© 2026 Zoe. All rights reserved.
Zoe is a legal information platform. Always consult the Federal Register of Legislation for authoritative text.
[2024] NSWLEC 81
Land and Environment Court (NSW)
2024-06-04
Pain J
Original judgment source is linked above.
Solicitors: Environment Protection Authority (Prosecutor) Clark Rideaux Solicitors (Defendant) File Number(s): 2023/296757, 2023/296758, 2023/296760
JUDGMENT
Local Land Services Act 2013 (NSW)
Biodiversity Conservation Act 2016 (NSW)
Crimes (Sentencing Procedure) Act 1999 (NSW)
Statement of Agreed Facts
Defendant's affidavit sworn 21 May 2024
Defendant's oral evidence
Objective seriousness of the offence
Maximum penalty
Nature of the offence
Defendant's state of mind
Extent of the harm caused or likely to be caused by the commission of the offences, s 13.12(a) BC Act
Practical measures that may be taken to prevent, control, abate or mitigate that harm, s 13.12(1)(b) BC Act
Extent to which the person who committed the offence could reasonably have foreseen the harm caused or likely to be caused by the commission of the offence, s 13.12(1)(c) BC Act
Extent to which the person who committed the offence had control over the causes that gave rise to the offence, s 13.12(1)(d) BC Act
Finding on objective seriousness
Subjective Factors
Early guilty plea, ss 21A(3)(k), 22
No prior conviction, s 21A(3)(e)
Good character, s 21A(3)(f)
Contrition/remorse, s 21A(3)(i)
Assistance to authorities, ss 21A(3)(m), 23
Sentencing principles - additional matters to consider
Deterrence
Even handedness
Application of totality principle
Restoration order
Moiety
Prosecutor's costs
Penalty and orders
Orders
Amendments 26 August 2024 - Correction in accordance with the slip-rule r 36.17 UCPR in Coversheet Defendant represented by Clark Rideaux Solicitors, in [28] "$1,000,000" changed to "$2,000,000", in [77(5)(a)] "Order 5(c)" changed to "Order 5(d)", in [77(5)(c)] "Order 5(c)" changed to "Order 5(d)". DISCLAIMER - Every effort has been made to comply with suppression orders or statutory provisions prohibiting publication that may apply to this judgment or decision. The onus remains on any person using material in the judgment or decision to ensure that the intended use of that material does not breach any such order or provision. Further enquiries may be directed to the Registry of the Court or Tribunal in which it was generated. Decision last updated: 26 August 2024
(a) an area periodically or occasionally occupied by a species or ecological community, and
(b) the biotic and abiotic components of an area.
...
native vegetation legislation means any of the following provisions and any regulations or other instruments or requirements issued or made under those provisions -
...
(b) Part 5B (Private native forestry) of the Local Land Services Act 2013,
...
native vegetation offence means any offence under the native vegetation legislation.
...
Part 13 Criminal and civil proceedings
Division 1 Criminal proceedings
...
13.12 Sentencing for offence - matters to be considered
(1) In imposing a penalty for an offence against this Act or the regulations (or a native vegetation offence), the court is to take into consideration the following (so far as they are relevant) -
(a) the extent of the harm caused or likely to be caused by the commission of the offence,
(b) the practical measures that may be taken to prevent, control, abate or mitigate that harm,
(c) the extent to which the person who committed the offence could reasonably have foreseen the harm caused or likely to be caused by the commission of the offence,
(d) the extent to which the person who committed the offence had control over the causes that gave rise to the offence,
(e) whether, in committing the offence, the person was complying with orders from an employer or supervising employee,
(f) whether the offence was committed for commercial gain.
(2) The court may take into consideration other matters that it considers relevant.
...
Division 3 Ancillary court orders
...
13.20 Orders for restoration and prevention
(1) The court may order the offender to take such steps as are specified in the order, within such time as is so specified (or such further time as the court on application may allow) -
(a) to prevent, control, abate or mitigate any damage to animals or plants, or their habitat, caused by the commission of the offence, or
(b) to make good any resulting damage to animals or plants or their habitat, or
(c) if the offence relates to damage to the habitat of a threatened species or ecological community or to a declared area of outstanding biodiversity value - to retire biodiversity credits of a specified number and class (if applicable), or
(d) to prevent the continuance or recurrence of the offence.
3A Purposes of sentencing
The purposes for which a court may impose a sentence on an offender are as follows:
(a) to ensure that the offender is adequately punished for the offence,
(b) to prevent crime by deterring the offender and other persons from committing similar offences,
(c) to protect the community from the offender,
(d) to promote the rehabilitation of the offender,
(e) to make the offender accountable for his or her actions,
(f) to denounce the conduct of the offender,
(g) to recognise the harm done to the victim of the crime and the community.
9 The Court must apply the instinctive synthesis approach to sentencing by identifying all the relevant factors, discussing their importance and making a "value judgment as to what is the appropriate sentence given all the factors of the case": Muldrock v R [2011] HCA 39; (2011) 244 CLR 120 at [26] unanimously following Markarian v R [2005] HCA 25; (2005) 228 CLR 357 at [51] per McHugh J. The sentence must reflect all the relevant objective circumstances of the offence and subjective circumstances of the defendant: see Veen v R [1979] HCA 7; (1979) 143 CLR 458 at 490; Veen v R (No 2) [1988] HCA 14; (1988) 164 CLR 465 at 472-473, 490-491. The sentence should not exceed what is "justified as appropriate or proportionate to the gravity of the crime considered in the light of its objective circumstances": Veen (No 2) at 472, 485-486, 490-491, 496; Hoare v R [1989] HCA 33; (1989) 167 CLR 348 at 354 (Mason CJ, Deane, Dawson, Toohey and McHugh JJ).
BACKGROUND
The landowner
1. At all material times, Michael James Green (DOB: 31 May 1958) was the registered owner of the property 'Doolondondale', Kybeyan Road, Kybeyan NSW 2631 (the Premises).
The contractors
2. Whites Timber Products Pty Ltd ACN 647 042 751 (Whites Timber) was contracted by Michael Green to undertake forestry operations on the Premises pursuant to a Timber Supply Agreement signed 24 September 2021. At all material times, the sole director of this company was Dennis Gordon White.
3. Whites Timber engaged White's Haulage Pty Limited ACN 105 861 327 t/as Whites Harvesting (White's Haulage) as a subcontractor, to carry out forestry operations on the Premises. At all material times, the sole director of this company was Dennis White's son, Justin Rodney White.
Harvesting Area
4. Forestry operations were conducted in two distinct areas on the Premises, being the:
a. northern harvesting area within Lot 29 DP 750547 and Lot 30 DP 750547. This area is approximately 20 hectares and prior to the relevant forestry operations, contained 'Tablelands Hardwood' trees more than 25 metres tall (the northern harvesting area); and
b. southern harvesting area within Lot 96 DP 750547. This area is approximately 22 hectares and, prior to the relevant forestry operations, contained 'Tablelands 2 Hardwood' trees less than 25 metres tall (the southern harvesting area). This area had been subject to forestry operations in around the 1990s.
Together, the Harvesting Area.
Applicable Private Native Forestry Code
5. The Private Native Forestry Code of Practice for Southern NSW, published in the Gazette on 8 February 2008 (PNF Code), was in force at all material times.
6. At all material times, the PNF Code included the following clauses:
"2.1 Forest Operation Plan ...
(5) A Forest Operation Plan must contain the following: ...
(vii) details of tree marking activities (where applicable)
...
3.1 Single tree selection and thinning
(1) Single tree selection and thinning operations must not reduce stand basal area below the limits specified in Table A.
(2) The minimum stand basal areas in Table A must be calculated in accordance with the Silvicultural Guidelines for the Code of Practice for Private Native Forestry prepared by Department of Environment and Climate Change and available at www.environment.nsw.gov.au/pnf.
Table A: Minimum stand basal areas for single tree selection and thinning operations
**Stand height ( > ...
Note: This provision:
• uses stand basal area as a simple tool to determine disturbance thresholds
• establishes harvesting limits to both maintain forest biodiversity values and manage forests while considering appropriate silvicultural practices.
...
4.2 Protection of habitat and biodiversity
(1) Habitat trees must be retained in accordance with Table D.
(2) Hollow bearing trees, recruitment trees, food resource trees, roost trees and nest trees are defined as habitat trees retained for the purposes of this Code.
...
(5) Habitat trees should, where possible, be evenly distributed throughout the area of harvesting operations and within the net logging area. Preference shall be given to trees with well developed spreading crowns and minimal butt damage.
(6) For the purpose of this clause:
(a) A hollow bearing tree is a dominant or co-dominant living tree, where the trunk or limbs contain hollows, holes or cavities. Such hollows may not always be visible from the ground but may be apparent from the presence of deformities such as protuberances or broken limbs, or places where the head of the tree has broken off. If there are more than the minimum required number of habitat trees, preference shall be given to the largest. Trees that pose a health or safety risk may be removed and, where possible, substituted with other hollow bearing trees, and if not possible, by recruitment trees.
(b) Dead standing trees cannot be counted as hollow bearing trees.
(c) A feed tree is a tree that provides a source of nectar or other food for wildlife and is listed in Table E.
(d) A recruitment tree is a large vigorous tree capable of developing hollows to provide habitat for wildlife. Preference must be given to trees from the next cohort to that of retained hollow bearing trees.
(e) Roost, nest and food resource trees are defined as:
(i) trees with nests or roosts of any species of raptor, including powerful owls, barking owls, sooty owls and masked owls
(ii) trees which support maternity bat roosts
(iii) trees with recent V-notch incisions or other incisions made by a yellowbellied glider or squirrel glider. Recent incisions are incisions less than two years old as evidenced by the fact the incision has not closed.
Table D: Minimum standard for tree retention
• 10 hollow bearing trees per 2 hectares, where available.
• One recruitment tree from the next cohort and representing the range of species in the forest before forest operations commenced must be retained for every hollow bearing tree.
• Where the total number of hollow bearing trees is less than 10 trees per 2 hectares, additional recruitment trees must be retained to bring the total number of retained hollow bearing and recruitment trees up to 20 trees per 2 hectares.
• Up to half of all required recruitment trees can be located in a riparian buffer zone where the subject 2-hectare area is within 200 metres of, and partly includes, that riparian buffer zone.
• A minimum of 6 feed trees per 2 hectares should be retained where available.
• All feed trees that have marks of 'V' notches from sap-feeding mammals must be retained.
• All roost, nest or food resource trees must be retained."
Applicable Silvicultural Guidelines
7. The Silvicultural Guidelines for the Code of Practice for Private Native Forestry (February 2013) (Silvicultural Guidelines) were in force at all material times.
8. At all material times, the Silvicultural Guidelines included the following:
a. The PNF Code uses the concept of basal area to set tree retention levels, or disturbance thresholds, for single tree selection and thinning operations. Basal area is widely used to regulate the level of growing stock in fully stocked even-aged forests and plantations. However, its use in uneven-aged forests can be problematic due to variations in the size and spatial arrangement of trees.
It is important to note that the minimum stand basal areas for single tree selection and thinning operations set by the PNF Code for the various broad forest types are not necessarily optimum for maximum timber yield. Rather, they are minimum disturbance thresholds that have been developed by taking all forest values into account. When developing silvicultural prescriptions (section 6) the emphasis should be on keeping all quality trees that are judged capable of further growth. However, while it is unrealistic to set specific silvicultural basal area targets for native forests, it is useful to have some appreciation of the range of what may be optimum (Table 3). (page 22)
b. "For the purpose of this guideline, the minimum stand basal areas in the Code will be applied as an average over the relevant operational area of a forestry operation." ...
'The relevant operational area of a forestry operation is defined as follows:
• for current forestry operations - those parts of the stand within the area described in the current Forest Operation Plan where the current forestry operation has already been implemented ...' (Appendix E).
...
FORESTRY OPERATIONS
Private Native Forestry Plan
12. Michael Green is a party to Private Native Forestry Plan 28062 (PNF Plan) under Part 5B of the Local Land Services Act 2013 (NSW), which was signed and approved on 20 July 2021 by Mark Rowsell of Local Land Services (LLS), exercising delegated authority. The PNF plan has effect for 15 years from the date of LLS approval.
13. The PNF Plan authorises forestry operations within a defined area on the Premises (the PNF area), which includes the Harvesting Area. Forestry operations, in accordance with section 60ZQ of the LLS Act, are defined in the PNF Plan to include logging operations, harvesting forest products, ongoing forest management operations such as thinning and burning and ancillary activities including roads, snig tracks, waterway crossings and temporary timber storage facilities.
14. The PNF Plan states, "all forestry operations must be carried out in accordance with the Private Native Forestry Code of Practice for Southern NSW... as current from time to time". Mr Green, Whites Timber and White's Haulage were each required to comply with this requirement.
Timber Supply Agreement
15. From about October 2020, Michael Green spoke with both Justin and Dennis White about potential forestry operations within the PNF area on the Premises.
16. Under the Timber Supply Agreement signed 24 September 2021, Michael Green engaged Whites Timber to undertake forestry operations in the Harvesting Area in accordance with the PNF Plan. The Timber Supply Agreement provided (among other things) that Michael Green was to sell timber to Whites Timber at the following prices:
"Logs Q: $49 + gst per m3
Logs Q (Ribbon Gum): $39 + gst per m3
Logs Z: $20 + gst per m3
Pulp: $9.50 + gst per tonne
Firewood (Pambula): $12 + gst per tonne
All other firewood: $10 + gst per tonne"
17. The Timber Supply Agreement contained the following special conditions:
"Fence line to be marked by Michael Green
Boundary east of sawpit to be marked by M. Green
$3 per m3 to be paid on all Quota logs - BioDiversity
Whites Timber Products Pty Ltd to invoice Michael Green $5 per tonne for fence line 30x10"
18. The Timber Supply Agreement was terminated by Michael Green on around 7 January 2022.
Forestry Operation Plan
19. The Forestry Operation Plan (FOP) was prepared jointly by Justin and Dennis White, with Dennis White primarily responsible for preparing the FOP and planning the forestry operations. Michael Green was not involved in the preparation of the FOP.
20. The FOP was dated and signed by Justin White on 12 September 2021 as "Contractor". Justin White signed the contractor's declaration on the FOP, which states "I, and any people working on my behalf, will carry out the work in accordance with this FOP and with the Private Native Forestry Code of Practice for Southern NSW".
21. Michael Green signed the FOP on 27 September 2021, after forestry operations had commenced.
22. The FOP identified 'Single Tree Selection' as the forestry technique for forestry operations, to produce a wide range of commercial timber products ranging from large sawlogs to fuelwood.
23. The FOP identified the broad forest type as 'Tablelands hardwood' and estimated that, prior to relevant forestry operations, the stand basal area was:
a. Stand height ( >
b. Stand height (≥25 m): 30-40 m2/ha.
24. The stand basal area, as outlined in the preceding paragraph, was assessed by Dennis and Justin White based on basal area plotting they carried out over the PNF Area prior to forestry operations.
25. The FOP states in several locations, 'Trees to be protected will be marked as set out in the tree marking checklist at the end of this FOP'. This included marking habitat trees.
26. Based on the surveying carried out by Dennis and Justin White, no 'significant' trees were identified in the Harvesting Area. No habitat trees were ever marked in the Harvesting Area (either physically or using GPS). The only tree that was taped for identification had an eagle's nest.
Forestry Operations
27. Between about 20 September 2021 and about 22 November 2021, forestry operations (as described in the PNF Plan) were carried out in the Harvesting Area by Whites Timber and White's Haulage as provided for under the Timber Supply Agreement (Forestry Operations).
28. While these Forestry Operations were being carried out, there was no other clearing conducted at the Premises.
Michael Green
29. Michael Green says that, prior to or during Forestry Operations, he requested that Whites Timber and White's Haulage ensure 'any trees that would be suitable mill logs in 15 years be left unharvested.' Michael Green also advised Dennis White the objective of the Forestry Operations was to get as much royalty as possible by selecting trees appropriate for sawlogs which were of higher value.
30. In the period from about 27 September 2021 to about 1 November 2021, Michael Green occasionally inspected the Forestry Operations.
31. Michael Green inspected Forestry Operations after 1 November 2021, however access to the Harvesting Area became difficult due to wet conditions and safety concerns.
32. During inspections, Michael Green provided instructions to Whites Timber and White's Haulage regarding the Forestry Operations.
33. Whites Timber provided Michael Green with two tax invoices dated 4 October 2021, one invoice dated 7 December 2021 and one further invoice dated 17 January 2022 for timber harvested during the Forestry Operations. These four invoices reflected an amount of money paid or owing to Michael Green from Whites Timber from their carrying out of the Forestry Operations.
White's Haulage
34. White's Haulage carried out the logging, harvesting and haulage of trees during Forestry Operations.
35. White's Haulage checked the stand basal area using the 'angle count sweep' method. Justin White states that this was done three to four times per day during Forestry Operations. According to Justin White, the results of basal plots were provided verbally and not recorded.
36. During Forestry Operations, White's Haulage attended to identifying significant landscape features and threatened species.
Whites Timber
37. Whites Timber liaised with Michael Green regarding the Forestry Operations.
38. Whites Timber engaged a contractor, namely White's Haulage.
39. Whites Timber planned the Forestry Operations including preparing the FOP, preparing the boundaries, and marking trees in the Harvesting Area.
40. Whites Timber was responsible for the onsite management of the Forestry Operations.
41. White's Haulage conducted the day-to-day Forestry Operations under the instruction of Whites Timber, including implementation of the FOP, harvesting, basal area calculations, identification of any significant landscape features, threatened species and populations.
42. Whites Timber arranged the selling of the harvested products.
Dennis and Justin White
43. During the course of the Forestry Operations, both Justin and Dennis White were onsite managers. Dennis White's role was monitoring Forestry Operations and ensuring employees were 'maximising their job and hopefully not taking too many trees out' and for getting every saw log possible.
44. Dennis White attended the Premises two to three times per week to inspect Forestry Operations and provide instructions to persons harvesting in the Harvesting Area, including with respect to basal area calculations and implementation of the FOP.
45. Dennis White and Justin White gave instructions to White's Haulage and Whites Timber employees with respect to basal area calculations and retention trees, including for operators to refer to PNF Maps and machine GPS systems and avoid interference with retention trees.
46. Dennis White had daily telephone calls with Justin White with respect to Forestry Operations, including discussing compliance with the PNF Code and FOP.
47. According to Dennis White, White's Haulage operators were experienced enough to identify any habitat trees without his instructions.
48. Justin White supervised White's Haulage's employees: however, he believes that he was 'basically an employee' of Whites Timber.
Post-harvesting
49. Around 22 November 2021, Michael Green stopped the Forestry Operations and restricted Whites Timber and White's Haulage having access to the Premises, after a disagreement between Michael Green and Whites Timber.
50. For several weeks after the Forestry Operations concluded on 22 November 2021, felled timber was removed from the Premises by Whites Timber and White's Haulage.
51. A variety of timber products, including large and small saw logs, salvage logs and pulp logs, were harvested from the Forestry Operations. Pulp logs were the most harvested.
52. At least 8,800 tonnes of pulpwood-grade timber and 985 m3 of sawlogs was harvested during Forestry Operations.
53. Throughout the Forestry Operations and after they concluded, harvested products were sold by White's Haulage and Whites Timber to timber product suppliers, including Pentarch Forestry and South Coast Timbers.
INVESTIGATION OF FORESTRY OPERATIONS
Inspections
54. Around 14 December 2021, Michael Green contacted Christine Thomson of LLS and raised concerns about the condition of the Harvesting Area following Forestry Operations, including over-harvesting, the impact on council roads and Whites Timber not providing him with log dockets.
55. On around 3 March 2022, Jeff Boyd, (Manager - Private Native Forestry, LLS) attended the Premises at the request of Michael Green. Jeff Boyd inspected the Harvesting Area, accompanied by Michael Green, Joe Green (Michael Green's son) and Brian Swan (Michael Green's acquaintance).
56. During the inspection, Jeff Boyd carried out a rapid basal assessment and determined the southern harvesting area had a maximum stand basal area of 9 m2/ha, being an area where the minimum stand basal area retention under the PNF Code was 12 m2/ha. Jeff Boyd advised Michael Green that Forestry Operations would need to be referred to the EPA due to insufficient habitat and recruitment tree retention and low retained basal area.
57. On around 3 March 2022, Jeff Boyd contacted EPA Officer Steen Gyrn and reported the concerns raised about the Forestry Operations.
58. On 25 March 2022, EPA officers Vanessa O'Keefe and Steen Gyrn inspected the Harvesting Area and completed basal assessments. Two of the three stand basal area assessments identified potential non-compliance with minimum stand basal area retention under the PNF Code. During this inspection, EPA officers took photographs of the Harvesting Area: Annexure A is a copy of two photographs of the Harvesting Area, during this inspection.
59. On 10 June 2022, EPA officers Vanessa O'Keefe, Steen Gyrn and Wade Rogers, using 19 random plots identified by Aaron Garrett (Geographic Information System & Technical Support Officer, EPA), completed a stand basal area assessment in the southern harvesting area using a dendrometer and angle count sampling. During this inspection, EPA officers took photographs of the southern harvesting area: Annexure B is a copy of two photographs taken during this inspection.
60. On 30 June 2022, EPA officers Vanessa O'Keefe and Wade Rogers, using 19 random plots identified by Aaron Garrett, completed a stand basal area assessment of the northern harvesting area. The average stand basal area from 19 plots was 9 m2/ha. The EPA officers also completed an additional waypoint (WP6) in the southern harvesting area and calculated the average stand basal area for the southern harvesting area, using this plot and the plots from the inspection on 10 June 2022, to be 4.76m2/ha. During this inspection, EPA officers took photographs of the Harvesting Area: Annexure C is a copy of two photographs taken during this inspection.
61. On 27 April 2023, EPA officers Vanessa O'Keefe and Dr Sandie Jones conducted a fourth inspection of the Premises. In the course of their inspection, they looked at the retention of recruitment and hollow-bearing trees within the northern and southern harvesting areas, as well as the heights of remaining trees. Within the northern harvesting area, they counted the number of habitat trees located within two separate 0.2-hectare plots and one 2-hectare plot. Seventeen habitat trees were found within the 2-hectare plot, four habitat trees were found within one 0.2-hectare plot and no habitat trees were found within the other 0.2-hectare plot.
62. On 14 July 2023, EPA officers Vanessa O'Keefe, Breanna Reynolds, and Dr Sandie Jones conducted a fifth inspection of the Harvesting Area with the expert, Associate Professor Cristopher Brack.
CONTRAVENTIONS OF THE PNF CODE
63. On 14 September 2023, Associate Professor Brack provided an expert opinion with respect to Forestry Operations and compliance with the PNF Code. Associate Professor Brack has been teaching and conducting research into forestry and natural resource assessment and management at various universities, including the Australian National University, since 1994. Prior to his university positions, Associate Professor Brack worked with the Forestry Commission of NSW/State Forests, including as a Senior Inventory Officer, for 16 years.
64. Following a site inspection on 14 July 2023 and a review of the EPA's inspection reports (among other things), Associate Professor Brack found that:
i. "Habitat trees provide nesting, shelter and food resources for a wide diversity of fauna. Hollow-bearing trees are essential resources for a number of birds and arboreal mammals including bats. The [PNF] Code provides for a minimum number of hollow-bearing trees where ever possible as well as "recruitment" trees to provide new hollows as currently existing hollow-bearing trees fail."
ii. Some of the harvested trees had diameter at breast height greater than 65 cm which indicates that they likely contained hollows. However, there was no evidence that habitat and recruitment trees were marked at the Premises.
iii. "It is good practice for trees that are to be retained for habitat to be physically marked, and the Code states that "details of tree marking activities" must be included in any Forest Operation Plan ([PNF] Code Section 2.1(5)(b)(vii)). The FOP [Forestry Operation Plan] in this case notes that "H" and "R" would be prominently marked on trees for this purpose. However, such marks were not obvious during my field inspection. No such marking could be identified on any of the photographs taken during the trip nor on those submitted by EPA inspection teams, and transcripts from interviews indicate that no physical marking was carried out."
iv. Based on the current average tree diameter at breast height, it is estimated that, prior to the Forestry Operations, the basal area was approximately 35 m2 ha-1 with approximately 175 - 500 trees per hectare.
v. Even taking the most conservative assumption that all standing, living trees left in the harvesting area are habitat or recruitment trees, the number of residual living trees (including potential but unidentified habitat trees, trees left to grow on and reject trees) is less that the number of habitat trees alone required under Table D of the PNF Code (i.e., 20 trees every 2 ha, or on average 10 ha-1). Table D of the PNF Code directs that where the total number of hollow bearing trees is less than 10 trees per 2 ha, sufficient additional recruitment trees must be retained to bring the total up to 20 trees per 2 ha.
vi. The northern harvesting area has a sample mean of 6.6 trees ha-1, with less than 25% of observations having 10 or more trees ha-1 (Figure 10) There is a 95% probability that the population mean is 5 - 8 standing, living trees ha-1, some of which may be hollow-bearing. The southern harvesting area contains slightly more living trees (Figure 11) with a sample mean of 7.7 and 25% of the observations having 10 or more trees ha-1 with a 95% probability that the population mean is 6 - 9 standing, living trees ha-1. Although upper confidence range is close to 10, there is a 99% probability that the population number is less than 9.69 living, standing trees ha-1."
i. "Stand basal area" is defined as the sum of cross-sectional area of all the trees at 1.3 m above the ground (reported in m2 ha-1). The [Stand basal area] integrates the number of trees per hectare and their mean size, so a stand with many small trees (e.g., soon after disturbance and regeneration) can have the same [Stand basal area] as a stand with relatively few but much larger trees."
ii. The trees in the southern harvesting area were generally less than 25 metres tall: under the Code, this means that the residual basal area should be at least 12 m2 ha-1. It is estimated that the pre-harvest stand basal area was about 30 - 40 m2 ha-1.
iii. Even including potentially positively biased points within 30 m of the harvest boundary, the mean and median residual basal area is significantly (p > >
iv. The sample estimates described in Figure 7 (below) show that the mean residual basal area for the southern harvesting area is only 4.74 m2 ha-1 (with a 95% confidence range of 3.42 - 6.05 m2 ha-1), which is significantly less than the threshold minimum of 12 m2 ha-1 as published in the PNF Code.
i. It is estimated that the pre-harvest stand basal area in the northern harvesting area was about 35 - 45 m2 ha-1.
ii. Even including potentially positively biased points within 30 m of the harvest boundary, the mean residual basal area is significantly (p > >
iii. There's a 95% confidence that the range for the mean residual basal area in the northern harvesting area was 6.65-10.3m2 ha-1 with a midpoint of 8.47m2 ha-1.
65. The findings and observations of Associate Professor Brack recorded above are correct.
ENVIRONMENTAL HARM
66. On 1 March 2024, Dr Julian Wall provided an expert opinion with respect to environmental harm arising from the Forestry Operations. Dr Wall has over 30 years of experience in the in natural resource management, specialising in forestry and landscape-ecology projects including flora and fauna surveys.
67. Dr Wall prepared his opinion on the basis of the documentation supplied by the EPA and did not attend the property.
68. With respect to environmental harm arising from the Forestry Operations, Dr Wall found:
a. As a result of unauthorised harvesting, basal area and tree retention thresholds were breached and the structure of the vegetation was changed to a sparse woodland structure.
b. There were very few if any recruitment trees retained on site and all non-commercial mid-storey shrubs (e.g. acacias) appear to have been felled.
c. A substantial number of larger and older trees appear to have been harvested, based on the sawlog measurements and photographic evidence of stumps and retained debris.
d. The small quantity of habitat remaining in the post-harvested forest following the Forestry Operations would not have been sufficient to support many species of native animals that previously resided in the forest. In contrast, many of these species would have been able to persist if the unauthorised component of the Forestry Operations had not been carried out as there would have been enough canopy cover, foraging substrate, food sources, etc. to ensure their ongoing persistence while the forest recovered.
e. The Forestry Operations generally resulted in a reduction in:
i. nesting/breeding habitat (e.g. crown foliage, bark) for various fauna species;
ii. foraging habitat (e.g. nectar, sap (exudates), foliage, insects) for various fauna species;
iii. overall canopy cover which would have reduced the capacity of resident fauna to avoid predation;
iv. vertical connectivity between living canopy of large trees and understorey vegetation via removal of all mid-storey shrubs and all young eucalypts;
v. lateral connectivity between patches of forest or individual trees via the magnitude of gapping (i.e. creation of forest clearings);
vi. moisture in the ground layer from drying and desiccation that reduced the viability of habitat for ground-dwelling frogs (more details in Section 6.3); and
vii. the capacity of the forest ecosystem to recover over the long term.
f. The Forestry Operations resulted in the following actual environmental harm to the structure and function of the forest system, associated with:
i. mortality of trees, including plants that inhabit felled trees (e.g. mistletoes, epiphytes);
ii. inadequate number of younger trees retained to facilitate tree recruitment;
iii. mortality of all or most mid-storey shrubs;
iv. loss of some larger hollow-bearing trees;
v. 70% to 95% reduction in living biomass/canopy cover; and
vi. loss of capacity to act as an ongoing refugium for species affected by the 2020 wildfires.
g. The absence of recruitment trees also means that remaining hollow-bearing trees are not likely to be replaced for at least a century, limiting the capacity of hollow-dependent fauna to recolonise the site as the availability of hollows diminishes.
h. The Forestry Operations also resulted in potential environmental harm to areas of remaining forest immediately adjacent to the Harvesting Area arising from heightened susceptibility to windthrow during storms and to frost damage during winter.
Harm to hollow-dependent animals, ground-dwelling mammals, arboreal mammals (not including bats), birds, and frogs
i. The Forestry Operations resulted in the following actual environmental harm to hollow-dependent animals, ground-dwelling mammals, arboreal mammals (not including bats), birds, and frogs that resided in the Harvesting Area:
i. direct loss of many individual animals during the forestry operation, including nestlings/fledglings/juveniles. For example, the density of greater gliders decreases with intensive harvesting in which 40-70% of the stand basal area is removed, here >70% of stand basal area was removed;
ii. loss of animals shortly after the forestry operation, from exposure, predation and competition;
iii. forced displacement of many species due to removal of most living biomass that provided protection, foraging habitat, roosting habitat, and nesting habitat;
iv. forced displacement of many bird species due to loss of vertical connectivity between living canopy of large trees and understorey vegetation via removal of all mid-storey shrubs and all young eucalypts;
v. forced displacement of many species due to loss of lateral connectivity between patches of forest or individual trees because of the magnitude of gapping (i.e. creation of forest clearings); and
vi. mortality and/or forced displacement of frogs due to loss of moisture in the ground layer.
j. The Forestry Operations also resulted in the following potential environmental harm to hollow-dependent animals, ground-dwelling mammals, arboreal mammals (including bats), birds, and frogs that occupied the forest immediately adjacent to Harvesting Area:
i. high wind events associated with storm activity could result in a heightened level of habitat degradation and loss (e.g. windthrow of standing trees);
ii. increased exposure to the elements (wind, rain, frost) and increased exposure to predation by native and exotic fauna could result in further losses of animals; and
iii. potentially higher likelihood of desiccation along the edge of the Harvesting Area, as air movement and sunlight penetration can be much higher along forest edges throughout the day.
Harm to bats
k. As a result of the Forestry Operations there was likely harm to bats that are known to reside in forests in the local region, due to a major reduction in the volume of foliage and decorticating bark, and the number of hollows, with a commensurate loss of bat roost sites.
l. The Forestry Operations also resulted in potential harm to bats that are likely to have occupied forests immediately adjacent to (i.e. within about 20 metres of) Harvesting Area. This is because trees within these zones are more exposed to windthrow during severe storms.
Harm to reptiles
m. The Forestry Operations resulted in potential harm to some reptile species that resided in the Harvesting Area due to significant disturbance to the ground layer (including rocks), and loss of tree and shrub biomass.
Wildfire refugium
n. The Premises is adjacent to Wadbilliga National Park. In 2019-2020, Wadbilliga National Park was extensively impacted by bushfires. Given its proximity, the Harvesting Area would have acted as a wildfire refugium for fauna species displaced by the Wadbilliga National Park bushfires. Resultantly:
i. The Harvesting Area would have provided refuge for resident and displaced native animals during and immediately after the wildfire, and a place from which species could recolonise into surrounding forest as it recovered.
ii. These animals would have perished from the Forestry Operations or shortly after the Forestry Operations due to exposure or predation. The likelihood of predation is much higher where there is no adjacent refuge habitat. The opportunity to forage for food in surrounding forests is compromised where there is little foraging habitat nearby.
iii. The Forestry Operations would have compromised the refugial capacity of the Premises through significant loss of canopy cover, living foliage (including nectar and fruits), living stems, branches and bark, tree hollows; and damp and protected understorey/litter/coarse woody debris.
69. In his 14 September 2023 expert report (based on a field visit on 14 July 2023), Associate Professor Brack's found that:
a. There is no observable successful seedling regeneration. The only regeneration was coppice on some tree stumps (e.g., green shoots on the base of some stumps). While no formal regeneration survey was undertaken, it is estimated that less than 50% of any random 10 m2 plots would be considered as "stocked". Therefore, it is unlikely that the Harvesting Area will achieve the 50% stocking threshold within two years of harvesting as required by the PNF Code, especially given harvesting occurred 20-22 months previously. It is noted however that Brown Barrel regeneration is known for being variable, and can often only appear after lengthy delays of 3-5 years.
b. After the Forestry Operations, stand basal area was reduced substantially to about 20% of the initial stand basal area, which significantly impacts habitat availability, shelter, food resources and biodiversity. Similarly, the number of trees per hectare substantially dropped from an average stocking of 175 - 500 down to a very low level of less than 10 trees ha-1.
c. Depending on weather, such a reduction in stand basal area would also negatively impact erosion and water quality as rainfall would not be slowed by a contiguous canopy and would run over the ground at higher speed, collecting debris and reducing infiltration. Although not specifically mentioned in the PNF Code, the substantial reduction in stand basal area will increase CO2 and other greenhouse gas emissions more than if the harvesting had been compliant, especially as large volumes of waste wood were left on site to decay.
d. Reduction below the minimum number and diversity of habitat trees is likely to cause intense competition for the limited number of habitats/food resources and consequently lead to the loss of less aggressive indigenous species, as well as reduce tree species diversity.
PRACTICAL MEASURES TO PREVENT, CONTROL, ABATE OR MITIGATE ENVIRONMENTAL HARM
70. The following practical measures could have been employed to prevent, control, abate, or mitigate the environmental harm:
a. Pre-harvest marking of trees should have been undertaken in accordance with Silvicultural Guidelines, to ensure an adequate number of recruitment trees were retained in situ.
b. Improved operational response to basal area sweeps that were undertaken as the Forestry Operations progressed to ensure that minimum basal areas limits were not breached.
c. Felling of non-commercial non-eucalypts should have been avoided, to maintain a high plant species richness and a higher canopy cover, and to facilitate vertical and lateral connectivity.
d. The timing of the Forestry Operations could have been delayed until autumn, to mitigate the impact of harvesting on juvenile animals, including fledglings and nestlings.
Extent of the harm caused or likely to be caused by the commission of the offences, s 13.12(a) BC Act
145 Harmfulness needs to not only be considered in terms of actual harm, the potential or risk of harm should also be taken into account: Axer Pty Ltd v Environment Protection Authority (1993) 113 LGERA 357 at 366 and Bentley v BGP Properties Pty Ltd [2006] NSWLEC 34 (6 February 2006) at [175]. Harm should not be limited to measurable harm such as actual harm to human health. It can also include a broader notion of the quality of life.
Practical measures that may be taken to prevent, control, abate or mitigate that harm, s 13.12(1)(b) BC Act
Extent to which the person who committed the offence could reasonably have foreseen the harm caused or likely to be caused by the commission of the offence, s 13.12(1)(c) BC Act
Extent to which the person who committed the offence had control over the causes that gave rise to the offence, s 13.12(1)(d) BC Act
23 Power to reduce penalties for assistance provided to law enforcement authorities
(1) A court may impose a lesser penalty than it would otherwise impose on an offender, having regard to the degree to which the offender has assisted, or undertaken to assist, law enforcement authorities in the prevention, detection or investigation of, or in proceedings relating to, the offence concerned or any other offence.
(2) In deciding whether to impose a lesser penalty for an offence and the nature and extent of the penalty it imposes, the court must consider the following matters -
(a) (Repealed)
(b) the significance and usefulness of the offender's assistance to the authority or authorities concerned, taking into consideration any evaluation by the authority or authorities of the assistance rendered or undertaken to be rendered,
(c) the truthfulness, completeness and reliability of any information or evidence provided by the offender,
(d) the nature and extent of the offender's assistance or promised assistance,
(e) the timeliness of the assistance or undertaking to assist,
(f) any benefits that the offender has gained or may gain by reason of the assistance or undertaking to assist,
(g) whether the offender will suffer harsher custodial conditions as a consequence of the assistance or undertaking to assist,
(h) any injury suffered by the offender or the offender's family, or any danger or risk of injury to the offender or the offender's family, resulting from the assistance or undertaking to assist,
(i) whether the assistance or promised assistance concerns the offence for which the offender is being sentenced or an unrelated offence,
(j) (Repealed)
(3) A lesser penalty that is imposed under this section in relation to an offence must not be unreasonably disproportionate to the nature and circumstances of the offence.
(4) A court that imposes a lesser penalty under this section on an offender because the offender has assisted, or undertaken to assist, law enforcement authorities must -
(a) indicate to the offender, and make a record of the fact, that the lesser penalty is being imposed for either or both of those reasons, and
(b) state the penalty that it would otherwise have imposed, and
(c) where the lesser penalty is being imposed for both reasons - state the amount by which the penalty has been reduced for each reason.
(5) Subsection (4) does not limit any requirement that a court has, apart from that subsection, to record the reasons for its decisions.
(6) The failure of a court to comply with the requirements of subsection (4) with respect to any sentence does not invalidate the sentence.
[12-215] Broad scope of s 23(1)
Section 23 takes an expansive approach to what constitutes "assistance": R v XX [2017] NSWCCA 90 at [53].
...voluntary disclosure to law enforcement authorities of otherwise unknown guilt also falls within the ambit of s 23: CMB v Attorney General for NSW (2015) 256 CLR 346 at [41], [71]; Panetta v R [2016] NSWCCA 85 at [33]-[34]; Le v R [2019] NSWCCA 181 at [50]-[52]; Ahmad v R [2021] NSWCCA 30 at [24]. A discount granted for this type of assistance is commonly referred to as an Ellis discount (from R v Ellis (1986) 6 NSWLR 603 discussed further below at [12‑218] Voluntary disclosure of unknown guilt - Ellis discounts).
...
[12-218] Voluntary disclosure of unknown guilt - the Ellis principle
In R v Ellis (1986) 6 NSWLR 603, decided before the enactment of s 23, the court held that an offender who voluntarily discloses their involvement in serious crime about which the police had no knowledge was entitled to a "significant added element of leniency". In R v Ellis, not only did the respondent plead guilty, but he voluntarily disclosed to police for the first time his involvement in seven armed robberies. The degree of leniency afforded to an offender in cases of this kind will vary depending on the likelihood of discovery of the offence: R v Ellis, per Street CJ at 604.
Although since at least CMB v Attorney General for NSW (2015) 256 CLR 346, it has been accepted that assistance of this kind may entitle an offender to a reduced sentence under s 23, R v Ellis and the cases which have considered it provide guidance as to why such assistance may justify a sentence discount under s 23: see R v SS [2021] NSWCCA 56 at [43]-[44], and the discussion at [59]-[65].
In Ryan v The Queen (2001) 206 CLR 267, McHugh J discussed the extent to which leniency may be extended pursuant to R v Ellis, saying at [15], that:
The statement in Ellis that "the disclosure of an otherwise unknown guilt of an offence merits a significant added element of leniency" is a statement of a general principle or perhaps more accurately of a factor to be taken into account. It is not the statement of a rule to be quantitatively, rigidly or mechanically applied. It is an indication that, in determining the appropriate sentence, the disclosure of what was an unknown offence is a significant and not an insubstantial matter to be considered on the credit side of the sentencing process. How significant depends on the facts and circumstances of the case.
Sentencing principles - additional matters to consider
98 Section 3A(b) of the CSP Act states that one of the purposes for a court in imposing a sentence is to prevent crime by deterring offenders. Sentences imposed in relation to environmental offences must embrace powerful considerations of general deterrence: see Axer Pty Ltd v Environment Protection Authority (1993) 113 LGERA 357 per Badgery-Parker J at 367. In Axer, Mahoney J stated at 359:
The quantum of the fines which the legislation allows to be imposed has no doubt been fixed not merely to indicate the seriousness with which such pollution is regarded but also to deter those engaged in such activities and to procure that they will take the precautions necessary to ensure that it does not occur.
99 The sentence must ensure that the offender is held accountable for its actions and is adequately punished. The sentence must deter the offender from committing similar offences in the future. Further, the sentence of the court needs to operate as a powerful factor in preventing the commission of similar offences by persons who might be tempted to do so by the prospect that, if they are caught, only light punishment will be imposed: R v Rushby [1977] 1 NSWLR 594 at 597...
uncharacteristic aberration or whether the offender has manifested in his commission of the instant offence a continuing attitude of disobedience of the law.
[8-200] The principle of totality
Where a court sentences an offender for more than one offence ... the aggregate or overall sentence must be "just and appropriate" to the totality of the offending behaviour. The High Court has quoted DA Thomas' exposition of the common law principle (below) on at least three occasions, the most recent being Johnson v The Queen [2004] HCA 15; (2004) 78 ALJR 616 at [18]:
In Mill [Mill v The Queen [1988] HCA 70; (1988) 166 CLR 59 at 63] Wilson, Deane, Dawson, Toohey and Gaudron JJ adopted a statement from Thomas, Principles of Sentencing ... at pp 56-57 [footnotes omitted]:
"The effect of the totality principle is to require a sentencer who has passed a series of sentences, each properly calculated in relation to the offence for which it is imposed and each properly made consecutive in accordance with the principles governing consecutive sentences, to review the aggregate sentence and consider whether the aggregate is 'just and appropriate'. The principle has been stated many times in various forms: 'when a number of offences are being dealt with and specific punishments in respect of them are being totted up to make a total, it is always necessary for the court to take a last look at the total just to see whether it looks wrong[']; 'when ... cases of multiplicity of offences come before the court, the court must not content itself by doing the arithmetic and passing the sentence which the arithmetic produces. It must look at the totality of the criminal behaviour and ask itself what is the appropriate sentence for all the offences'."
...
The court in EPA v Barnes, above, at [50] suggested that if the sentencer believes that the totality principle requires an adjustment to the fines which may otherwise be appropriate, the amount of each fine should be altered by the approach taken by the first instance judge in Johnson v The Queen [2004] HCA 15; (2004) 78 ALJR 616 (discussed below), of reducing individual sentences and then aggregating each to determine a total fine amount.
(1) In proceedings 2023/00296757:
(a) The Defendant is convicted of the offence against section 60ZZA(1) of the Local Land Services Act 2013 (NSW) as charged.
(b) The Defendant is to pay a fine in the amount of $52,500.
(2) In proceedings 2023/00296758:
(a) The Defendant is convicted of the offence against section 60ZZA(1) of the Local Land Services Act 2013 (NSW) as charged.
(b) The Defendant is to pay a fine in the amount of $37,500.
(3) In proceedings 2023/00296760:
(a) The Defendant is convicted of the offence against section 60ZZA(1) of the Local Land Services Act 2013 (NSW) as charged.
(b) The Defendant is to pay a fine in the amount of $22,500.
(4) In proceedings 2023/00296757, 2023/00296758 and 2023/00296760:
(a) Pursuant to section 122 of the Fines Act 1996 (NSW) a moiety of 50% of any fine determined by the Court be paid to the Prosecutor.
(b) Pursuant to section 257B of the Criminal Procedure Act 1986 (NSW), the Defendant is to pay the Prosecutor's legal costs as agreed or as may be determined under section 257G of the Criminal Procedure Act.
(5) Pursuant to sections 13.20(1)(a) and 13.20(1)(b) of the Biodiversity Conservation Act 2016 (NSW), the Defendant, at his expense, is to:
(a) Immediately cease any forestry operations, grazing, and other agricultural activities in the Harvesting Area until at least three years after compliance with Order 5(d) (or unless otherwise approved by the Environment Protection Authority).
(b) If grazing cannot otherwise be prevented, the Defendant is to erect fencing around the Harvesting Area to comply with this order.
(c) Within three weeks of the date of this order, notify the Environment Protection Authority in writing of independent and suitably qualified expert(s) the Defendant proposes to engage for the purposes of compliance with Order 5(d). If the Environment Protection Authority provides notice the proposed expert(s) are not approved, the Defendant must provide the Environment Protection Authority with a list of other independent and suitably qualified expert(s) within two weeks of such notice. If the Environment Protection Authority does not approve these further proposed experts, the Environment Protection Authority may nominate suitably qualified expert(s) for the Defendant to engage. If the Environment Protection Authority nominates such suitably qualified expert(s), the Defendant must engage the expert(s).
(d) Within three months of the Environment Protection Authority approving suitably qualified expert(s) the Defendant is to obtain advice from the expert(s) as to the most appropriate method of dealing with the Harvesting Area to promote regeneration and the optimal timeframe for implementing that method. This advice is to be provided to the Environment Protection Authority, in writing, within one week of it being obtained by the Defendant. The Defendant is to commence and complete the implementation of the expert's advice in accordance with the expert's advice (and within the optimal timeframe proposed by the expert but by no later than 12 months after the date of this order).
(6) Harvesting Area means: the areas within Lot 29 DP 750547, Lot 30 DP 750547 and Lot 96 DP 750547 subject to forestry operations between about 20 September 2021 and about 22 November 2021, as shown in the map attached and marked Annexure A.
26 August 2024 - Correction in accordance with the slip-rule r 36.17 UCPR in Coversheet Defendant represented by Clark Rideaux Solicitors, in [28] "$1,000,000" changed to "$2,000,000", in [77(5)(a)] "Order 5(c)" changed to "Order 5(d)", in [77(5)(c)] "Order 5(c)" changed to "Order 5(d)".
Environment Protection Authority
Green
[2005] HCA 25
(1993) 32 NSWLR 683
(2014) 202 LGERA 188
(2006) 148 LGERA 299
(2006) 145 LGERA 189
(2010) 179 LGERA 386
(2000) 49 NSWLR 383
(1988) 164 CLR 465
(2014) 212 LGERA 1
(2011) 244 CLR 120
(2005) 228 CLR 357
(1979) 143 CLR 458
(1989) 167 CLR 348
(1993) 113 LGERA 357
(2015) 256 CLR 346
(1986) 6 NSWLR 603
(2001) 206 CLR 267
(2004) 78 ALJR 616
(1988) 166 CLR 59