An economic assessment of options for operating within plantation forestry water entitlements and tightening cap and trade policy

IF 4.6 Q2 MATERIALS SCIENCE, BIOMATERIALS
Courtney M. Regan, Jeffery D. Connor, Md Sayed Iftekhar
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Abstract

The Green Triangle (GT) region of southern Australia is one of only two jurisdictions globally to licence plantation forestry's groundwater use. In response to declines in groundwater resources caused by historical plantation expansion, reductions in forest water allocations (~50%) are likely for some parts of the region, presenting novel challenges for forest managers in maintaining revenues and timber flows. This article presents a mathematical programming model evaluation of water trade opportunities for plantation forest owners to adapt to reduced water entitlements and explores how tightening groundwater policy could affect forestry returns and land use mix for the region. Results suggest that even absent opportunity to sell water, relatively limited 11% reduction in return could be expected for a large (−50%) water entitlement and (−48%) land-use change out of forestry. Results suggest that opportunities for forestry companies to sell water entitlements may allow them to maintain or even increase combined returns from forestry and water sales. Whilst the results highlight the adaptive capacity of the plantation forestry sector to operate within reduced water entitlement, a significant sectoral and regional economy adjustment would be likely. The discussion focusses on the potential to realise optimisation model-identified adaptation opportunities accounting for real-world thin markets, transaction costs and market friction.

Abstract Image

对在种植园内经营林业用水权利和收紧总量管制与交易政策的选择进行经济评估
澳大利亚南部的绿三角地区是全球仅有的两个许可种植林地下水使用的司法管辖区之一。为了应对历史上种植园扩张导致的地下水资源减少,该地区某些地区的森林用水分配可能会减少(约50%),这给森林管理者在维持收入和木材流动方面带来了新的挑战。本文提出了一个数学规划模型,评估了种植林所有者适应减少的用水权利的水贸易机会,并探讨了收紧地下水政策如何影响该地区的林业回报和土地利用组合。结果表明,即使没有卖水的机会,林业的大量(−50%)水权和(−48%)土地利用变化也可能导致相对有限的11%的回报减少。结果表明,林业公司出售水权的机会可能使他们能够维持甚至增加林业和水销售的综合回报。虽然研究结果突出了人工林部门在减少的水资源范围内运作的适应能力,但可能会对部门和区域经济进行重大调整。讨论的重点是实现优化的潜力,模型确定了适应现实世界中的薄弱市场、交易成本和市场摩擦的机会。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
ACS Applied Bio Materials
ACS Applied Bio Materials Chemistry-Chemistry (all)
CiteScore
9.40
自引率
2.10%
发文量
464
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