Australia Fly Guide
TAS · Tamar River

Tinamirakuna / Macquarie River

Imagery © Esri

block

Not published

This page is staged for review and is not indexed. It carries no reviewed angling guidance, no confirmed regulations and no live conditions. Nothing on this page should be relied on before fishing.

Every Australian fly angler who reads has fished the Macquarie in their head before they fish it in their waders, because this is the river the island's dry-fly writing was made on: a slow, clear Midlands meadow stream where a brown trout drifts up under a red spinner in the October sun, looks at it for a full second, and decides. Inland Fisheries Service rates the Tinamirakuna / Macquarie among Tasmania's finest trout rivers, and manages it as a wild fishery; nothing has been stocked into it in fifteen years and the browns that live in its pools were born there. It rises in the hills east of the Midlands, gathers the Tooms River, drops past the Blackman junction into the meadow country at Ross, winds through Campbell Town's Elizabeth River, the Isis and the Lake River to the Brumbys Creek junction below Cressy, and joins the South Esk at Longford after a hundred and ninety-five kilometres. It is not a big river in the numbers. The Trefusis gauge has watched the upper river since 1979 and its median never reaches a cubic metre a second, which is why the wadeable band on the chart below is so narrow and why the fishing is in the pools and the glides, not the riffles. Spring is spinners and duns, summer is early, late and polaroiding, autumn is hoppers tight to the grass. The three stretch pages take the river in turn, and the rules change where the authority changes them, at the Brumbys junction.

Choose your stretch

Numbered from the source; each opens its own guide

Choose your stretch of the Macquarie River

  1. Stretch 1 · 90.3 km Headwaters to Ross The upper Macquarie — ninety kilometres from the hills through the Tooms and Blackman River junctions to the Midland Highway bridge at Ross, the steepest water on the river, small wild browns in the pools, and the Trefusis gauge with its record since 1979. Rainbow Trout Brown TroutLive gauge
  2. Stretch 2 · 82.8 km Ross to Brumbys Creek The meadow water — eighty-three kilometres of slow, clear Midlands river from the Ross bridge past Campbell Town's Elizabeth River, the Isis and the Lake River to the Brumbys Creek junction, red spinners in spring, hoppers in autumn, and two gauges bracketing the Elizabeth junction. Rainbow Trout Brown TroutLive gauge
  3. Stretch 3 · 21.7 km Brumbys Creek to the South Esk The lower Macquarie — twenty-two kilometres from the Brumbys Creek junction past the Cressy pumps to Longford, where the river ends in the South Esk, wild browns with rainbows among them, the Cressy gauge, and the extended season that keeps this water open to the end of May. Rainbow Trout Brown TroutLive gauge

River map

Numbered from the source; a name is a link where that water has a page

River map of Macquarie River

South Esk River Jacobs Creek Isis River Halls Creek Back Run Creek Lake River Brumbys Creek Garwoods Creek Tater Garden Creek Elizabeth River Blanchards Creek Coldstream Creek Kittys Rivulet Ramble Rivulet Glen Morriston Rivulet Parramores Creek Brodribb Creek Blue Tier Creek Tacky Creek Tooms River Blackman River Headwaters to Ross Ross to Brumbys Creek Brumbys Creek to the South Esk Macquarie River South Esk River open_in_new Jacobs Creek Isis River Halls Creek Back Run Creek Lake River Brumbys Creek open_in_new Garwoods Creek Tater Garden Creek Elizabeth River Blanchards Creek Coldstream Creek Kittys Rivulet Ramble Rivulet Glen Morriston Rivulet Parramores Creek Brodribb Creek Blue Tier Creek Tacky Creek Tooms River Blackman River 1 Source 1. Source 2 Ross 2. Ross 3 Brumbys Creek 3. Brumbys Creek 4 South Esk River 4. South Esk River

When things happen

The guide's calendar for this water

When things happen

The year on this water

A guide's calendar, not a rulebook

  • Winter water · Jun to Sep The Trefusis gauge runs at its highest from June to September, with the wet years ten and twenty times the summer flow. Worms, wets and nymphs while it drops.
  • Red spinners · Oct to Dec The famous spring hatch on the meadow water. IFS names it the feature of the season, and the fish look up for it.
  • Dry-fly spring · Oct to Dec The river settles into the wadeable band and the browns rise to spinners and duns in the long glides.
  • Early and late, and polaroiding · Dec to Feb Low, clear summer water. The first and last hours, and a slow walk up a bright glide looking for the fish before it sees you.
  • Hoppers on the grass · Feb to Apr Late in the season the grasshoppers come off the paddocks, and a hopper tight to the bank is how the river finishes.

Water and habitat

A hundred and ninety-five kilometres of mainstem falling five hundred metres, most of it in the first sixty. The fall of the river drawn on this page shows an upper river that comes off the hills quickly through the Tooms and Blackman country and then, from Ross onward, a long meadow river dropping barely a metre a kilometre across the Midlands floor to Longford. The bank survey from space describes the country: a third of the corridor under crops, a fifth in native grass, two-fifths open woodland and almost no dense timber, which is farmland with willows and poplars along a slow river.

Headwaters to Ross is the upper river: ninety kilometres from the source through the Tooms River junction and the Blackman River junction to the Midland Highway bridge at Ross, with the Trefusis gauge on it.

Ross to Brumbys Creek is the meadow water most people mean: eighty-three kilometres past Campbell Town, where the Elizabeth comes in, the Isis and the Lake River junctions, down to where Brumbys Creek joins. Two gauges bracket the Elizabeth junction.

Brumbys Creek to the South Esk is the lower river: twenty-two kilometres past the Cressy pumps to Longford, where the Macquarie ends in the South Esk. The season is longer here, and rainbows appear.

Fish and forage

Brown trout, wild. IFS manages the river as a wild trout fishery and the browns dominate; rainbow trout are present in the lower Macquarie and the lower reaches of Brumbys Creek. The survey record, drawn on this page, is thick with browns electrofished through the 1990s and 2000s. The only stocking IFS lists is a single release of brown trout fingerlings in 2011. Redfin perch and tench live in the system, both pest fish, and IFS asks that any caught be killed humanely and disposed of rather than returned.

What the trout eat is what a meadow river grows. The red spinner mayfly is the hatch of the year in spring, with duns and caenids on the glides through summer and black spinners in autumn. From late summer the grasshoppers come off the paddocks, and IFS names grasshopper fishing the feature of the late season. Caddis in the evening riffles, and a great deal of weed-bed food the fish take unseen.

When to fish it

Read the river's year drawn on this page before you decide. The Trefusis record puts the high water in winter and early spring: from June to September the median doubles and the wet years run at ten and twenty times the summer flow. IFS says the early season, when levels are high, is the time for worms, wet flies and lures, and the fly angler's version of that is a nymph or a wet swung through the pools while the river drops.

From October the river settles into the wadeable band and the dry fly comes into its own, with the red spinner hatches the feature of spring. Summer runs low and clear, and IFS recommends fishing early and late in the day, though polaroiding in bright light can pay. Late in the season the grasshoppers are the story, and the fish that would not look at a spinner in February will take a hopper against the bank in March. The upper river closes at the start of May; the river below the Brumbys junction runs to the end of it.

How to fish it

Slow, clear water and educated fish. Fish upstream, move slowly, spend more time looking than casting, and give the first cast to the edge under the far bank rather than the middle of the pool. A four or five weight, a floating line, a long leader tapering to fine tippet, and the discipline to wait for a rise before you cast to it.

For the spinners and duns, a parachute Adams or a Klinkhammer in the size of the insect, drifted without drag through the lane the fish is using. A hopper tight to the grass through the afternoons of February and March. When nothing is showing, a dry-dropper with a slim Pheasant Tail hung under a small dry along the undercuts and weed edges, or a Hare's Ear fished deep through the head of a pool. In the high water of early spring, a Woolly Bugger or a wet swung across the tail of a pool is the honest fly.

Access and safety

The river runs almost entirely through private farmland. IFS has negotiated foot access at many points, from Longford and Cressy at the bottom and from the Midland Highway towns along its length, and marks it with signs; from some of those points landowners have allowed access for considerable distances up and downstream. Where access is not signed you must ask the landowner, and IFS is plain that the signs are binding. Carry the IFS Anglers Access brochure for the Macquarie and Lake Rivers, walk the perimeter of any crop rather than through it, leave gates as you find them and stay off fences. This access is a privilege that depends on the last angler's manners.

The hazards are a slow river's: deep pools under the willows, soft cut banks, and cold water in the early season. In the high water of winter and spring the meadow river can be over its banks and the pools unreadable; the gauges on the stretch pages say when it has dropped.

Regulations

Inland Fisheries Service states the rules for this river in two parts, split at the Brumbys Creek junction. On both, the minimum size is the same, the bag is small, and all methods are permitted; on the upper river the season runs from the first Saturday in August to the start of May, and on the lower river from the Brumbys junction to the South Esk it runs to the end of May. Each stretch page states the shape of the rule that applies to it, and the rule that keeps the lower river open longer also applies to the lower Brumbys, the Meander and the South Esk. An inland angling licence is required on every inland water in the state.

Take the numbers and the dates from the current Tasmanian Inland Fishing Code and the IFS A to Z page for the river before you fish. They move with the season, and this page does not carry them.

What the record shows

The gauge, the fall of the river and the banks, drawn rather than described

What the record shows

The river's year

Daily flow at Macquarie River(18217) [macquarie River At Trefusis], every year 1979 to 2026

0.1 0.2 0.5 1 2 5 10 wadeable drift ceiling Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec m³/s
47 years of the gauge, week by week. The dark band is the middle half of all years, the pale band nine years in ten, the line the median. The shaded strip is the band the river sits in about half of all days, the flows most anglers here would call wadeable: a guide's rule of thumb, not a measured limit. In a typical year the river sits in it from late October to early July, and runs too high to wade from late July to early September. Median flow peaks in mid August and bottoms out in mid May.

How often it runs this high

16,808 days at Macquarie River(18217) [macquarie River At Trefusis], 1979 to 2026

0.1 0.1 0.2 0.5 1 2 5 10 20 50 wadeable 0.151 to 0.453 m³/s drift ceiling 1.525 m³/s 0% of days 25% of days 50% of days 75% of days 100% of days m³/s
Read it left to right: the river runs above the flow on the left edge almost never, and above the flow on the right edge almost always. Half of all days sit below 0.3 m³/s. The shaded band is where it sits about half the time, the flows most anglers here would call wadeable; it runs above that one day in three and above the drift ceiling about one day in seven. The bands are a guide's rule of thumb drawn from the record, not a measured limit: read the river when you get there.

The fall of the river

Elevation along the river, source to end

0 km from the source: 634 m · falling 10.3 m per km 1 km from the source: 598 m · falling 13.3 m per km 2 km from the source: 552 m · falling 13.2 m per km 3 km from the source: 545 m · falling 11.3 m per km 4 km from the source: 541 m · falling 10.4 m per km 5 km from the source: 537 m · falling 6.4 m per km 6 km from the source: 533 m · falling 4.1 m per km 7 km from the source: 529 m · falling 4.8 m per km 8 km from the source: 523 m · falling 6 m per km 9 km from the source: 523 m · falling 7.5 m per km 10 km from the source: 518 m · falling 9.8 m per km 11 km from the source: 495 m · falling 11.4 m per km 12 km from the source: 483 m · falling 11.8 m per km 13 km from the source: 475 m · falling 11.9 m per km 14 km from the source: 458 m · falling 11.3 m per km 15 km from the source: 449 m · falling 9.7 m per km 16 km from the source: 442 m · falling 8.6 m per km 17 km from the source: 433 m · falling 7.3 m per km 18 km from the source: 421 m · falling 5.7 m per km 19 km from the source: 420 m · falling 5.2 m per km 20 km from the source: 418 m · falling 5.7 m per km 21 km from the source: 419 m · falling 7 m per km 22 km from the source: 411 m · falling 8.8 m per km 23 km from the source: 393 m · falling 10.3 m per km 24 km from the source: 380 m · falling 10.4 m per km 25 km from the source: 370 m · falling 9.8 m per km 26 km from the source: 360 m · falling 8.2 m per km 27 km from the source: 353 m · falling 6.5 m per km 28 km from the source: 352 m · falling 6 m per km 29 km from the source: 344 m · falling 5.8 m per km 30 km from the source: 342 m · falling 5.9 m per km 31 km from the source: 335 m · falling 6.4 m per km 32 km from the source: 323 m · falling 6.3 m per km 33 km from the source: 317 m · falling 5.5 m per km 34 km from the source: 315 m · falling 4.9 m per km 35 km from the source: 307 m · falling 3.9 m per km 36 km from the source: 308 m · falling 2.8 m per km 37 km from the source: 305 m · falling 2.8 m per km 38 km from the source: 300 m · falling 3 m per km 39 km from the source: 298 m · falling 3 m per km 40 km from the source: 303 m · falling 3.7 m per km 41 km from the source: 289 m · falling 4.4 m per km 42 km from the source: 284 m · falling 4.4 m per km 43 km from the source: 284 m · falling 4.7 m per km 44 km from the source: 281 m · falling 5.3 m per km 45 km from the source: 270 m · falling 5.2 m per km 46 km from the source: 267 m · falling 5.2 m per km 47 km from the source: 263 m · falling 5.3 m per km 48 km from the source: 254 m · falling 4.6 m per km 49 km from the source: 250 m · falling 3.7 m per km 50 km from the source: 247 m · falling 3.4 m per km 51 km from the source: 245 m · falling 2.9 m per km 52 km from the source: 248 m · falling 2.8 m per km 53 km from the source: 242 m · falling 3.1 m per km 54 km from the source: 232 m · falling 2.8 m per km 55 km from the source: 235 m · falling 2.5 m per km 56 km from the source: 231 m · falling 2.4 m per km 57 km from the source: 230 m · falling 2.1 m per km 58 km from the source: 228 m · falling 2.1 m per km 59 km from the source: 227 m · falling 2.5 m per km 60 km from the source: 223 m · falling 2.9 m per km 61 km from the source: 221 m · falling 3 m per km 62 km from the source: 216 m · falling 3 m per km 63 km from the source: 214 m · falling 2.7 m per km 64 km from the source: 209 m · falling 2.2 m per km 65 km from the source: 210 m · falling 1.8 m per km 66 km from the source: 207 m · falling 1.6 m per km 67 km from the source: 208 m · falling 1.4 m per km 68 km from the source: 205 m · falling 1.4 m per km 69 km from the source: 203 m · falling 1.6 m per km 70 km from the source: 200 m · falling 1.4 m per km 71 km from the source: 202 m · falling 1.5 m per km 72 km from the source: 200 m · falling 1.5 m per km 73 km from the source: 197 m · falling 1.5 m per km 74 km from the source: 195 m · falling 1.4 m per km 75 km from the source: 195 m · falling 1.4 m per km 76 km from the source: 194 m · falling 1.2 m per km 77 km from the source: 191 m · falling 1 m per km 78 km from the source: 192 m · falling 0.9 m per km 79 km from the source: 190 m · falling 1 m per km 80 km from the source: 189 m · falling 1 m per km 81 km from the source: 189 m · falling 1 m per km 82 km from the source: 189 m · falling 1.2 m per km 83 km from the source: 186 m · falling 1.3 m per km 84 km from the source: 184 m · falling 1.4 m per km 85 km from the source: 183 m · falling 1.4 m per km 86 km from the source: 182 m · falling 1.3 m per km 87 km from the source: 181 m · falling 1.2 m per km 88 km from the source: 178 m · falling 0.9 m per km 89 km from the source: 179 m · falling 0.7 m per km 90 km from the source: 178 m · falling 0.6 m per km 91 km from the source: 178 m · falling 0.6 m per km 92 km from the source: 178 m · falling 0.6 m per km 93 km from the source: 177 m · falling 0.7 m per km 94 km from the source: 175 m · falling 0.7 m per km 95 km from the source: 174 m · falling 0.7 m per km 96 km from the source: 174 m · falling 0.6 m per km 97 km from the source: 175 m · falling 0.5 m per km 98 km from the source: 174 m · falling 0.5 m per km 99 km from the source: 172 m · falling 0.4 m per km 100 km from the source: 172 m · falling 0.4 m per km 101 km from the source: 172 m · falling 0.5 m per km 102 km from the source: 172 m · falling 0.7 m per km 103 km from the source: 173 m · falling 0.8 m per km 104 km from the source: 170 m · falling 1.2 m per km 105 km from the source: 167 m · falling 0.8 m per km 106 km from the source: 164 m · falling 0.3 m per km 107 km from the source: 168 m · falling 0.4 m per km 108 km from the source: 165 m · falling 0.6 m per km 109 km from the source: 173 m · falling 0.9 m per km 110 km from the source: 170 m · falling 1.9 m per km 111 km from the source: 160 m · falling 2.3 m per km 112 km from the source: 157 m · falling 1.9 m per km 113 km from the source: 160 m · falling 1.6 m per km 114 km from the source: 157 m · falling 1.1 m per km 115 km from the source: 156 m · falling 0.5 m per km 116 km from the source: 156 m · falling 0.5 m per km 117 km from the source: 158 m · falling 0.7 m per km 118 km from the source: 155 m · falling 0.7 m per km 119 km from the source: 155 m · falling 0.7 m per km 120 km from the source: 153 m · falling 0.6 m per km 121 km from the source: 153 m · falling 0.4 m per km 122 km from the source: 152 m · falling 0.1 m per km 123 km from the source: 153 m · falling 0.1 m per km 124 km from the source: 153 m · falling 0.1 m per km 125 km from the source: 154 m · falling 0.3 m per km 126 km from the source: 154 m · falling 0.4 m per km 127 km from the source: 151 m · falling 0.4 m per km 128 km from the source: 151 m · falling 0.2 m per km 129 km from the source: 150 m · falling 0.1 m per km 130 km from the source: 153 m · falling 0 m per km 131 km from the source: 152 m · falling -0.1 m per km 132 km from the source: 152 m · falling 0.2 m per km 133 km from the source: 151 m · falling 0.1 m per km 134 km from the source: 151 m · falling 0.2 m per km 135 km from the source: 152 m · falling 0.3 m per km 136 km from the source: 149 m · falling 0.2 m per km 137 km from the source: 152 m · falling 0.4 m per km 138 km from the source: 150 m · falling 0.7 m per km 139 km from the source: 149 m · falling 0.7 m per km 140 km from the source: 151 m · falling 0.9 m per km 141 km from the source: 146 m · falling 0.9 m per km 142 km from the source: 146 m · falling 0.8 m per km 143 km from the source: 146 m · falling 0.6 m per km 144 km from the source: 145 m · falling 0.6 m per km 145 km from the source: 146 m · falling 0.4 m per km 146 km from the source: 143 m · falling 0.5 m per km 147 km from the source: 145 m · falling 0.5 m per km 148 km from the source: 143 m · falling 0.5 m per km 149 km from the source: 143 m · falling 0.5 m per km 150 km from the source: 142 m · falling 0.2 m per km 151 km from the source: 142 m · falling 0.2 m per km 152 km from the source: 143 m · falling 0.3 m per km 153 km from the source: 142 m · falling 0.3 m per km 154 km from the source: 143 m · falling 0.5 m per km 155 km from the source: 140 m · falling 0.7 m per km 156 km from the source: 139 m · falling 0.4 m per km 157 km from the source: 141 m · falling 0.3 m per km 158 km from the source: 138 m · falling 0.2 m per km 159 km from the source: 139 m · falling -0.2 m per km 160 km from the source: 141 m · falling -0.2 m per km 161 km from the source: 140 m · falling -0.1 m per km 162 km from the source: 139 m · falling 0 m per km 163 km from the source: 142 m · falling 0.2 m per km 164 km from the source: 140 m · falling 0.4 m per km 165 km from the source: 140 m · falling 0.4 m per km 166 km from the source: 136 m · falling 0.2 m per km 167 km from the source: 139 m · falling -0.1 m per km 168 km from the source: 138 m · falling -0.2 m per km 169 km from the source: 139 m · falling -0.2 m per km 170 km from the source: 140 m · falling -0.2 m per km 171 km from the source: 142 m · falling 0.2 m per km 172 km from the source: 139 m · falling 0.5 m per km 173 km from the source: 136 m · falling 0.5 m per km 174 km from the source: 138 m · falling 0.4 m per km 175 km from the source: 139 m · falling 0.4 m per km 176 km from the source: 136 m · falling 0.1 m per km 177 km from the source: 136 m · falling -0.1 m per km 178 km from the source: 138 m · falling 0 m per km 179 km from the source: 138 m · falling 0 m per km 180 km from the source: 139 m · falling 0 m per km 181 km from the source: 136 m · falling 0.1 m per km 182 km from the source: 137 m · falling 0.1 m per km 183 km from the source: 138 m · falling 0.3 m per km 184 km from the source: 137 m · falling 0.3 m per km 185 km from the source: 137 m · falling 0.2 m per km 186 km from the source: 137 m · falling 0.3 m per km 187 km from the source: 134 m · falling 0.2 m per km 188 km from the source: 137 m · falling 0.1 m per km 189 km from the source: 136 m · falling 0.1 m per km 190 km from the source: 135 m · falling 0.1 m per km 191 km from the source: 137 m · falling 0.1 m per km 192 km from the source: 135 m · falling 0.3 m per km 193 km from the source: 136 m · falling 0.3 m per km 194 km from the source: 134 m · falling 0.2 m per km 0 km 50 km 100 km 150 km
Falls from about 634 m to 134 m over 194 km. Steepest around the 1 km mark, dropping about 13 m for every km.

The banks, seen from space

Land cover in the 120 m beside the water, Landsat 2023 to 2024 to 2025

0 to 10 km: woody dense 27.2% 0 to 10 km: woody open 69.3% 0 to 10 km: herbaceous native 1.9% 0 to 10 km: cultivated 1.6% 10 to 20 km: woody dense 11.9% 10 to 20 km: woody open 88.1% 20 to 30 km: woody dense 2.5% 20 to 30 km: woody open 95.9% 20 to 30 km: woody sparse 1.6% 30 to 40 km: woody open 95.9% 30 to 40 km: woody sparse 2.2% 30 to 40 km: herbaceous native 1.9% 40 to 50 km: woody open 78.7% 40 to 50 km: woody sparse 11.9% 40 to 50 km: herbaceous native 7.2% 40 to 50 km: cultivated 2.2% 50 to 60 km: woody open 55.3% 50 to 60 km: woody sparse 6.6% 50 to 60 km: herbaceous native 35% 50 to 60 km: cultivated 3.1% 60 to 70 km: woody open 36.2% 60 to 70 km: woody sparse 2.2% 60 to 70 km: herbaceous native 39.3% 60 to 70 km: cultivated 22.3% 70 to 80 km: woody open 15.8% 70 to 80 km: woody sparse 4.1% 70 to 80 km: herbaceous native 65% 70 to 80 km: cultivated 15.1% 80 to 90 km: woody open 17.8% 80 to 90 km: woody sparse 0.3% 80 to 90 km: herbaceous native 48.8% 80 to 90 km: cultivated 33.1% 90 to 100 km: woody open 25.9% 90 to 100 km: woody sparse 0.6% 90 to 100 km: herbaceous native 29.1% 90 to 100 km: cultivated 44.4% 100 to 110 km: woody open 25.9% 100 to 110 km: woody sparse 2.5% 100 to 110 km: herbaceous native 36% 100 to 110 km: cultivated 35.6% 110 to 120 km: woody dense 0.6% 110 to 120 km: woody open 20.7% 110 to 120 km: woody sparse 1% 110 to 120 km: herbaceous native 22.7% 110 to 120 km: cultivated 55% 120 to 130 km: woody open 20.9% 120 to 130 km: woody sparse 3.4% 120 to 130 km: herbaceous native 25.9% 120 to 130 km: cultivated 49.8% 130 to 140 km: woody dense 2.5% 130 to 140 km: woody open 38.9% 130 to 140 km: woody sparse 1.9% 130 to 140 km: herbaceous native 29.3% 130 to 140 km: cultivated 27.4% 140 to 150 km: woody open 36.2% 140 to 150 km: woody sparse 1.9% 140 to 150 km: herbaceous native 13.5% 140 to 150 km: cultivated 48.4% 150 to 160 km: woody dense 0.6% 150 to 160 km: woody open 23.4% 150 to 160 km: woody sparse 0.6% 150 to 160 km: herbaceous native 4.4% 150 to 160 km: cultivated 70.7% 150 to 160 km: bare 0.3% 160 to 170 km: woody open 25.5% 160 to 170 km: woody sparse 3.1% 160 to 170 km: herbaceous native 3.1% 160 to 170 km: cultivated 68.3% 170 to 180 km: woody dense 0.3% 170 to 180 km: woody open 22.3% 170 to 180 km: woody sparse 0.9% 170 to 180 km: herbaceous native 2.2% 170 to 180 km: cultivated 74.3% 180 to 190 km: woody dense 1.3% 180 to 190 km: woody open 20.1% 180 to 190 km: woody sparse 0.6% 180 to 190 km: herbaceous native 1.9% 180 to 190 km: cultivated 76.1% 190 to 194.5 km: woody open 27.7% 190 to 194.5 km: woody sparse 3.2% 190 to 194.5 km: herbaceous native 1.3% 190 to 194.5 km: cultivated 67.8% 0 km 50 km 100 km 150 km
dense trees open or scattered trees native grass and heath farmed or cleared bare ground
Along the river itself about 47% of the bank is under trees, 19% is native grass or heath and 34% is farmed. The most wooded stretch is 10 to 20 km from the source; the most open is 80 to 90 km. A satellite reads the canopy, not the ground beneath it, so treat this as a read of the country, not a survey of every bank.

Questions anglers ask

Why does the season change at Brumbys Creek?

Inland Fisheries Service states one set of rules for the Macquarie upstream of the Brumbys Creek junction and another downstream of it to the South Esk. The sizes, bag and methods are the same, but the lower river stays open to the end of May while the upper river closes at the start of it. That junction is the bound between the second and third stretch pages, so each stretch states the rule that applies to it.

Which gauge should I read?

Four stations sit on the river and each shows on its stretch page under Conditions. Trefusis reads the upper river and its record since 1979 is the river's year drawn on this page. Two stations bracket the Elizabeth River junction on the meadow water, and the Cressy pumps read the lower river. All four read flow and height.

How big a river is it?

Long and slow rather than big. The Trefusis median sits under a cubic metre a second in every month of the year, and the wadeable band on the chart is narrow. It is a river of deep pools and meadow glides between short riffles, wide enough to need a long cast and clear enough to need a careful one.

Where can I get in?

From Longford and Cressy at the bottom and from the Midland Highway towns along its length, through access IFS negotiated with landowners and marked with signs. Where there is no sign you must ask. The IFS Anglers Access brochure for the river is the map to carry.

Behind this page

Sources

  1. 1 Atlas of Living Australia — freshwater fish occurrence records (open licences, with coordinates), Creative Commons (open licences only: CC0, CC-BY, CC-BY 3.0 Au, CC-BY 4.0 Int, CC-BY-SA 4.0 Int), retrieved 2026-08-13.
  2. 2 Geofabric v3.x — national stream topology, Bureau of Meteorology, Creative Commons Attribution 4.0 International, retrieved 2026-08-13.
  3. 3 Bureau of Meteorology — Water Data Online daily-mean values (bound stations), Creative Commons Attribution 4.0 International, retrieved 2026-08-15.
  4. 4 Geoscience Australia — 1 second SRTM-derived DEM-H v1.0 (NCI tile store), Creative Commons Attribution 4.0 International, retrieved 2026-08-16.
  5. 5 Tasmania Inland Fisheries Service — stocking, waters directory and location guide pages, Inland Fisheries Service (Tasmania), retrieved 2026-08-25.
  6. 6 DEA Land Cover (Landsat) — Level 4 classification, continental mosaics, Geoscience Australia / Digital Earth Australia, Creative Commons Attribution 4.0 International, retrieved 2026-08-19.
  7. 7 DEA Water Observations Statistics (Landsat) — all-time water frequency, Geoscience Australia / Digital Earth Australia, Creative Commons Attribution 4.0 International, retrieved 2026-08-22.
  8. 8 Geofabric v3.x — river regions (RiverRegion), national, Bureau of Meteorology, Creative Commons Attribution 4.0 International, retrieved 2026-08-23.