Managing Holistically helping farmers and graziers to enhance their quality of life

Holistic Management (HM) is a land management strategy, founded on a decision making framework which results in ecologically regenerative, economically viable and socially sound management. Developed by Allan Savoury over 40 years ago, the approach provides strategies for managing domestic livestock based on the relationship of herds of wild herbivores and grasslands.

There are many examples worldwide of marginal land being turned into productive and profitable enterprises utilising HM principles. Landowners and managers around the world who have embraced the Holistic Management principles are reporting increases in soil carbon, increased productivity, better time management and a decrease in costs.

Landholders in our region will have the opportunity to undertake Holistic Management training at a course run by Inside Outside Management in Bathurst.

The course will provide an understanding of the holistic nature of our environment. Participants will learn how to make decisions that are simultaneously socially, environmentally and financially sound using the Holistic Framework; how to utilise animals as a positive tool to improve environmental health; create with a Holistic Context for themselves and their business/family; create a Holistic Financial plan and a property Holistic Grazing plan (if applicable); and improve time management and communication skills.

The 8-day course is structured as 4 two-day sessions, 4 to 6 weeks apart; Session 1 September 15-16, Session 2 October 27-28, Session 3 November 24-25, Session 4 December 8-9.

Email and telephone back up will be provided and participants are encouraged to to attend with partners or managers. This support assists greatly with adoption of change.

The course fee of $2200 (inc GST) per person includes 8 days of training, 500 page textbook, Holistic Management e-book manual, charts, worksheets and materials, as well as Grazing Planning and Financial Planning software, teas and lunch.

For more information visit: www.insideoutsidemgt.com.au

To express your interest in attending the Bathurst Holistic Management course Kerry Wehlburg, Inside Outside Management, 0428 894 578 or by email: kerry@insideoutsidemgt.com.au

Revegetating after fire in the Mid-Western Region

Last summer saw unprecedented bushfire activity in eastern Australia, making headline news around the globe. In the Mid-Western Regional Local Government Area 255,000 hectares were burnt, hundreds of properties were affected and multiple buildings destroyed, resulting in the Mid-Western Region being declared a Natural Disaster Area.

The impacts on biodiversity in our region were also devastating, with many animals killed, injured or displaced and large areas of vegetation destroyed.

As part of their community Bushfire Recovery support, Mid Western Regional Council is partnering with Watershed Landcare to provide bushfire affected landholders with native trees as part of their recovery.

The project will provide affected landholders with up to 40 native plants, tree guards and stakes to assist with re-vegetation of their properties.

The local species tubestock will be grown in the Watershed Landcare Nursery and will be available for planting in Autumn or Spring 2021. Landholders can purchase additional plants too, $3 per plant and $2.50 per guard and stake (ex gst). Additional discounts for Landcare Members apply.

Eligible landholders are invited to complete an Expression of Interest to participate in this opportunity. Expressions of Interest are now open and will close on Friday, 21 August 2020 at 5pm.

To submit an application visit: https://www.surveymonkey.com/r/VMFQVSK

This project is supported by Watershed Landcare through funding from Mid Western Regional Council and is a part of the NSW Landcare Program, a collaboration of Local Land Services and Landcare NSW supported by the NSW Government.

Have you seen Quolls in the area?

As part of the Wild Encounters project, we will be investigating threatened species and biodiversity

in our local area. In this week’s Catchment Corner we will be taking a look at the Spotted-tailed Quoll, mainland Australia’s largest carnivorous marsupial.

The Spotted-tailed Quoll (Dasyurus maculatus) is about the size of a domestic cat and can be distinguished from the other Quoll species by the spots on its tail. Usually nocturnal, they are agile climbers but spend most of their time on the forest floor, using hollow logs, rocky outcrops and crevices to shelter and raise their young. Spotted-tailed Quolls have a distinctive bounding gait and a call “like a blast from a circular saw”.

Their diet consist predominantly of medium-sized mammals but this efficient predator will take prey ranging from insects to small wallabies. Carrion is also an important component of the diet.

Habitat includes rainforest, open forest, woodland, coastal heathland and inland riparian forest.

Quolls typically travel along creek lines hunting for gliders, possums, bandicoots, rats, birds and lizards and their home ranges can cover up to 3000 ha. Although their natural habitat is the forest floor, they have learnt to travel across open country; especially farms where they find abundant and accessible food such as rabbits and poultry.

The species used to be widely distributed up to the snowline along both sides of the Great Dividing Range from southern Queensland to South Australia and Tasmania.

Loss of habitat through land clearing for agriculture and forestry has lead to population decline. Quolls were also treated as pests in agricultural landscapes; their love of chicken lead to extensive

extermination through poisoning, trapping and shooting.

Although populations in Tasmania have somewhat recovered, continued habitat fragmentation and competition from introduced predators such as the feral cat and fox have lead to the species being

listed as vulnerable in NSW and endangered nationally.

Have you seen a quoll at your place? Let us know: info@watershedlandcare.com.au

The Wild Encounters project is supported by Watershed Landcare through funding from the Australian Government’s Communities Environment Program and is a part of the NSW Landcare Program, a collaboration of Local Land Services and Landcare NSW supported by the NSW Government.

What helps the environment, saves money and feeds the soil at the same time?

Did you know that each year, Australian households generate around 13 million tonnes of organic waste and that about half of that ends up in landfill?

With so many of us spending more time at home due to COVID-19 it’s a great time to pay closer attention to what we put in our rubbish bins. Typically, about half of what we throw away could be put to better use.

Compost is not only a valuable organic resource (plants love it and it helps to build healthy soils) but also it reduces the volume of material going to landfill, the associated detrimental environmental effects and makes economic sense too.

Diverting organic materials from landfill and properly composing them can help in the effort to mitigate the effects of climate change by reducing methane emissions and contributing to soil carbon storage.

Organic materials such as food scraps and garden waste breakdown to methane when decomposing without air in landfill conditions. Methane, a greenhouse gas, is 25 times more potent than carbon dioxide so reducing its emissions is an important factor in combating climate change.

Using compost as a fertiliser or soil conditioner returns carbon into the soil, where it can be locked up or utilised for plant growth, rather than being emitted into the atmosphere.

Landfill is the most expensive form of waste management and while it’s free to drop your rubbish off at the Mid-Western Regional Council waste stations, don’t be fooled – as ratepayers we fund the operation and maintenance of these facilities.

The existing landfill cell at the Mudgee Waste Depot will reach capacity within 10 years. As space runs out and alternatives need to be sought, costs are likely to increase. So reducing the amount of organic waste going in will prolong the life of the existing landfill site and reduce the costs long term.

Composting reuses food waste and nutrients are recycled into fertiliser. By applying compost to gardens, farms and other land uses, nutrients are returned to the soil to feed diverse soil life. The bacteria, fungi, insects and worms in compost support healthy plant growth, rather than letting organic waste rot away in landfills.

So start a compost heap (or worm farm or get a few chooks to take care of the scraps), reduce waste and your carbon footprint. With spring just around the corner, your garden will love it. Happy composting!

Quantifying the benefits of multi-species pasture crops on animal performance and soil health

Through the Landcare Excellence in Sustainable Farming Grants, Watershed Landcare have been working in collaboration with farmer, Colin Seis, to establish a grazing demonstration site to gather empirical evidence to compare animal performance and environmental benefits on a multispecies pasture crop and barley crop.

Growing evidence from the USA and Australia has shown that multispecies crops and pasture diversity increase soil carbon, nutrient cycling, and improve soil biology and farm ecosystems. However, data in the grazing context is limited and this project will build on this understanding. This is particularly relevant in our region as fodder crops are often utilised to supplement pasture during the winter feed gap.

The project was funded through the Meat & Lifestock Australia (MLA) Landcare Excellence in Sustainable Farming Grants, a partnership of Landcare Australia and MLA as part of their community focused Australian Good Meat initiative.

The demonstration site was set up at ‘Winona’, located 20 km north of Gulgong, NSW. ‘Winona’ consists of 840 ha which runs 4000 merino sheep for wool, merino lamb, and mutton production. The property’s pasture is restored native grassland consisting of 50 native grassland species.

The trial site was split into 2 sections, ~10 ha each, to compare animal performance and soil health indicators on single species and multi-species pasture crops.

The single species plot was plated with barley and the multi-species plot planted with a mix of barley, field pea, faba bean, Winfred forage brassica, tillage radish and turnip. Both plots were grazed heavily and treated with a knock down herbicide prior to zero till cropping into dormant native grassland in early March.

Two mobs of lambs were put onto the trial plots in early May. Initial individual weights were recorded and monitored throughout the trial.

Soil chemistry (including trace elements), pasture species composition, crop biomass and soil structure indicators were also monitored throughout the trial. The data collected will be used to compare lamb weigh gains and environmental benefits on a multispecies pasture crop and single species (barley) crop.

Data and results from the first year of the trial are currently being collated and will be presented at an on-farm field day later in the year.

The grazing trial will be extended for 5 years to provide a sufficient time frame to show meaningful trends in changes in soil carbon and nutrient cycling.

Boost to Landcare in the region

As part of the NSW Landcare Program 2019 – 2023, Landcare networks in the Central Tablelands LLS region will have enhanced capacity to improve their governance, communication, partnerships and ability to coordinate on ground activities.

The $22.4 million investment co-delivered by Landcare NSW and NSW Local Land Services will continue to employ 72 Local Landcare Coordinators as well as 12 new Regional Landcare Coordinator roles across NSW.

Building on the Local Landcare Coordinator Initiative 2015-2019, the funding will provide continued support for employment of Local Landcare Coordinators in the Central Tablelands Landcare, Lithgow Oberon Landcare, Little River Landcare, Mid-Lachlan Landcare and Watershed Landcare networks.

The Central Tablelands Landcare Network has also welcomed Sharon Cunial into the newly created Regional Coordinator role. The position will provide a key resource to boost the capacity of grassroots landcare and provide opportunities for regional project development and delivery.

“I’ve been extremely fortunate to come to the Central Tablelands region where the five Landcare Networks and volunteer groups are highly capable and achieving meaningful outcomes in their communities and on the ground.” said Sharon.

“As a Regional Landcare Coordinator I aim to support the networks but I’m also here to provide support for smaller Landcare Groups to build their capacity and participate in Landcare activities in the region.” she continued.

Sharon has a technical background in river management, has worked as a Landcare Coordinator with Macleay Landcare Network in the Kempsey Shire Council and most recently as a soil health project officer in the North Queensland Dry Tropics. But she’s no stranger to the Central Tablelands, coming home to live on the family farm near Orange.

“I appreciate the diversity of Landcare activities across this region from grazing support to bat surveys and tree planting. It’s a real reflection of how Landcare nimbly responds to the needs and interests of their local community, particularly during hard times.” said Sharon.

“COVID-19 and social distancing rules have certainly impacted my ability to get out into the regions and meet with groups on the ground however, I believe we’ve all discovered amazing opportunities to connect with each other, learn and collaborate from the comfort of our homes.”

The additional support the role will bring to networks and groups in the region will further strengthen regional partnerships and empower community action on local problems and deliver outcomes across local and regional issues.

“I really appreciate collaborating with our project partners, particularly the Regional Agriculture Landcare Facilitator, Liz Davis at the Central Tablelands Local Land Services. Together we’re able to bring more resources and opportunities to the Landcare community in the region. We also collaborate with our equivalents in the Central West region.” said Sharon.

“For me and the RLC role, the next three years is about supporting Landcare networks and groups to build skills, resources and opportunities to participate in environmental and sustainable agriculture activities. The future is about telling the Landcare story so that the broader community can see and value the contribution that Landcare makes to securing our future.”

Positive rainfall outlook for spring

The latest Climate Driver Update released by the Bureau of Meteorology suggests an increased chance of above average rainfall across much of Australia during spring. Climate models are indicating a 50% chance of La  Niña forming in 2020 and the possibility of a negative Indian Ocean Dipole (IOD) developing by early spring.

The forecast for spring is looking good, so how do we make the most out of all that water?

One of the best places to store water in our garden or on our farms is in the soil, where it will be available for plant growth long after the rain has stopped. But how do we make sure it gets in there?

Barren soil impedes the infiltration of water into the sub-soil layers. Soil which has been left bare forms an impervious layer on the surface so water runs off rather than soaking in.

The resulting run off causes erosion, washing valuable top soil into dams, creeks and rivers.

Ground cover, a layer of mulch or living plants, increases infiltration of water into the soil. In turn this reduces erosion by decreasing the amount of run off and slowing the flow of water over the surface.

In grazing systems, native grasses provide one of the cheapest and most effective ground covers.

In most instances, native grasses do not need to be sown as they either already exist in a pasture or the seed bank is there. They are perennial so not only provide feed for livestock year round but also have deep root systems which are capable of reaching deeper water.

This means native grasses can sustain active growth, providing green pick and good ground cover, longer than their introduced counterparts.

Native pastures are also relatively easy to manage for ground cover simply through grazing management.

Additionally, native grasses do not require fertilisation, in fact some are hindered by excessive nutrients, so native pastures are cheap to maintain, requiring little inputs other than some consideration from the land manager.

Wallaby Grass: native grasses provide effective ground cover and are easy to manage.

As we move into spring and the temperatures warm up maintaining good ground cover becomes even more important.

A good layer of ground cover prevents the suns rays from directly hitting the soil and lower soil temperatures mean less evaporation.

Evaporation is also reduced by creating a humid environment on the soil surface. Whether that is a layer of living plants or mulch, that humid barrier reduces the flux of water from the wet soil environment into the dry atmosphere.

As much as we all like to see our dams full, before the next time it rains consider the following: Do you want all the rain that falls on your place (and the top soil it takes with it) to end up in a dam where its unavailable for plant growth and exposed to evaporation? Or, deep in the soil…

Enhancing Box Gum Woodland

Prior to European settlement Box Gum Grassy Woodlands were widespread from Central Victoria through to Southern Queensland, occurring along the western slopes and tablelands of The Great Dividing Range including the Mid Western Regional Council region.

Box Gum Grassy Woodland is the shortened name given to the endangered ecological community ‘White Box, Yellow Box, Blakely’s Red Gum Grassy Woodland’. This vegetation community occurs as open woodland, typically with 20 to 30 trees per hectare, and is dominated by the eucalypts White Box, Yellow Box and/or Blakely’s Red Gum. It is also characterised by a diverse understorey; an assorted mix of native grasses and herbs but with a sparse shrub layer.

Much of this vegetation community has been eradicated or heavily modified. This is largely due to the productive and fertile clay loam soils where Box Gum Grassy Woodlands occur also being highly valued for agriculture. As well as providing useful timber for construction and firewood, trees were cleared make way for cropping or livestock and the diverse herbaceous layer replaced with crops or improved pastures.

Today less than 4% of Box Gum Grassy Woodland remains, much of which is highly fragmented and in poor ecological condition.

Watershed Landcare have been working with farmers and landholders to improve the extent and quality of Box Gum Woodland and to improve linkages between remnant native vegetation in our district.

As part of the Patches and Paths project, incentive funding was provided to landholders to conduct on-ground works including fencing around remnant native vegetation clusters; fencing to enable changed grazing management to allow natural regeneration of woodland vegetation species; and in-fill planting to increase the diversity of understorey species.

During year 1 of this 4 year project, works were conducted to enhance biodiversity and increase active management over 4.3 ha, while also augmenting connectivity to other paddock trees and remnant vegetation in the landcscape. The project sites will also provide production benefits to the agricultural landscapes where they were conducted; shade and shelter for livestock and crops, habitat for pollinators as well as birds and bats beneficial for pest control, improved soil structure and fertility as well as aiding in the management of salinity.

For more information about the Patches and Paths project or to submit an EOI for years 2-4 please visit our website: http://watershedlandcare.com.au/projects/patches-paths.

The Watershed Landcare Patches and Paths project is supported by Local Land Services through funding from the Australian Government and is a component of the Driving Corridor Connectivity Project funded through NLP2.

New online tools for small scale growers and producers

On a per acre basis small farms can be some of the most productive agricultural holdings. But how do you make the most of your small farm and maximise the profit on what you produce?

Through funding from the Australian Government’s National Landcare Program, Greater Sydney Local Land Services have developed a series of online resources featuring a broad range of expert advice and information for small scale growers and producers.

Greater Sydney Land Services Manager Vanessa Keyzer said the resources formed part of a major project designed to help the growing number of small-scale farmers in the Sydney basin and other areas in NSW.

“It’s a trend we have been seeing for years now, as the population grows along with the urban sprawl a range of smaller scale producers have emerged in many forms from direct to market vegetable growers to mobile butchers with abattoirs on wheels,” she said.

“This is a tough time for our agricultural industry which has experienced severe drought, fires and floods. We want to do everything we can to ensure our farmers feel supported and still have access to expert advice, information and assistance.”

The “The Big Shift for Small Farms” podcast is a 10 part series produced by the Grow Love Project, dedicated to helping small scale farmers and covers a range of topics including holistic thinking, certification, farm resilience in a changing climate, compost, supply chain innovations mobile abattoirs, healthy soils, startup farming and urban farming.

“Each episode features a variety of farmers and industry experts with direct experience and real-life stories on the topic in question.” Ms Keyzer said.

The podcast can be downloaded from https://anchor.fm/the-big-shift or your usual provider.

The “From the Ground Up – marketing fundamentals” video series was also produced as part of the project. The 3 part series features expert tips and technical, practical advice on the fundamentals of marketing and how to develop a marketing strategy for your business. There is also a workbook you can download to help you develop your own comprehensive and targeted marketing plan.

The video series is available from https://www.lls.nsw.gov.au/regions/greater-sydney/key-projects/small-farms-network/from-the-ground-up-marketing-fundamentals-for-direct-to-market-producers

Ms Keyzer encouraged anyone interested in improving their smaller scale farming business, or those interested in starting one to take advantage of these new tools.

“You not only get direct access to a marketing expert, but you get to hear from farmers and key agricultural players across the state about their experiences and what they’ve learnt along the way,” she said.

Have you seen a blue Superb Fairy-wren lately?

The Superb Fairy-wren is one of Australia’s most recognisable and favourite birds. And who doesn’t enjoy watching the antics of these charismatic, active and social backyard visitors? But did you know that the males undergo a seasonal colour change?

The striking iridescent blue with highly contrasting black and grey markings of the male Superb Fairy-wren is instantly recognisable. But the males only adopt this colouring for the duration of the breeding season in the warmer months. There is a good evolutionary reason for moulting twice a year, instead of once a year like most other birds.

While these little birds are socially monagamous, they are sexually promiscuous. They live in family groups and the dominant male and female form a stable pair to raise young, but both partners will mate with many individuals from other groups. So males adopt showy, noticeable colouring to attract as many females from nearby groups as possible.

As the breeding season ends and we move into winter, the breeding males revert to the duller, grey-brown colour of females, juveniles and non-breeding males. During this time insects become less abundant and the birds need to spend the majority of their time in the open foraging.

Being extremely attractive to the ladies has its cost. Fairy-wrens are vulnerable to predation from larger native birds such as Magpies, Kookaburras and Currawongs as well as introduced mammals like the fox and cat. Although brilliant blue feathers may be extremely attractive to females, it also makes the breeding males highly conspicuous to predators.

And the birds seem to be aware of this too. A study conducted by Monash University and Australian National University found that plumage colour changed behaviour.

The researchers played low-level and high-level alarm calls to the birds through portable speakers. Birds were fitted with coloured leg bands allowing the team to track individual birds’ responses.

The team found that males in their blue plumage were much more cautions than in their brown plumage. They reacted to low-level alarm calls more readily and took a longer time to come out from shelter.

The behaviour of other birds in the group was also affected. When a blue male was nearby, other wrens were less responsive to alarm calls and devoted less time to keeping a look-out.

The results suggest that the seasonal colour change is an adaptation that allows the birds to have the best of both worlds: they can be sexually attractive and bright while breeding, but also dull coloured and difficult to detect by predators outside the breeding season.