This document is the introductory pages for the Northern Peninsula Area Council's 2010-2020 Land and Environment Management Plan released in December 2010. This is a draft document broken into three sections; introduction, an overview of plans, and Land use and Land Management constraints.
With a total shell length of less than 3.2 cm this hatchling painted turtle from the Jardine River catchment is both of ecological interest and just dam cute.
Published by the Department of State Development, Infrastructure and Planning. The plan identifies and interprets the state’s interests in land use planning and development, as described in the State Planning Policy, for the Cape York region. The plan does this by evaluating and balancing competing state interests in a regional context.
What is ICIP?
Indigenous Cultural and Intellectual Property (ICIP) means all parts of Indigenous knowledge and culture that you want protected and recognised including:
This is the final draft for the Normanby Catchment Water Quality Management Plan and was released for consultation and review on the 1st of September 2013.
Project partners Cape York NRM, Griffith University, the Department of Environment and Science and Yalanji Joint Venture are working together to:
This field guide is the culmination of a large amount of practical gully rehabilitation work undertaken over the last seven years by Cape York NRM in collaboration with Griffith University.
This is the first appendice for the Eastern Cape York Water Quality Improvement Plan and presents the key disturbances to water quality in the Great Barrier Reef such as gully erosion.
The second appendice of the Eastern Cape York Water Quality Improvement Plan offers a framework for the prioritisation of management for sub catchments and alluvial gullies in the Normanby Catchment based on rate of errosion and sediment levels.
The fourth appendice of the Eastern Cape York Water Quality Improvement Plan looks at why a new approach to the monitoring of suspended sediment and nutrient levels should be developed and utilised in order to accuratelty model the quality of water entering the Great Barrier Reef lagoon.