• Tidak ada hasil yang ditemukan

Land use in the Takaka catchment

N/A
N/A
Protected

Academic year: 2023

Membagikan "Land use in the Takaka catchment "

Copied!
2
0
0

Teks penuh

(1)

Land use in the Takaka catchment

Introduction

This report was produced by Federated Farmers of New Zealand for the purposes of Te Waikoropupu Springs Water Conservation Order Hearing. Data included in this report indicates property boundaries with associated land use types and may be commercially sensitive. Data must only be used for the purposes of the hearing and associated legal proceedings.

Methodology

The summary of land use and map was produced using a geographic information system (GIS). The system used to produce this report was ArcGIS Pro 2.1.2 (Esri inc., 2017).

The Takaka Catchment boundary was provided by Tasman District Council (30 April 2018).

Land use within the Takaka Catchment was identified using Agribase (AsureQuality, March 2018). Agribase is a voluntary database and as such there are areas within the catchment that do not have an identified land use. Also land use may have changed on specific properties since the property last updated their information.

Summary

The area of the Takaka Catchment is 93,612ha, of which 89,456ha is summarised here. The area not included is likely a combination of urban, lifestyle blocks, farms not registered with Agribase, and blocks of native bush.

After native bush, dairying is the most common land use, followed by the combined pastoral meat and wool production types (beef, deer, sheep, sheep and beef – 7,734ha).

Land Use Type

Area (ha) Number of properties

Native Bush 68303.4 18

Dairy 8204.7 38

Sheep and Beef

3375.6 17

Forestry 2313.6 24

Sheep 2173.3 13

Beef 2028.5 40

Lifestyle 776.5 132

Grazier 739.9 12

Not Farmed 491.2 7

Unknown 476.6 10

Fruit 245.4 14

Deer 156.6 2

Alpaca 35.5 1

Piggery 29.9 1

Arable 29.7 2

Tourism 28.9 3

Horses 13.7 1

Fishery 12.5 2

Viticulture 11.2 1

Nursery 9.8 1

(2)

Referensi

Dokumen terkait

Keywords: flood, upstream watershed, land use/cover change (UJCC), Ciliwung river, Puncak

Soil conservation at areca land use also has a significant effect on the levels of organic C and available N, but it did not affect significantly the levels of

Soil conservation techniques has significantly affect ed t heo levels of organic C and available P underon the cocoa land use of cocoa , where ridges + maize has lowest

Keywords: Land development, pest outbreaks, grass grub, manuka beetle, porina Introduction New Zealand pastoral agriculture, based on grasses and clovers, is an introduced exotic

The New Zealand Land Resource Inventory LRI and associated Land Use Capability LUC database includes estimates of the potential stock carrying capacity across the country, which can be

8 Analysis of the Effective Causes of farmers' tendency for Land Use Change in rice Cultivation in Mazandaran Province Omid Mohammadi Kashka a,*, Mohammad Karim Motamed b.. a:

The aim of this research is to develop a risk- based framework for innovative land-use planning that allows risks from natural hazards in New Zealand to be reduced, and encourages

Impact of communal land use and conservation on woody vegetation structure in the Lowveld savannas of South Africa – Lidar results.. Fisherb,c a Remote Sensing Research Unit,