changes in our global climate, we must also step up to the task of addressing the impacts of these changes.  There are many actions we can take locally to help our wetlands through this period.

Here are a few ways in which we as individuals and community can help:

  1. Reduce waste. Don’t litter.
  2. Conserve water. Be judicious. Click this link to check out Watercorp’s tips for saving water.
  3. Recycle and reuse to the maximum extent.
  4. Reduce your carbon footprint.
  5. Walk or cycle wherever you can. Or use public transport.
  6. Grow native plants in your garden. Go organic. Be fertilisewise!
  7. Participate in wetland activities. Volunteer with The Wetlands Centre.

Don’t forget to quack, quack, quack…  That is wetland speak for talk, talk, talk…  Pass on the message to friends and family.  Tell them about waterwise, fertilisewise and of course, volunteering.

Join The Wetlands Centre Cockburn

At ‘The Wetlands Centre Cockburn’, we are located a hop, skip and jump away from the glorious Bibra Lake, within the Beeliar Regional Park. Our proximity stirs and inspires us to work with the community to safeguard and protect this amazing yet fragile asset.

Community Planting Event at Horse Paddock Swamp in the Beeliar Wetlands

We have seen remarkable progress over the 25 years we have been around and are always looking for new helpers.  If you are not into getting down and dirty, we have education programs that need helpers too!

Combating climate change will take all our effort. Come join our forces today. Together let us maintain and improve the resilience of our wetlands so that they can continue to provide important services to us and the coming generations, even under changed climatic conditions.

Saving Bibra Lake

An aerial view of Bibra Lake on a sunny day

Cradled in the swales of the ancient dunes of the Swan Coastal Plain, and spanning over 384 hectares are the Beeliar Wetlands! They are bustling with stunning biodiversity, that include some of the most unique and fragile lifeforms on earth. Here, the calm, placid Bibra Lake stands as a timeless testament to our heritage and cultural values.

Historically, North Lake – Coolbellup and Bibra Lake – Walliabup, have served as important locations for the Aboriginal Nyoongar people. They are associated with the mythology of the ‘Waugal‘– the rainbow serpent, and Dreamtime tales of the ‘Spirit Children’.  Numerous Aboriginal campsites have been documented adjacent to the lakes. The Beeliar mob had semi-permanent camps on the land, caring for the boodja (country), precisely where the controversial Roe 8 tollway was proposed.

While we closely evaded that disaster, there are still a number of factors that continue to impact our precious wetlands. Over 90% of Perth’s once ample and abundant wetlands have been lost to agricultural pursuits, urbanisation, and development & infill. Bibra Lake and the surrounds are a reminder of what we’ve lost and what we stand to lose unless we take strong action. Together.

 

Changing wetlands in a changing climate

Our wetlands are dynamic in nature and they transform with changing seasons. Water levels in the wetlands, such as Bibra Lake, rise and fall with rainfall and the seasonal movement of groundwater. Bibra Lake experiences this seasonal flooding and drying, and oftentimes, this leads to alterations in the depth and area of the body of the lake. The transient wetlands are designed to cope, redistributing their animal and plant life in accordance with these changes.

However, with a decrease in rainfall and an increase in human activity surrounding our wetlands, the natural variations are becoming exaggerated. Causing alarming fluctuations in the wetland zonation. Introducing irreversible expansions and contractions of the wetland area.

 

Comparisson of flooded zones of Bibra Lake from 1995 to 2005
Figures depicting altered wetland zonation for Bibra Lake

Looking back, we remember the water levels of Bibra Lake during the 1980’s and 1990’s to be much higher than they are now. Many of us believe that those water levels were “proper”. However, the higher water levels of Bibra Lake at the time were actually an aberration caused by the removal of vegetative cover for the development of surrounding suburbs.

On the other hand, we also see prolonged drying of the wetlands in some years. The reduced rainfall has impacted the recharging of groundwater. And since the groundwater is also our source of drinking water for the Perth metropolitan area, this has caused a further shrinkage of the precious resource.

Bibra Lake has suffered adverse impacts. Usually, maximum water levels were seen around October and minimum levels during April. However, Bibra Lake and North Lake are now breaching these standards. This has significant implications for planting and weed control.

 

Two pictures comparing seasonal water levels of Bibra Lake
Snapshots comparing maximum and minimum seasonal water levels in Bibra Lake

A thorough understanding of these circumstances is essential towards developing a successful restoration program for Bibra Lake. We need to take the variations and on-ground conditions into account, adjusting when and where we weed and plant as we maintain and restore the lake and its surrounds.  The focus as we move forward must be on adaptive management.

We must also accept that we are moving into a period of some uncertainty, with climate change and global/local weather events becoming unpredictable. We may not get this 100% right 100% of the time. But every failure is a learning and a step forward.

 

Weeds and invasive species

Weeds are one of the most pressing problems we face at Bibra Lake, and weed control is an ongoing initiative. Often, the removal of one weed creates space for another. In some cases, it even allows the overgrowth of opportunistic native plants which can pose additional challenges. We see this most starkly in the constant balancing act of Typha control on our lakes. But that is a story for another day…

A combination of manual and chemical control along with mulching and saturation planting has been the most effective method in combating weeds. (Saturation planting is when native vegetation is planted densely and in large numbers so as to saturate and give little scope for invasive species to spread.)

At Bibra Lake, the following have been our findings:

  • Weeds must be actively growing before initiating weed control.
  • The revegetation plan should be in place prior to weed management to make the best use of the weed control efforts.
  • A monthly weed control commitment is required with a plan for the whole year.
  • At The Wetlands Centre, we have developed Seed Production Areas (SPAs) and refined propagation techniques to grow plants in our nursery.
  • The weed biomass in the seasonal zone degrades during one flooding and receding event. Slashing is sometimes required to make the area suitable for planting.
  • Mulching of the lower damp to upper seasonal zone (the weediest zone) with Typha mulch reduced the frequency of weed control.

 

Satelite images of Bibra Lake from 1953 to 2018 showing vegetation cover
Satellite images showing revegetation of Bibra Lake by The Wetlands Centre Cockburn over the years

Invasive species such as feral bees, foxes and cats are also detrimental to our wetlands. The feral cats and foxes prey on vulnerable native animals. Foxes are an introduced species and our lizards, turtles and quenda are especially susceptible since they have not developed any specific defences to stay protected.

 

Runoff and Algal Blooms

Human activity is primarily responsible for the degradation of our wetlands. Our urban developments are placed closer and closer to the wetlands, with little or no buffer. Roads and tracks crisscross the perimeter. And our wetlands are losing their lush cover, that helps protect wildlife from noise, light and other forms of pollution. All this further challenges their survival, exposing our species to danger and disease, and putting them at a risk of endangerment.

This also means that there is a greater impact on how nutrients, sediments and pollutants are naturally filtered by the wetland. The degraded quality of some of the fringing and upland vegetation around Bibra Lake is causing alterations in the water-quality of the catchment. However, Bibra Lake still fairs better than other heavily impacted lakes within the Beeliar Wetlands.

Runoff, whether it is the chemical runoff from roads or the phosphorus, potassium and nitrogen from fertilizers that we use in our gardens, leads to a nutrient explosion, and subsequently, algal blooms. The algae reduce temperature and light penetration in the catchments, suffocating and dominating over aquatic life. The algae also spread rapidly and give off an unpleasant odour as they break down. There is a direct link between the excessive use of garden and horticulture fertilizers and algal blooms in our waterways.

Reducing the use of chemicals in our gardens, keeping our storm drains clear of unwanted litter, conserving water and using it judiciously, and using landscaping practices that benefit wildlife and their habitats – every little step you take can lead to positive outcomes for our lake.

 

Join The Wetlands Centre Cockburn

At ‘The Wetlands Centre Cockburn’, we are fortunate to be located adjacent to the resplendent Bibra Lake, within the Beeliar Regional Park. This places us in an ideal position to lead by example in the care of our natural surroundings. We recognize that we bear a great responsibility to inspire, reinforce and connect, and to work with the community to safeguard and protect this amazing area.

The issues we have highlighted in this article are very real. They are threatening the health of our wonderful lake and its bountiful surrounds. We are working hard to understand and combat these issues while spreading awareness of core problems. Our team of volunteers and staff are dedicated and ever-vigilant.

In working with the land and connecting with its nurturing ways, we have come to cherish it deeply. And we want to share this connection with the greater community. Come, get involved with us. Learn. Plant. Protect. Conserve. And spread the joy.

 

This article is adapted from and based on notes and insights shared by Denise Crosbie, Wetlands Officer, The Wetlands Centre Cockburn.