2018 Abstract Volume

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Conclusions and recommendation In this project have demonstrated some measurable benefits of ‘wetwork’ network which has established sustainable partnerships in conserving Bolgoda wetland ecosystem. The network served to bring together stakeholders across many disciplines and backgrounds to share views and ideas while learning from each other and forging new collaborations. The preset project could be a good example of working together of diverse groups towards common objectives of conservation and sustainable development. Seminar: Investing in freshwater ecosystems and biodiversity: A key development challenge 180
Willingness to accept: Enticing landholders into environmental payments schemes Presenting Author: Co-Authors: Mr. Mitchell Kirby, Southern Cross University, Australia Dr. Liz Heagney, New South Wales Office of Environment and Heritage, Australia Prof. Caroline Sullivan Southern Cross University, Australia Keywords Choice Experiment, Payments for Ecosystem Services, Environmental Policy Highlights Willingness to accept ordered choice experiment Multiple ecosystem service focus: Biodiversity, Carbon, Water and Soil Policy scenarios for establishing Payments for Ecosystem Services markets in Australia Introduction and objectives Payments for ecosystem services (PES) are a phenomenon in natural resource management (NRM). By paying landholders to secure ecosystems, PES have been able to benefit human-wellbeing through 1) securing services, such as water purification and biodiversity, and 2) provide relief to embattled landholders with an additional source of income. Despite their advantage over other NRM approaches, with limited funding available, their success is dependent on identifying an appropriate price that maximises cost effectiveness and increases participation. The objective of this presentation is to identify PES scheme traits that maximise participation and bring additional environmental benefits to society. Methodology approach The approach to this experiment involved the implementation of a large-scale online landholder ordered choice experiment across New South Wales, Australia. Targeting landholders with properties greater than one hectare, this experiment asked its respondents to choose between different hypothetical PES schemes. These schemes were made up from the following attributes: ecosystem service focus, pre-scheme requirements, work intensity/inputs required, length of contract, payment mode, and payment amount. Analysis and results Returning 1055 responses, the results reveal that the longer/larger certain scheme attributes, such as length of contract and work intensity were, the lower probability of participation was. Whilst higher payments had a positive influence on participation, respondents also showed a preference for participating in carbon management schemes over biodiversity, water and soil schemes. Latent class modelling revealed three land holder segments. Each of these segments responded to the schemes and their attributes in varying ways--in particular payment mode and contract length. Analysis on landholder characteristics determined several elements which drive participation, such as: property ownership, land-use, income, and information seeking behaviours. Conclusions and recommendation From the results of this research, this presentation will showcase three policy scenarios appropriate for the cost-effective establishment of PES markets in regional Australia. This will assist public investment into biodiversity, carbon, water and soil protection schemes. Seminar: Investing in freshwater ecosystems and biodiversity: A key development challenge 181
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ABSTRACT VOLUME Photo: iStock World
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Seminar: Tapping into collective wi
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An alternative gender analytical ap
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Circular economy practices for exot
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Gendered approach in capitalising o
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‘Green Lady of Bihar’ and susta
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Human rights to water and sanitatio
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Integrating indigenous and scientif
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Monitoring SDGs 6, 5 and 14 through
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What gets measured (by women), gets
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Women, SDGs and climate related ada
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Seminar: IWRM and ecosystem based a
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Assessing the effectiveness of wate
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Assessing the interconnectedness of
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Can you sue a river? Legal rights a
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Effective stakeholder participation
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Environmental paradigm and water ma
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IWRM and ecosystem, the gap between
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Participatory ecosystem management
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Reducing uncertainty in ecosystem b
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SDG targets and implementation of I
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Seminar: Political drivers for sust
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A multinational commitment to save
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Cooperation and conflict: A subnati
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Linking water ecosystem services an
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Protracted conflict and the targeti
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Conclusions and recommendation EcoP
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the annual water saving in the six
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RBO-established institutional and g
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Seminar: Ecosystem based water mana
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measures to address such issues as
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Development of a curated global com
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Drivers for ecosystem-based flood m
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Enabling smart collaboration for th
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Environmental report-cards support
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Floods for food: Water spreading we
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How much groundwater can we pump an
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Conclusions and recommendation Alth
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modeling to consider future pressur
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critical to secure support for refo
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Conclusions and recommendation The
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• Fewer IKP were identified in ar
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Seminar: Industry’s role in ecosy
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their operating plants. Local commu
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Conclusions and recommendation WCL
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The fact that 88% of SMEs suppliers
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Conclusions and recommendation Prov
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Leveraging artificial intelligence
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Mining sector collective action on
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Public and private roles beyond 'fe
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Sinopec: Grey-green infrastructure
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Trends in water-related innovation
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Water stewardship and business valu
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Seminar: Sustainable infrastructure
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Building inclusive basin resilience
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Can Africa take the lead on sustain
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Controlling water disasters and bui
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Developing a robust water strategy
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Conclusions and recommendation Know
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Conclusions and recommendation This
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Conclusions and recommendation Over
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Page 129 and 130: Conclusions and recommendation The
Page 131 and 132: Conclusions and recommendation •
Page 133 and 134: Natural and built infrastructure ca
Page 135 and 136: Promoting pathways to guide investm
Page 137 and 138: Smart web-based IT solution for pla
Page 139 and 140: Tracking sustainable infrastructure
Page 141 and 142: Water for the city: ‘Greening’
Page 143 and 144: Seminar: Is there such thing as inn
Page 145 and 146: Adaptive PES: Financing sustainable
Page 147 and 148: Economic and financial instruments
Page 149 and 150: Establishing a trans-provincial eco
Page 151 and 152: Financial sustainability of watersh
Page 153 and 154: How to upscale financing for ecosys
Page 155 and 156: miParamo, environmental financing m
Page 157 and 158: Strengthening enabling conditions f
Page 159 and 160: Seminar: Investing in freshwater ec
Page 161 and 162: Balancing built and natural infrast
Page 163 and 164: Conserving the Lake Tana ecosystem
Page 165 and 166: Integrating water and energy bills
Page 167 and 168: Investing in aquatic ecosystems and
Page 169 and 170: Investing in free-flowing rivers: A
Page 171 and 172: Making freshwater biodiversity in t
Page 173 and 174: Private sector engagement with supp
Page 175 and 176: Understanding freshwater biodiversi
Page 177 and 178: Water community providers, ecosyste
Page 179: Wetworking: A participatory network
Page 183 and 184: Seminar: Ecosystems in an urbanisin
Page 185 and 186: Conclusions and recommendation For
Page 187 and 188: Conclusions and recommendation Wate
Page 189 and 190: Integrated approach for blue/green
Page 191 and 192: Integrating green infrastructure in
Page 193 and 194: Integrating land use and water mana
Page 195 and 196: Is really ecosystem development han
Page 197 and 198: Let nature do the work in the Stock
Page 199 and 200: Conclusions and recommendation The
Page 201 and 202: Conclusions and recommendation Our
Page 203: The ecosystem in Gaza Strip between
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2018 Abstract Volume

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