Saving our Species reporting

The project addresses a key threat to the species by securing and delivering an immediate and long-term improvement to pale-headed snake habitat by improving:

• knowledge of the most efficacious artificial habitat type for pale-headed snake application in offsetting and restoration programs elsewhere
• knowledge of the species’ distribution and habitat associations
• engagement with landholders to ensure pale-headed snakes are conserved cross-tenure through habitat restoration and rehabilitation.

This large-scale project will undertake actions to work towards 4 overarching goals to secure Illawarra Lowlands Grassy Woodland in the Sydney Basin Bioregion (ILGW) in the Illawarra/Shoalhaven landscape for the next 100 years by developing:

• Healthy Country, healthy people actions focused on building connection to Country
• biodiverse ILGW site management by competent stewards
• measurable biodiversity improvement for ILGW remnants and restoration sites
• Connected Country restoration actions.

This project seeks to address long-term threats to the species including small population size, habitat loss and uncertain future land management practices by:

• increasing knowledge of species ecology, biology and spatial extent
• increasing the likelihood of securing the species’ long-term viability by identifying new population(s) using innovative techniques and citizen science
• enhancing the resilience of existing populations on private property via augmentation.

This project seeks to address the long-term threat of ongoing loss and degradation of breeding and foraging habitat by:

• creating, rehabilitating and improving the management of remnant woodland habitat used for breeding and foraging
• raising awareness and educating the community on the species’ habitat, and appropriate protection and management actions
• establishing baseline data as part of a long-term population monitoring program.

This endangered ecological community (EEC) is confined to a small area within Wingecarribee local government area with funds allocated to:

• restore and rehabilitate critical remnants located on council-managed land
• increase awareness, education and capacity in landholders, community and council staff to identify, protect and manage the EEC.

Masked owl (Tyto novaehollandiae)

Powerful owl (Ninox strenua)

Sooty owl (Tyto tenebricosa)

This landscape-scale project seeks to address habitat quality and loss which are major long-term threats to the 3 owl species by:

• identifying 100 owl meta-population hotspots across New South Wales
• testing and installing artificial hollows, to augment and enhance habitat
• improving key prey habitat to increase availability of food.

This landscape-scale project seeks to address major threats including loss of breeding and foraging resources and loss of hollow bearing trees essential to breeding success through the following outcomes:

• supporting Aboriginal custodian delivery of long-term conservation actions on Country
• protecting 8 high-priority nest sites
• protecting and restoring 10 ha of she-oak trees and stands
• undertaking fire hazard mapping and fire management activities
• engaging landholders to improve threat mitigation and restoration efforts.

The project aims to use current understanding of the species’ habitat requirements to model predicted occurrence and climatic drivers of emergence and flowering to:

• make improvements to the species’ SoS conservation strategy and site selection based on improved understanding of species occurrence
• provide better survey timing guidelines to proponents and conservation agreements
• target on-ground conservation management with engaged landholders
• increase the number of P. cobarensis species credits available for the offset market.

This project seeks to address 2 key threats to the species, specifically, heat stress in camps and conflict with humans by:

• trialling sprinkler systems for mitigating mortalities during extreme heat events
• delivering an interactive virtual public education experience to improve public perceptions and encourage support for conservation initiatives.

The project focuses on addressing primary threats including increased woodiness and loss of structure and diversity, weed encroachment, inappropriate stock grazing and fragmentation, by improving:

• condition and extent of habitat, leading to increased function, resilience, quality and capacity to persist
• land manager understanding of this ecosystem and reconnecting traditional Aboriginal custodians to management of remnants.

A multi-entity project that seeks to address the key threats of weed invasion and habitat degradation at priority sites within the littoral rainforest endangered ecological community through:

• habitat restoration and targeted weed control to improve site condition and resilience
• stabilising degraded areas of littoral rainforest through erosion control, fencing, and restoration planting (800 native plants).

A multi-entity project that seeks to address the key threats of weed invasion and habitat degradation at priority sites within the littoral rainforest endangered ecological community through:

• habitat restoration and targeted weed control to improve site condition and resilience
• stabilising degraded areas of littoral rainforest through erosion control, fencing, and restoration planting (800 native plants).

A multi-entity project that seeks to address the key threats of weed invasion and habitat degradation at priority sites within the littoral rainforest endangered ecological community through:

• habitat restoration and targeted weed control to improve site condition and resilience
• stabilising degraded areas of littoral rainforest through erosion control, fencing, and restoration planting (800 native plants).

A multi-entity project that seeks to address the key threats of weed invasion and habitat degradation at priority sites within the littoral rainforest endangered ecological community through:

• habitat restoration and targeted weed control to improve site condition and resilience
• stabilising degraded areas of littoral rainforest through erosion control, fencing, and restoration planting (800 native plants).

Both species are impacted by an exotic fungal disease called myrtle rust, resulting in severe declines in their distribution. Funding will contribute to long-term recovery of both species by:

• managing and monitoring dispersed meta-populations of Rhodomyrtus psidioides for signs of infection and fungicide treatment
• working with Minyumai Indigenous Protected Area rangers to manage and monitor field trials for weed control, replacement planting and infection of Rhodamnia rubescens and
• building capacity of the indigenous ranger team to apply effective management in the future.

Both species are impacted by an exotic fungal disease called myrtle rust, resulting in severe declines in their distribution. Funding will contribute to long-term recovery of both species by:

• managing and monitoring dispersed meta-populations of Rhodomyrtus psidioides for signs of infection and fungicide treatment
• working with Minyumai Indigenous Protected Area rangers to manage and monitor field trials for weed control, replacement planting and infection of Rhodamnia rubescens
• building capacity of the indigenous ranger team to apply effective management in the future.

A multi-entity project for these 3 co-occurring species will be implemented on public and private land. This project aims to address the common threats of habitat modification, degradation, weed competition and small population size. Key project outcomes include:

• identification of new populations
• creation of seed stores and propagation trials for each species
• greater protection for all 3 species through fencing to manage herbivore access and site signage
• habitat restoration and management of on-site threats to identified populations.

A multi-entity project for these 3 co-occurring species will be implemented on public and private land. This project aims to address the common threats of habitat modification, degradation, weed competition and small population size. Key project outcomes include:

• identification of new populations
• creation of seed stores and propagation trials for each species
• greater protection for all 3 species through fencing to manage herbivore access and site signage
• habitat restoration and management of on-site threats to identified populations.

A multi-entity project for these 3 co-occurring species will be implemented on public and private land. This project aims to address the common threats of habitat modification, degradation, weed competition and small population size. Key project outcomes include:

• identification of new populations
• creation of seed stores and propagation trials for each species
• greater protection for all 3 species through fencing to manage herbivore access and site signage
• habitat restoration and management of on-site threats to identified populations.

This project invests in landscape scale habitat restoration and management, species population monitoring and community engagement. Major projected outcomes include:

• a net increase in extent and condition of at least 400 hectares of grassy woodland foraging habitat within 5 years, and breeding habitat in the long-term (> 100 years)
• a net increase of fenced and secured remnant woodland and mature trees that will be afforded better threat management
• implementing a trial of 150 custom nest boxes, aimed at decreasing the threat from hollow-bearing tree loss and evaluating efficacy.

Bargo Persoonia has a highly restricted geographic range and is threatened by high frequency fire and habitat disturbance caused by grazing and urbanisation. Across 5 sites, this project seeks to:

• identify, survey and map sites with greater than 20 individuals to understand population size and demographics and establish monitoring plots targeting private land holders
• improve community awareness and engagement, and targeting private landholders with suitable habitat for potential survey
• assess site-specific threats and define suitable management actions for implementation at each site
• undertake targeted habitat restoration actions to reduce site threats and encourage seedling regeneration
• define and apply a suitable Cultural burning regime and post-fire monitoring regime in conjunction with local indigenous communities.

This project aims to address major threats such as habitat damage and loss from pests and domestic stock, frequent fires and further habitat fragmentation. It seeks to implement a broad conservation action project by:

• improving understanding of weed cover and population status across all SoS sites, with comparisons made against pre-drought (2017–2019) and pre-La-Nina years (2021–2023) to identify trends and support best practice management in order to secure remnant areas
• reducing feral deer and weed cover in the landscape to encourage recruitment of new plants
• educating private landholders on appropriate conservation actions and opportunities for biodiversity conservation agreements.

The project seeks to establish a model for landscape-based conservation of threatened Cumberland Plain ecosystems and species by coordinating management of 2 neighbouring entities across multiple land tenures. The model seeks to:

• review and update mapping of both entities
• identify and prioritise sites for conservation action
• increase the overall condition of both entities through active habitat restoration including use of cultural fire
• engage stakeholders through a targeted community awareness program.

The project seeks to establish a model for landscape-based conservation of threatened Cumberland Plain ecosystems and species by coordinating management of 2 neighbouring entities across multiple land tenures. The model seeks to:

• review and update mapping of both entities
• identify and prioritise sites for conservation action
• increase the overall condition of both entities through active habitat restoration including use of cultural fire
• engage stakeholders through a targeted community awareness program.

Activities will focus on increasing knowledge of population viability within the remaining 2 meta-populations of a species at high risk of extinction due to climate change. Key activities include:

• genomic research to assess the viability and diversity and develop a genetically informed seed sourcing strategy for a regional seed bank
• establish a locally based seed bank, develop a translocation plan and propagate plants in preparation for community planting days.