February 1 - 28, 2026: Issue 651

Sunday Cartoons

Sunday cartoons and animations returns this year. This Issue: Never Give Up

Nymphes myrmeleonides: Yellow Lacewing

Nymphes myrmeleonides is an Australian insect in the order Neuroptera, known as the blue eyes lacewing even though it is yellow. They are also known as Common Lacewing and Giant Orange Lacewing. We had one fly into the house this week, just before rain - and although we've had Green Lacewings fly indoors before, this is the first yellow we've seen.

Our photo didn't turn out so well - must get macro lens - but a great clear version shows you what they look like:

Nymphes myrmeleonides Photo by Dr. David Midgley. Location: Berowra, Sydney.

This yellow lacewing is found in areas of New South Wales and Queensland. The species have a body length of up to 4 centimetres (1.6 in) and a wingspan of up to 11 cm (4.3 in), each wing ending in a white tip. The larvae of N. myrmeleonides resemble antlions and construct pit traps by burrowing into loose soil.

The insect order Neuroptera, from Ancient Greek νεῦρον (neûron), meaning "nerve", and πτερόν (pterón), meaning "wing", are also known as net-winged insects, and includes the lacewings, mantidflies, antlions, and their relatives. The order consists of some 6,000 species. Neuroptera is grouped together with the Megaloptera (alderflies, fishflies, and dobsonflies) and Raphidioptera (snakeflies) in the unranked taxon Neuropterida (once known as Planipennia).

Adult neuropterans have four membranous wings, all about the same size, with many veins. They have chewing mouthparts, and undergo complete metamorphosis.

Neuropterans first appeared during the Permian period, and continued to diversify through the Mesozoic era. During this time, several unusually large forms evolved, especially in the extinct family Kalligrammatidae, often called "the butterflies of the Jurassic" for their large, patterned wings.

When fly, they may be mistaken as dragonflies, but their wings are a fold-in-tent shape which dragonflies do not do. They can also distinguished by their long antenna. When disturbed, they usually fly slowly to two or three metes away. 

This Summer insect lays white eggs in a 'U' shape on tree trunks and fences. The larvae are litter dwellers, and cover themselves with debris. They are predators on other small insects which is why many gardeners consider them 'beneficial insects' at this time of year.

Nymphes myrmeleonides Photo by A J Guesdon. Location: Pittwater, Sydney.

A few more local fliers

 

Bayview + Mona Vale + Brookvale Bricks: Makers Mark Every run of 10 Thousand

These two bricks were gifted to us decades ago by Charles Benko. Charles stated he got these ones from Brookvale Bricks, when they were still around.

He explained the markings on these bricks, which are marked with a pipe in one case, and two thumbprints to make a heart or harp in the other, is made when the maker had completed  run of 10 thousand of them. They would place a personal insignia in that 10 thousandth one made to mark the end of a run.

Charles who lived at the back of Manly near Condamine street, and was a Hungarian who came to Australia after World War Two. He passed away aged 99 years back now, but his gift of old Brookvale bricks, and stories of our area in the late 1940's and early 1950's, prompted a look into brick making in our area.

Bricks have been a part of what was needed in Sydney since the first colonists landed here, hoping for a better life than that left behind.

This is a sketch of 'Brickfield Hill' in Sydney - near today's Surry Hills (and Hyde Park). The sketch is dated 1796 - and is among the great records held by the State Library of NSW, many of which have been digitised and area available online.

Bayview- Mona Vale Brickworks

The bricks that were used in the Rock Lily at Mona Vale are said to have come from a brickworks at the Bayview-Church Point end of Pittwater road by the Austin family:


Rock Lily circa 1895 - 1900 - Christmas postcard. 


Rock Lily Hotel [Narrabeen] from State Library of NSW Album: Portraits of Norman and Lionel Lindsay, family and friends, ca. 1900-1912 / photographed chiefly by Lionel Lindsay. Image No.: a2005211h - Auguste and Justine Leontine Briquet are on front entranceway

NB: when it was being demolished/renovated in 1988:


This photo taken on October 9th, 1988 of the renovation of the structure shows the original creamy bricks that were made at the Bayview brickworks of  of J W Austin. Photo and information courtesy Avalon Beach Historical Society president Geoff Searl OAM. 

An anecdote recorded by a resident of then, Mr Wheeler, tells us the location:

Continuing our old-time journey, the coach climbs a hill, and on the left was once a fine brick-kiln and drying sheds. Bricks of superior quality were made by J. Austin. I remember seeing Mr Symonds, an elderly gentleman, at a gypsy tea near Church Point in the year  1900; he was associated with Austin at the brickworks.  

Near this spot, overlooking the water, were the residences of P. Taylor, W. G. Geddes, C. Bennett and Sir Rupert Clarke.  

This has brought us to the twelfth mile-post from Manly. Along the road bordered with trees the coach descends to Figtree Flat, also known as Cape’s Flat, and the orchard of W.  J.  R.   Baker, with “Killarney” cottage lying between the two. This flat with its green  sward was a favourite picnic ground. The annual school picnic and distribution of prizes were held there on November 9 each year, the birthday of the then Prince of Wales (later King Edward VII.).  


                                                                           Fig Tree Flat (Capes Flat), Bayview circa 1900 - 1910

Fig Tree Flat La Corniche Bayview circa 1900 - 1910

BYRA Clubhouse is on 'Fig Tree Flat/Cape's Flat' today: the 'Fig Tree' name comes form a large fig tree that was once here - people used to gather under it for church services before the Church Point chapel was built. The other name 'Cape' stems from an early land owner, and teacher, who sold his holding.

Baker’s orchard has long since disappeared. It comprised six acres of peaches, nectarines and other summer fruits, and two acres of  oranges. The orangery was situated high up at the apex of the orchard. A row of quince and peach trees flanked the fence next to  "Killarney." As Baker also kept poultry, it will be seen that Bayview was once a thriving poultry-farming and fruit-growing district.  - - Extract from The Early Days of Bayview, Newport, Church Point and McCarr’s Creek, Pittwater By J. S. N. WHEELER. Journal and proceedings / Royal Australian Historical Society, Vol. 26 Part. 4 (1940) Pages 88, 7905 wordsCall Number N 994.006 ROY Created/ Published Sydney : The Society, 1918-1964. Appears In Journal and proceedings, v.26, p.318 (ISSN: 1325-9261) Published 1940-08-01. Available Online: HERE

Austin's store in Pittwater road, Mona Vale, was made from their own bricks, and built around 1913 - and then run by the Savage family - section from Panorama of Mona Vale, New South Wales, [picture] / EB Studios National Library of Australia PIC P865/125 circa between 1917 and 1946] and sections from made larger to show detail.

The Rock Lily also had a Brickworks at the back of the premises, which shows up in this 1925 private sale of the land lithograph:

Vol-Fol 2762-161 - Rock Lily's last 5 acres being sold:

NB: what is called above 'Gordon road' is today's Mona Vale road - it was then called 'Gordon road as it was the 'road to Gordon' - earlier there had been a 'Lane Cove Road' for a section of this, as it was 'the road to Lane Cove'.

A 1923 description of the Rock Lily Brickworks:

Auguste Briquet, who married Justine, the daughter of Leon Houreaux who originally built and owned the Rock Lily back in the 1880's, passed away - and she began trying to sell off some of the DIY ventures he had gone into - in 1926, at Newport, for example:


Auguste and Justine Briquet inside the Rock Lily. From State Library of NSW Album: Portraits of Norman and Lionel Lindsay, family and friends, ca. 1900-1912 / photographed chiefly by Lionel Lindsay. Image No.: a2005209h and below: a2005210h

Another local brick-maker was George Brock, who stated his own brickworks to build the now gone 'Oaks' on Mona Vale Beach, which was rebuilt in the early 1920's and took on the name it had after Mr. Brock as 'La Corniche'.

Both James Booth and Samuel Stringer, residents of Mona Vale who lived around today's Village Park, worked on the construction for this resort. Mr Stringer had a few problems when he was sourcing bricks from elsewhere:

TO BRICKLAYERS-Wanted, PRICE per thousand. Particulars by letter or personally from S. STRINGER,  Mona Vale, via Manly.  Advertising. (1904, March 16). The Sydney Morning Herald(NSW : 1842 - 1954), p. 5. Retrieved from http://nla.gov.au/nla.news-article14606738

DISTRICT COURT. (Before Judge Heydon.)

DISPUTE AS TO BRICKS. Moore v Stringer.

Mr. H. C. G. Moss appeared for the plaintiff, and Mr. Carter Smith for the defendant. This was an action brought by Ellen Moore, of Manly Vale, Manly, wife of James Arthur Moore,  against Samuel  Stringer, sen., of Mona Vale, near Manly, to recover the value of 7050 bricks, alleged to have been used by the defendant without plaintiff's authority. The defence was that the plaintiff's husband had been paid for the bricks, and had given defendant a receipt, but plaintiff contended that her husband had no authority in the matter. His Honor said It was quite clear that the bricks were the property of Mrs. Moore, and not of her husband. Verdict for plaintiff, £10, but no order made as to costs. DISTRICT COURT. (1905, February 8). The Sydney Morning Herald (NSW : 1842 - 1954), p. 5. Retrieved from http://nla.gov.au/nla.news-article14672752

"Mr. Stringer bought 6 adjoining blocks of land in Park Street Mona Vale for 125 pounds, which formed section 1 of the Mona Vale Estate. The vendor was Hon. Louis Francis Heydon and the sale was transacted on 21/07/1902. On 23/10/1903 Stringer borrowed 200 pounds from Heydon “for the purpose of building on the land”. Building is thought to have commenced in 1904.  He also built the imitation sandstone cottage next to Dungarvon, No. 26 Park Street. In 1922 Stringer was over 70 years old and sold up Mona Vale and moved to Hurstville. He died in 1931." - Guy & Joan Jennings – Mona Vale Stories (2007) 


Dungarvon as it was a few years back - on Park Street Mona Vale

'Brock's'  1907, showing what would become the Barrenjoey Road.

'Brock's' circa 1907, from beach front


An 1904 report states:

There is an Art Gallery Also in the buildings, where Mr. Brock, junior, plies his capable brush. The walls are  covered with his pictures, all showing marked talent. On the way from America, the land of novelty, is A Sculpturing Machine, which a skilled operator can make facsimiles of a human face simultaneously. From the photographs of the it is a wonderful affair, costing a pounds. The marble busts can turned out very fast and cheap,—say 5 or 6 hours for about a pound a piece' quite knocks out hand work—but it requires a hand to guide the rapidly cutting chisels, and the hand of an artist in order for good results. A sculptor, however, can with one of these machines of much better work than with the hand only. The instruments that do the out- resemble somewhat the little cutters dentists use to bore out teeth for stopping. They have only to be moved over the marble slowly and the lifelike image is graven. When the tram was started from Manly Mr. Brock put on about 200 Men to get the place ready, but when that fine project fell in pieces he took most of the men off again. He keeps a brick kiln going constantly, and there are always men employed building.

Some day " The Oaks " will be the name of one of the finest health resorts in the world,-meantime it is a most comfortable and beautiful home. 

“THE OAKS,” (1904, September 3). The Mosman Mail (NSW : 1898 - 1906), p. 4. Retrieved from http://nla.gov.au/nla.news-article247008613 

La Corniche circa 1911

A report from 1912, when a fire destroyed much of the main building, tells us:

AN UNLUCKY BUILDER.

man who was before his time.

The total destruction of the beautiful "La Corniche," better known as Brock's Mansion', at Mona Vale, in the early hours of this morning robs the naturally beautiful tourist journey from Manly to Pittwater of one of its, leading attractions. This magnificent pile of buildings, with Its charming surroundings, has always excited the admiration of the traveller, and the story of Its building by Mr. Brock, and its passing out or his hands after all his Napoleonic' work, has, always won- the stranger's keen sympathy. Mr. Brock gave the best years of his life to the realisation of his Idea to provide a high-class hotel on the lines of a great country home on this unrivalled site, which provides all the delights of ocean, lagoon, and green hills. His-choice of a spot could not have been Improved on with Its glorious ocean views, and after great work in levelling and draining what was a great swamp he evolved a fine polo ground and racecourse on the flat. Six years ago there were no less than 44 polo ponies on the ground. 

When Mr. Brock started the buildings he set up his own brickyards and sawmills. Everything he used came from his district In this connection he showed his patriotism by employing only local labor, and for several years he was a benefactor to the neighborhood, his expenditure going Into many thousands.

It may he said that before Mr. Brock started his great undertaking he had the assurance of the Government then in power that the tram to Pittwater would be constructed at once. He went on with his work, spent many thousands, and just when he was within reach of his goal his money ran out, and he lost all his claims to the property, and the results of his labor for years. AN UNLUCKY BUILDER. (1912, January 8). The Sun (Sydney, NSW : 1910 - 1954), p. 1. Retrieved from http://nla.gov.au/nla.news-article222004175 


Ruins of "Brock's Mansions," at Mona Vale, destroyed by fire on Monday morning. The fate of the handsome pile of buildings is a grim finale to the financial tragedy that overtook the plucky builder, Mr. G. S . Brock, in its erection. No title (1912, January 10 - Wednesday). The Sun (Sydney, NSW : 1910 - 1954), p. 1 (FINAL EXTRA). Retrieved from http://nla.gov.au/nla.news-article222002216

as 'La Corniche' [exterior view] circa 1920 - 1927 Image No.: a105577, courtesy State Library of NSW circa 1920-25

An earlier form of Mona Vale SLSC, when it was Mona Vale Alumni during 1930-31, used this premises as their weekend base. As can be seen below, the place was still used as a resort for visitors:

After Brock's Manion was finished, a few years on, another prominent brick-person came to Mona Vale and built brick cottages where land was later resumed to build Pittwater High School. The site for the school was resumed in 1961.

Top photo: Bay View Road Mona Vale circa 1900-1905(current day Pittwater road right to Bayview and Church Point) looking north from Mona Street. St John's Church can be seen to the left of the photo - this had been moved there from the Mona Vale north headland in 1888. By 1904 the wooden church had deteriorated to such an extent that it had to be demolished and a small stone church was built by James Booth on the present site at 1624 Pittwater Road Mona Vale, much closer to the village centre and was built in 1906 and opened in 1907. The residents raised funds by holding entertainments in the now demolished 'Booths Hall' at Mona Vale as well as by other means.

The cottage at the right front, which appears to have a turret, is actually James Shaw's house on the hillside above the corner of Cabbage Tree and Bayview roads. The two Cabbage Tree Palms marked the old border between Bayview and Mona Vale.


Above; the Bayview road looking south towards Mona Vale.  Mona Vale was once called 'Rock Lily'; people born in the area even into the 1920's had their birthplace recorded as 'Rock Lily'. Images from State Library of NSW and State Library of Victoria

Mark Horton, whose family have lived in the Mona Vale and Bayview areas for four generations, shared:

'The land in the top photo, right hand side, is the stretch of Bayview Road, now Pittwater Road running past the now Pittwater High School site. The houses on the right were on the Pittwater High School site and were demolished in an early morning clandestine action by the Department of Education in the early 1970s. Instead of preserving a bit of local history on the school site two houses with historic significance were demolished. The area where they stood is still green space.'

Guy and Joan Jennings 'Mona Vale Stories' (Arcadia Publishing Newport NSW, 2007) records:

On the eastern side of Bayview Road here were three cottages. They were built by Tom Arter who was commissioned by the Esbank Estate in Lithgow to build them as Show Houses. Tom's grandson, George Johnson, recalls that the bricks came from the Wilcox family in Bassett Street, however a Mr. Shreinert remembers the bricks coming from the kiln near the Rock Lily (hotel). The roofing iron was delivered by steamer to Bayview Wharf. There is some evidence to suggest the cottages were let for short term holidays. However for most of the time they were associated with a number of permanent residents'.

The northern most at 1686 Bayview road was called 'Eskbank', a name that came from an old house at Lithgow. This is the cottage that Louisa Dunbar came to in 1909 after the death of her husband, with he three children. She ran the bakery there until the Maiseys took over around 1913. The Maiseys stayed until their father George died in 1931 and most of the family returned to Parramatta. Henry 'Joe' Johnson and his family became the residents during 1938-1940 and he worked as a groundsman at Bayview Golf Course for 47 years.

The family that spent the most time in the house were the Lewis' who bought the property in 1946 and stayed until 1973 when they sold to Mr and Mrs Symonds who planned to restore the home. It was demolished in suspicious circumstances in 1978.

The middle cottage, No. 1682, was owned by Sam, and Mabel Perry from around 1916 until the 1960's when it was taken by the Education Department and demolished.

The southernmost cottage, No. 1678, closest to the corner of Mona Street, was first owned by Richard and Margaret Reid. The next resident was John Thomas Hewitt, policeman and Shire Councillor who later owned the Mona Vale Hotel site, where they built a home, and acreage along present day Golf Avenue. This was then taken over by the Shreinert  family who at one time ran refreshment rooms here.

In 1961-62 the Education Department resumed around 2 acres each from the three homes; Lewis', Perrys and Shreinerts, leaving around half an acre to each house. When Mabel Perry passed away her house and remaining and were sold to the Education Department and the house was quickly demolished. By 1973 both the Lewis' and Shreinerts were weary of living surrounded by the school yard with no proper fences. The Shreinerts sold to the Education Department, and as recorded above, they sold to the Symonds, who also found the site too much and also sold.'

Local lore states that, keen to stop a heritage listing for this last cottage, which it was of course, the Department knocked down Eskbank on the October long weekend of 1978.

The land resumptions, officially published in the NSW Government Gazette, shows 15 acres were resumed at first - all part of the land bought by the Mona Vale Land Company from the Darley estate. More in: Pittwater High School Alumni 1963 To 1973 Reunion For 2023: A Historic 60 Years Celebration + Some History

The Warringah Shire Council took money for people taking sand to make bricks with, although when they had their own plans to reclaim land at Bayview to form parks, they began to change what they would allow and when - it's worth noting that the state government also had to approve such leases as the estuary is 'Crown Land' or more accurately, crown waters:

BRICKS FROM SAND

Warringah Shire Council decided last night to grant a special lease to Composite Brick Pty. Ltd. for the dredging of sea sand at Bayview, Pittwater.

The sand will be used to make clay-cement bricks. It will be taken from areas in the Newport channels that have been silted up by previous dredgings.

The Council rejected a proposal that a special lease be granted for an area at the head of the bay which the company is willing to reclaim by dredging. The company wanted to build a factory on the reclaimed land. BRICKS FROM SAND (1947, September 3). The Sydney Morning Herald (NSW : 1842 - 1954), p. 4. Retrieved from http://nla.gov.au/nla.news-article18041363 

Brookvale Brickworks at Beacon Hill

Brookvale Brick works actually was at Beacon Hill. These brickworks used clay from quarries on Beacon Hill which became a medium density housing development after its closure in 1996.

Section from Beacon Hill to Brookvale panorama, circa 1900-1909 courtesy NSW Records and Archives

We tracked down an article from around this era to find out how they were making bricks then - this one was published in 1879 - 

Aaron Broomhall tells us:

''The Brookvale Brickworks has a fascinating history dating back to around 1885, when William Hews established his brickworks at the corner of Bantry Bay Road and Warringah Road. The Hews family, the first permanent residents of Frenchs Forest, used high-quality kaolin clays to create bricks that helped build many of Manly’s earliest structures.

Brookvale Brickworks, later owned by the Austral Brick Company Limited in 1975,  produced distinctive Brookvale Clinker Sandstock bricks until its closure in 1995. Clay and shale were sourced from Beacon Hill and transported on a miniature tramway to the brickworks.''

Warringah Shire Council records tell us:

''Hews bricks were hand made in moulds and fired in kilns for about 72 hours, using timber from the nearby bush. One man could make 12 to 13 hundred bricks a day! The bricks were transported by horse and dray to Manly, Narrabeen and The Spit, where they were loaded onto a punt and shipped to Mosman and the city.

The workers were housed in small cottages, slab huts and dormitories. The Forest soon become a thriving community with the addition of a tennis court, cricket ground and pavilion.

Workers at Brookvale Brickworks 1914

Hews Brickworks circa 1909

As the kilns consumed a huge amount of local timber, the brickworks impacted much of the surrounding bushland, already heavily logged by James French's sawmills. Hews Brickworks operated until World War I, when the essential clay was finally exhausted.

A small part of the Hews’ family land is now the site of Brick Pit Reserve with most occupied by the Northern Beaches Hospital. A plaque in the reserve honours the Aboriginal inhabitants and also commemorates the pioneers of Frenchs Forest.''

This tells us a run of 10 thousand bricks - and the makers mark - would have been around a week's work.

Mr. Hews was also a Warringah Shire Councillor - the first council chambers in Brookvale was built from his bricks, as were many of the homes in Manly. 

He passed away in 1917 and is at rest i Manly Cemetery but Brookvale Bricks continued.

Four other locals who recall the works tell us:

''The football fields at the top of Beacon Hill are still sometimes referred to as "the brick pits". (On the left opposite Macca's on Willandra Road).'' and;

''And when they lit the kiln, the noise would rumble along Alfred rd Narraweena.'' and;

''Hence Hews Parade in Belrose where the President hotel was.'' and;

''Brookvale Brickworks and district has been photographed in this 1930 aerial. Includes the railway line from the clay quarry. Seems to show the railway passing underneath what is now Warringah Road. The Clay Tanks transported to the brickworks carried 4 tons of clay in each wagon. '':

We also tracked down a few mentions from the newspapers of the past about this brick factory. 

IN 1932: 

BRICKS FALL ON WORKMEN.

Albert Kemsley, 47, of Hay-street, Collaroy, and Robert Riddle, 39, of Pittwater-road, Brookvale, had remarkable escapes from death or serious injury yesterday, when a stack of about 3000 bricks fell about them at the Brookvale Brickworks. The men were half buried in the bricks and were struck by many of them, but they suffered only cuts and abrasions. The Manly Ambulance took them to Manly Hospital.CASUALTIES. (1934, September 25). The Sydney Morning Herald (NSW : 1842 - 1954), p. 10. Retrieved from http://nla.gov.au/nla.news-article17115213 

NRS-4481-3-[7/16056]-St21365. Title; Government Printing Office 1 - 26927 - Mixing Plant: Warringah Road, Frenchs Forest [From NSW Government Printer series - Main Roads]. Contents Date Range; 01-01-1938 to 31-12-1938, courtesy NSW Records and Archives

Fire in 1947:

Fireball a few years later:

BROOKVALE BRICKWORKS DAMAGED BY FIREBALLThis picture shows the path of a fireball which severely damaged a brickworks at Brookvale yesterday. ' (Story page' 3.) BROOKVALE BRICKWORKS DAMAGED BY FIREBALL. (1952, August 14). The Sydney Morning Herald (NSW : 1842 - 1954), p. 1. Retrieved from http://nla.gov.au/nla.news-article18277490 

At Brookvale a fireball struck a brickworks chimney at 6.10 a.m., and partly wrecked four brick kilns. Striking with a series of bomb-like blasts, it demolished a wooden structure 200feet square and hurled sheets of iron from it up to 200yards away. The works, in Federal Parade, Brookvale, are owned by Brickworks Ltd., Castlereagh Street, city. Only one man, Bill Bass, of Sydenham Road, Brook-vale, was on duty at the time. He was working in the first kiln. Bass jumped under a work-bench as bricks and sheets of iron fell around him. Scores of people in the Brookvale area reported seeing a flash in the sky. A spokesman for the company said last night that at least £3,000 worth of damage had been done to the kilns. They would be out of production for about a week. Willy-willy Rips Tiles And Iron From House Roofs. (1952, August 14). The Sydney Morning Herald (NSW : 1842 - 1954), p. 3. Retrieved from http://nla.gov.au/nla.news-article18277544

In 1959:

Brookvale Brickworks circa 1950.Photo: Aaron Broomhall - and looks like a  Warringah Shire Council one too


Rock Lily Hotel of Leon Houreux - built from locally made bricks from album, Box 14: Royal Australian Historical Society : photonegatives, ca. 1900, courtesy state Library of NSW


The Brock Estate - brochure Front page, 1907 Item No.: c046820078, Mona Vale Subdivisions, Courtesy State Library of NSW

James Baker's Mona Vale Food Store circa 1910-1912 - on today's Pittwater road heading out to Bayview, was made from local bricks - they sold it in 1919:

MONA VALE-PITTWATER Old established General Store and Freehold, JUNCTION STORE, Pittwater and Newport roads Modern brick building, large shop, 5 rooms, stabling, etc TORRENS. Raine and Horne auctioneers. Advertising (1919, March 6). The Sydney Morning Herald (NSW : 1842 - 1954), p. 10. Retrieved from http://nla.gov.au/nla.news-article15828225 

 Above and Below: Panorama of Mona Vale, New South Wales, [picture] / EB Studios National Library of Australia PIC P865/125 circa between 1917 and 1946] and sections from made larger to show detail.

Above: Section showing Tennis courts - Below: Section showing Cricket Pitch 

The small shed in the middle of the Village Park (Village Green) is the ambulance station

First-Ever Release of Captive-Bred Mallee Emu-wrens Back Into the Wild

Video by Zoos South Australia, published Feb. 6, 2026

Seventeen tiny birds have taken a giant step for conservation.

For the first time in history, captive-bred Mallee Emu-wrens have been released back into the wild in South Australia’s mallee. Once feared locally extinct after devastating bushfires, this endangered species has now returned thanks to years of careful planning, science-led breeding and genuine collaboration.

This landmark conservation milestone is the result of a multi-year partnership between Zoos SA, the Murraylands and Riverland Landscape Board, and the National Parks and Wildlife Service SA, with guidance from the Threatened Mallee Bird Conservation Action Plan Steering Committee.

Filmed from the breeding aviaries at Monarto Safari Park to a carefully selected mallee release site, this story follows the journey from early husbandry trials to the moment these 4–6 gram birds take flight into spinifex habitat where they belong. What began as a question of whether the species could survive in human care has become a powerful proof of concept for threatened species recovery.

This first release marks a critical step toward re-establishing a South Australian population of Mallee Emu-wrens and provides a blueprint for future conservation translocations across the Murray–Darling Depression.

Small birds. Big collaboration. Real hope for a species on the brink.

Battle of the Bands – Youth Edition: at Palm Beach

Ages 12–17
Registrations opening shortly!
Tune up. Plug in. Rock out. 
For registration, please visit our website: www.plambeachclub.com.au
Registration form available on the What’s On page.
📞 02 9974 5566
Club Palm Beach (Palm Beach RSL)

Pittwater Peninsula Netball Club

2026 season - let's go! Registrations are open until early February.

Mona Vale Commodores Netball rego 2026



NYC (Narrabeen Youth Club) Netball 

NYC is a family-oriented club, with competitive and fun teams from U8’s to Seniors. To register:
If you have any registration questions, please direct them to Katie Mortimer (NYC Registrar) on nycnetballregistrar@gmail.com - please include your phone number if we need to contact you. Registration closes Feb 1 2026.

Narrabeen Football Club; 

Our UPDATED grading schedule is now available. Head to narrabeenfc.com.au/grading-schedule-and-relaunched-youth-program/  for timeslots and information about the grading process.

Curious Kids: How much does a cloud weigh?

Khakimullin Aleksandr/Shutterstock
Rob Thompson, University of Reading

How much do clouds weigh? – Torben, aged 10, London, UK

We see clouds often: fluffy clouds on a nice summer’s day, towering thunderstorms, wispy high clouds or even grey clouds that cover the whole sky for days.

Clouds seem to be floating in the air, which might make you think that they don’t weigh very much at all – but you would be wrong.

We can use our knowledge of different types of cloud and what clouds are made of, as well as some maths, to work out how much they weigh.

Water and air

We first need to think about what clouds are made of. Clouds are actually mostly made from air, plus small water droplets (which might be frozen into small ice crystals). When we think about how much a cloud weighs, we need to measure both the weight of the water and the weight of the air.

The next question is what type of cloud we are weighing. There are lots of different types of cloud, all with their own names. The fluffy clouds that drift across the sky in summer are called cumulus clouds.

Cumulus clouds in blue sky
Fluffy cumulus clouds. Lars Christensen/Shutterstock

To start with, we will think about that fluffy summer cloud, the cumulus cloud. A cumulus has approximately a quarter of a gram of water for every cubic metre of cloud. A quarter of a gram of water, all together, would make a drop of about the size of a marble. But really in our cubic metre there would be around 1 million drops, so they are very tiny, too small to see.

How big?

The next thing to consider is the size of the cloud. You can see how big cumulus clouds really are if you look at their shadow on the ground from a high view point on a sunny summer day.

Summer cumulus clouds vary in size, but a typical one would be about one kilometre across and about the same tall. This means we can consider it to be a cube, with each side measuring 1km across. That means our cloud is 1,000 x 1,000 x 1,000 cubic metres in size – and this makes 1 billion cubic metres.

Our cloud had only a quarter of a gram of water per cubic metre, but that’s going to work out as rather a lot now there’s a billion of them. The weight of the water in the cumulus cloud is 250,000,000 grams – 250 tonnes. This is about the same as two adult blue whales.

Thunderstorm clouds over tropical beach
Thunderstorm clouds approaching. Fisher_Y/Shutterstock

What about the other cloud types? A thunderstorm cloud is bigger, measuring about 10 km tall and the same across. They also contain much more water, which is why they rain so hard: about two grams per cubic metre. Do the maths again and we have 2 million tonnes of water.


Curious Kids is a series by The Conversation that gives children the chance to have their questions about the world answered by experts. If you have a question you’d like an expert to answer, send it to curiouskids@theconversation.com. We won’t be able to answer every question, but we’ll do our very best.


Then there’s that grey sky cloud layer. This has about the same amount of water per cubic metre as the cumulus cloud, but they cover the whole sky. They are often very shallow – perhaps 200 metres thick – but they could easily be 500 km across. This makes them 50,000 times bigger than the cumulus, so that’s somewhere around 10 million tonnes of water.

Finally, we need to add the weight of the water in the cloud to the weight of the air. Let us return to our summer cumulus cloud. Where these low clouds are, the air weighs around one kilogram for every cubic metre – 4,000 times more than the water did.

Given the volume of our cumulus cloud, that’s 1 billion kg, or one million tonnes. That is why the cloud can stay up in the air – the tiny water drops are held up by all that air.

If we do the same maths for a thunderstorm cloud, we get one billion tonnes of air. For the grey sky cloud layer, it’s 50 billion tonnes.

If we add together the weight of the water and the air in a cumulus cloud, then, it weighs a total of 1,000,250 tonnes. You could say, though, that maybe the air doesn’t count as part of the cloud’s weight, as it would have been there anyway. Either way, clouds are heavier than you might think.


When sending in questions to Curious Kids, make sure you include the asker’s first name, age and town or city. You can:The Conversation


Rob Thompson, Postdoctoral Research Scientist in Meteorology, University of Reading

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Curious Kids: how do currents form under water?

Watch out, currents about. Shutterstock.
Chris Blenkinsopp, University of Bath
CC BY-ND

Curious Kids is a series by The Conversation, which gives children of all ages the chance to have their questions about the world answered by experts. All questions are welcome: you or an adult can send them – along with your name, age and town or city where you live – to curiouskids@theconversation.com. We won’t be able to answer every question, but we’ll do our best.


What forms a current under water? – Natalie, age 11, Melksham, UK.

Thanks for your question, Natalie. Underwater currents can form in lakes, rivers and oceans, and there are many reasons why they happen. Since I’m an ocean scientist, I’m going to explain the currents you find in the sea.

Some ocean currents are very large, and the biggest one – called the “global conveyor belt” – moves water very slowly all the way around the world. In fact, it takes water in the global conveyor belt about 1,000 years to get right around the planet.

Because the global conveyor belt and other big ocean currents move so slowly, we don’t notice them when we go to the beach. But we might feel some other types of currents when we go for a swim.

When ocean waves get to a beach, they turn white at the top and crash onto the sand – this is called “breaking”. Swimming or surfing in breaking waves can be good fun, but we need to remember that these waves cause currents to form.

Wavy days. J_K/Shutterstock.

When waves break on the shore, the sea water in them gets pushed up against the beach. This water must get back out to sea somehow, otherwise we’d expect the water level at the beach to rise and rise forever.

Of course, the water can’t get back out to sea near the surface, because that’s where the breaking waves are busy moving water toward the shore. So, two different currents form, to help take the water back out.

Back out to sea

One of these currents is called the “undertow”. It forms beneath the breaking waves, and pulls the water back toward the sea, across the sandy seabed, out past where the waves are breaking.

Though the undertow helps to get some of the water back to sea, it’s not usually very strong. So, some of the work has to be done by another type of current, called a “rip” current.

Rips are much stronger, narrow currents that run straight out to sea. Rip currents don’t happen all the way along the beach. They only form at certain “weak spots” along the beach where waves are not breaking, and the water is a bit deeper. This makes it easier for the water to flow back out to sea.

Waves break over the sandbars (1), feeder currents form, moving along the shore (2), until meeting and flowing offshore as a rip current (3). Tim Scott., Author provided

Here’s how it works: after water is brought in toward the shore by breaking waves, it can’t turn around and go straight out again, so it runs sideways along the beach in what we call a “feeder current”. As soon as it finds a weak spot, where the waves aren’t breaking, the water flows back out to sea in a rip current.

Staying safe in the surf

It’s very handy to know how to spot a rip current when you go to the beach, because they are much stronger than undertow currents and can sweep people out to sea.

When there are lots of waves breaking on the beach, it’s tempting to swim in places where the water looks calmer. But we know that rips form at the places where the waves aren’t breaking – so this is actually the worst place to swim!

Rip currents sometimes leave another tell-tale sign: because they’re so strong, they can churn up the sand on the seabed, making the water look brown and murky.

Even if we know how to spot a rip current, it is always best to swim at beaches where there is a lifeguard, because they’re specially trained to know the best places to swim, and will always be on the look out to make sure everyone is safe.


More Curious Kids articles, written by academic experts:

Chris Blenkinsopp, Senior Lecturer in Civil Engineering Hydraulics, University of Bath

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Curious Kids: why can’t we tickle ourselves?

The good type of tickles. Shutterstock.
Aysha Bellamy, Royal Holloway, University of London
CC BY-ND

Curious Kids is a series by The Conversation, which gives children of all ages the chance to have their questions about the world answered by experts. All questions are welcome: send them – along with your name, age and the town or city where you live – to curiouskids@theconversation.com. We won’t be able to answer every question, but we’ll do our best.


Why can’t we tickle ourselves? – Florence, aged 12, Cambridgeshire, UK.

Thanks for the question, Florence. The short answer is, we humans can’t tickle ourselves because we’ll already be expecting it. And a big part of what makes tickles ticklish is the element of surprise.

Tickling is an important sign that someone or something is touching you. In general, there are two types of tickles. There are good tickles, like when your family or friends tickle you and make you laugh. And there are bad tickles, like when you can feel a bug on you.

Both types of tickles help us in different ways.

Bad tickles

Over the hundreds of thousands of years that humans have been around, being ticklish has had its advantages. Tickling tells us when there is a bug or something else crawling on our skin.

The reason why we feel ticklish is because our body is covered in small hairs. These help us to feel danger that might be too small to see – like bugs.

People who are ticklish can feel bugs land on them, and flick them off before they bite. This helps to avoid getting bitten by poisonous insects.

Over the ages, ticklish people would have been less likely to be bitten by poisonous bugs, so they would have lived longer and had more babies, who were also ticklish.

In other words, humans have evolved to be ticklish, because it can help us to sense danger, such as bugs. If we could tickle ourselves, then we might have more trouble telling when there’s a bug on us or when we are just touching ourselves.

So it makes sense that we cannot tickle ourselves, so that we can be sure when dangerous things, such as bugs, are on us.

Good tickles

Good tickles feel good and can make us laugh. It can be a fun way to play – and humans aren’t the only animals that can tickle.

Did you know that when chimpanzees chase and tickle each other they make panting sounds? These pants do not mean that the chimp is tired – they actually mean that it wants to play!

Pets, such as rats, also make noises like laughter when people stroke them.

Laughter and play are good ways for animals (including us!) to make friends . And if you could tickle yourself, you might be less likely to laugh and play with others.

So, there are good reasons why we can only be tickled by others, and not ourselves. But to understand how tickling really works, we’ll have to look inside the human body.

The motor system

The motor system is a thing that most animals – including humans – have in their body. It’s made up of our muscles and brain, and it’s what lets us move

Every time that you move, your brain sends a plan to your muscles. It does this by sending the plan, in the form of electrical signals, along the nerves that run like wires through your body.

This plan tells the muscles when and how to move, and also what to expect when we have moved.

We have five senses: sight, smell, taste, touch and hearing. The plans sent to your muscles guess how each of these senses may change, after you have moved.

So, when you try to tickle yourself, your brain sends the plan through the nerves: it tells the muscles in one arm to move to do the tickling, and it also tells your other muscles that the tickle is coming.

When somebody else tickles you, your muscles haven’t got a plan from your brain, so the feeling is surprising – and ticklish!

But you can’t tickle yourself, because your brain is always one step ahead, telling your muscles and senses what to expect and stopping you from giving yourself a surprise. But then, maybe it’s better that way.


More Curious Kids articles, written by academic experts:

Aysha Bellamy, PhD Candidate, Royal Holloway, University of London

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Curious Kids: how does our heart beat?

Shutterstock.
Adam Taylor, Lancaster University

This is an article from Curious Kids, a series for children of all ages. The Conversation is asking young people to send in questions they’d like an expert to answer. All questions are welcome: find out how to enter at the bottom.


How does our heart beat? – Aarav, age nine, Mumbai, India

Aarav – that’s an excellent question and one that matters to every single person on the planet!

The heart is a muscle, and all the muscles in the body work to move things around. Some muscles move our eyes as we read this page, others help us pick things up with our hands. These muscles are “voluntary”, which means you can control them. But other muscles in the body are “involuntary”, which means you can’t control them.

The heart is made of a special involuntary muscle called cardiac muscle, and this muscle is made up of cells called cardiomyocytes (which literally means “heart muscle cells” in Latin). You can’t control the heart muscle or its cells: they respond to the things our body needs, such as oxygen in our leg muscles as we move, or getting rid of our waste carbon dioxide by breathing out.

The heart has a special patch of cells called “pacemaker” cells, which are different to all the other muscles cells of the heart when you look at them with a microscope. These cells set the rhythm that the rest of the heart beats to, and they are located in the wall of the right atrium, which is the top right chamber of the heart.

The cells create an electrical impulse – like a small electric shock – that shoots out through special paths across the heart, to make sure all the other muscle cells contract in a wave pattern, to pump blood out of the heart, to the lungs and around the body.

This wave is caused by movement of tiny molecules that move from inside and outside the cells. These molecules come from the foods we eat and are used to keep us functioning, which is why it’s important to eat enough fruit and vegetables, and foods containing calcium.

Some people have problems with their pacemaker cells, so the electrical impulse doesn’t travel all the way through their heart, and their heart doesn’t contract properly. These people can have an operation to put a tiny machine in to control their heart rate – this is called a “pacemaker”, and it takes over from the pacemaker cells.

The heart doesn’t always beat at the same rhythm. Our heart responds to nervous signals sent from the brain, or to chemicals that the body produces in response to things it sees, hears or smells.

If your sibling dressed up in a scary costume to give you a fright, your eyes would see this, and chemical and electrical messages in the brain would send impulses to the heart, to cause it to beat faster. This would deliver more blood and oxygen to the cells of the arms and legs, so you could run away.

Boo! Shutterstock.

And when you are at home on a Saturday night, relaxing and watching your favourite TV show, the opposite thing happens: the heart doesn’t have to work as hard and so it relaxes and returns to its resting speed, with most blood going to the gut rather than the limbs, again caused by chemical and electrical messages.

The heart beats around 60 to 70 times each minute, and when we exercise really hard, it can beat as many as 220 times per minute. Children’s hearts can beat faster than adults’, especially when you’re exercising hard.

If you want to figure out the most beats your heart can do in a minute, the calculation is 220 minus your age – so in your case, 220 minus nine equals 211 beats per minute, when you’re exercising as hard as possible. For someone of my age, it’s around 190 beats per minute.

To feel how hard your heart works, try clenching and relaxing your fist 60 times in a minute. Hard work, right? And remember, your heart beats 60 times per minute, 60 minutes an hour, 24 hours a day and 365 days per year. That’s 31,536,000 beats every year – if all we did was just sit still! Luckily, your heart does get to have a little rest, in between every beat.


Hello, curious kids! Have you got a question you’d like an expert to answer? Ask an adult to send your question to us. You can:

Please tell us your name, age and which town or city you live in. You can send an audio recording of your question too, if you want. Send as many questions as you like! We won’t be able to answer every question, but we will do our best.


More Curious Kids articles, written by academic experts:

Adam Taylor, Director of the Clinical Anatomy Learning Centre and Senior Lecturer, Lancaster University

This article is republished from The Conversation under a Creative Commons license. Read the original article.

How do scientists hunt for dark matter? A physicist explains why the mysterious substance is so hard to find

The Coma Cluster, research into which supports the existence of dark matter. NASA, ESA, J. Mack (STScl), and J. Madrid (Australian Telescope National Facility)
David Joffe, Kennesaw State University

Curious Kids is a series for children of all ages. If you have a question you’d like an expert to answer, send it to CuriousKidsUS@theconversation.com.


Can we generate a way to interact with dark matter with current technology? – Leonardo S., age 13, Guanajuato, Mexico


That’s a great question. It’s one of the most difficult and fascinating problems right now in both astronomy and physics, because while scientists know that the elusive substance called dark matter makes up the majority of all matter in the universe, we’ve never actually observed it directly. Dark matter is so difficult to interact with because it’s “dark,” which means it doesn’t interact directly with light in any way.

I’m a physicist, and scientists like me observe the world around us mainly by looking for signals from different wavelengths of light. So no matter what type of technology scientists use, they run into the same issue in the hunt for dark matter.

It’s not completely impossible to interact with dark matter, though, because it can interact with ordinary matter in other ways that don’t involve light. But those interactions are generally very weak. What we call dark matter is really anything that we can see only through these weaker interactions, especially gravity.

How we know dark matter exists

One way that dark matter can interact with ordinary matter is through gravity. In fact, gravity is the main reason scientists even think dark matter exists at all.

For decades, scientists have been observing how galaxies spin and move throughout the universe. Gravity acts on stars and galaxies, in the same way it keeps you from floating off into space. Heavier objects have a stronger gravitational pull. At these huge scales, researchers have spotted some unexpected quirks that gravity alone can’t explain.

For example, almost 100 years ago, a Swiss astronomer named Fritz Zwicky studied a cluster of galaxies called the Coma Cluster. He noticed the galaxies inside it were moving very fast, so much so that they should have flown apart many millions of years ago.

The only way the cluster could have stayed together for so long is if there was much more matter holding it together with gravity than the telescope could see. This extra matter necessary to hold the galaxies together became known as dark matter.

About 40 years after Zwicky, an American astronomer named Vera Rubin looked at the individual stars moving around the centers of spiral galaxies as they rotated. She saw that the stars at the outside edges of the spiral were moving much faster than you’d expect if only the gravity from the stars you could see was keeping them from flying off into intergalactic space.

Just as with the galaxies moving around the cluster, the motion of the stars around the edges of the galaxies could be best explained if there was much more matter in the galaxies than what we could see.

A spiral-shaped galaxy with a bright spot in the center
A rotating spiral galaxy in the Coma Cluster. NASA, ESA, and the Hubble Heritage Team (STScl/AURA); Acknowledgement: K. Cook (Lawrence Livermore National Laboratory)

More recently, scientists have combined optical telescopes that observe visible light with X-ray telescopes. Optical telescopes can take pictures of galaxies as they move and rotate. Sometimes, galaxies in these images are distorted or magnified by gravity coming from large masses in front of them. This phenomenon is called gravitational lensing, which is when the gravity around a very heavy object is so strong that it bends the light passing by it, acting like a lens.

X-ray telescopes, on the other hand, can see the clusters of hot gases that surround galaxies. By combining these two telescopes, astronomers can see galaxies as well as the gases surrounding them – all the observable matter. Then, they can compare these images with the optical results. If there’s more gravitational lensing seen than what could be caused by the gas, there must be more mass hiding somewhere and causing the lensing.

Clouds of blue and pink shown, with lots of bright spots representing galaxies shown in the background.
The picture combines optical images of the galaxies with X-ray images. The region in the pink shows the area where the X-ray telescope sees the distribution of gas around the galaxies, and the blue area shows the region where gravitational lensing can be observed. There is blue in places where there isn’t pink, so lensing is showing that there’s something else heavy there. Dark matter is again the best explanation. NASA, ESA, CXC, M. Bradac (University of California, Santa Barbara), and S. Allen (Stanford University)

How we might be able to see dark matter

Unfortunately, all this tells astronomers only that dark matter must be there, not what it really is. The evidence for dark matter is all based on how it interacts with gravity at very large scales. It’s still “dark” to scientists in the sense that it hasn’t interacted directly with any measurement devices.

The good news is that light and gravity aren’t the only forces in the universe. A force called the weak force might be able to interact directly with dark matter and give scientists a direct signal to observe. Most of the ideas about what the dark matter might be include the possibility of it interacting through the weak force, converting energy into signals that are visible.

The weak force is not observable at normal scales of distance. But for objects the size of an atom’s nucleus or smaller, it can change one type of subatomic particle into another. The weak force can also transfer energy and momentum at very short distances – this is the main effect scientists hope to observe with dark matter. These processes might be extremely rare, but in theory they should be possible to see.

Most experiments looking to see dark matter directly are searching for signals of rare weak interactions in an underground detector, or for gamma rays that can be seen in a special gamma-ray telescope.

In either case, a signal from dark matter would likely be very faint, resulting from an interaction that can’t be explained any other way, or a signal that doesn’t seem to have any other possible source. Even if the effect is faint, it might still be possible to observe, and any such signal would be an exciting step forward in being able to see the dark matter more directly.

In the end, it may be a combination of signals from experiments deep underground, in particle colliders, and different types of telescopes that finally lets scientists see dark matter more directly. Whichever technology ends up being successful, hopefully sometime soon the matter that makes up our universe will be a little less dark.


Hello, curious kids! Do you have a question you’d like an expert to answer? Ask an adult to send your question to CuriousKidsUS@theconversation.com. Please tell us your name, age and the city where you live.

And since curiosity has no age limit – adults, let us know what you’re wondering, too. We won’t be able to answer every question, but we will do our best.The Conversation

David Joffe, Associate Professor of Physics, Kennesaw State University

This article is republished from The Conversation under a Creative Commons license. Read the original article.

The Secret Pizza Party

Published by Toadstools and Fairy Dust - more stories at the link

'Hey, That's My Monster!' read by Lily Tomlin

More stories at: Storyline online 

Archive of millions of Historical Children’s Books All Digitised: Free to download or Read Online

Enter the 1: Baldwin Library of Historical Children’s Literature here, where you can browse several categories, search for subjects, authors, titles, etc, see full-screen, zoomable images of book covers, download XML versions, and read all of the 2: over 6,000 books in the collection with comfortable reader views. 

Find 3: more classics in the collection, 800 Free eBooks for iPad, Kindle & Other Devices.


WilderQuest online fun

The NSW National Parks and Wildlife Service is pleased to present the WilderQuest program for teachers, students and children.

The WilderQuest program includes a website and apps with game and video content, Ranger led tours and activities in national parks across NSW. It provides opportunities for families to experience nature, science and Aboriginal culture in classrooms, online, at events and in national parks. The Teacher portal and free primary school resources have been produced with support from our Environmental Trust partners.

Profile: Ingleside Riders Group

Ingleside Riders Group Inc. (IRG) is a not for profit incorporated association and is run solely by volunteers. It was formed in 2003 and provides a facility known as “Ingleside Equestrian Park” which is approximately 9 acres of land between Wattle St and McLean St, Ingleside. 
IRG has a licence agreement with the Minister of Education to use this land. This facility is very valuable as it is the only designated area solely for equestrian use in the Pittwater District.  IRG promotes equal rights and the respect of one another and our list of rules that all members must sign reflect this.
Profile: Pittwater Baseball Club

Their Mission: Share a community spirit through the joy of our children engaging in baseball.

National Geographic for Australian Kids

Find amazing facts about animals, science, history and geography, along with fun competitions, games and more. Visit National Geographic Kids today!

This week the National Geographic for Kids has launched a new free digital resource platform called NatGeo@Home to entertain and educate children affected by school closures.

The three main categories of content on the NatGeo@Home site aim to educate, inspire and entertain. For parents and teachers, there are also separate resources and lesson plans covering everything from getting to grips with Google Earth to learning to label the geological features of the ocean.

For the main Australian National Geographic for Kids, visit: www.natgeokids.com/au

For the National Geographic at Home site, visit:

LEGO AT THE LIBRARY

Mona Vale Library runs a Lego club on the first Sunday of each month from 2pm to 4pm. The club is open to children aged between seven and twelve years of age, with younger children welcome with parental supervision. If you are interested in attending a Lego at the Library session contact the library on 9970 1622 or book in person at the library, 1 Park Street, Mona Vale.

Children's Storytime at Mona Vale LibraryMona Vale Library offers storytime for pre-school children every week during school terms. Children and their carers come and participate in a fun sing-a-long with our story teller as well as listen to several stories in each session, followed by some craft.  

Storytime is held in the Pelican Room of the library in front of the service desk. Storytime is free and no bookings are required. 

Storytime Sessions: Tuesdays  10.00am - 11.00am - Wednesdays  10.00am - 11.00am  - Thursdays  10.00am - 11.00am

Profile: Avalon Soccer Club
Avalon Soccer Club is an amateur club situated at the northern end of Sydney’s Northern Beaches. As a club we pride ourselves on our friendly, family club environment. The club is comprised of over a thousand players aged from 5  who enjoy playing the beautiful game at a variety of levels and is entirely run by a group of dedicated volunteers. 
Avalon Bilgola Amateur Swimming Club Profile

We swim at Bilgola rock pool on Saturday mornings (8:45am till 11:30am). Our season runs between October and March

Profile Bayview Yacht Racing Association (BYRA)

Website: www.byra.org.au

BYRA has a passion for sharing the great waters of Pittwater and a love of sailing with everyone aged 8 to 80 or over!

 Mona Vale Mountain Cub Scouts



Find out more about all the fun you can have at Mona Vale Mountain Cub Scouts Profile
– 

our Profile pages aren’t just about those who can tell you about Pittwater before you were born, they’re also about great clubs and activities that you too can get involved in!