The cost-efficiency of seedling packaging specifically designed for tree planting machines

Todayâs crane-mounted planting heads plant seedlings with biologically similar or better results than operational manual planting. However, the total cost of mechanized tree planting in southern Sweden must decrease at least 25% to compete economically with manual planting. Although seedlings pa...

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Main Authors: Ersson, Back, Bergsten, Urban, Lindroos, Ola
Format: Article
Language:English
Published: Finnish Society of Forest Science 2011-01-01
Series:Silva Fennica
Online Access:https://www.silvafennica.fi/article/108
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author Ersson, Back
Bergsten, Urban
Lindroos, Ola
author_facet Ersson, Back
Bergsten, Urban
Lindroos, Ola
author_sort Ersson, Back
collection DOAJ
description Todayâs crane-mounted planting heads plant seedlings with biologically similar or better results than operational manual planting. However, the total cost of mechanized tree planting in southern Sweden must decrease at least 25% to compete economically with manual planting. Although seedlings packed in machine-specific packaging increase the productivity of planting machines by reducing seedling reloading time, they also increase logistics and investment costs. In this study, we analyzed the total cost of outplanting seedlings with an excavator-mounted Bracke Planter and seedlings packed according to four different concepts: cultivation trays, cardboard boxes, band-mounted seedlings in cardboard boxes and linked pots in container modules. The total cost per planted seedling was calculated for each packaging system as the sum of all costs from nursery to the recovery of empty packaging. The results showed that todayâs system of transporting seedlings in cultivation trays is the most cost-efficient of the four alternatives. Machine-specific seedling packaging was 16â23% costlier per planted seedling than cultivation trays when trucking distances were 100 km. Sensitivity analyses indicated that machine-specific seedling packaging increased in cost-efficiency relative to cultivation trays primarily when more planting machines were contracted, but also as planting machine fixed costs and productivity increased. Moreover, the relative cost-efficiency of band-mounted seedlings, but not seedlings in container modules, increased with increasing trucking distance. Thus, we show that investments in machine-specific seedling packaging for todayâs planting machines are justified only when the fixed costs, productivity and number of contracted planting machines increase substantially.
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spelling doaj.art-3fab257b07ad4ecd9e28dedf9b8beeb52022-12-21T18:37:27ZengFinnish Society of Forest ScienceSilva Fennica2242-40752011-01-0145310.14214/sf.108The cost-efficiency of seedling packaging specifically designed for tree planting machinesErsson, BackBergsten, UrbanLindroos, OlaTodayâs crane-mounted planting heads plant seedlings with biologically similar or better results than operational manual planting. However, the total cost of mechanized tree planting in southern Sweden must decrease at least 25% to compete economically with manual planting. Although seedlings packed in machine-specific packaging increase the productivity of planting machines by reducing seedling reloading time, they also increase logistics and investment costs. In this study, we analyzed the total cost of outplanting seedlings with an excavator-mounted Bracke Planter and seedlings packed according to four different concepts: cultivation trays, cardboard boxes, band-mounted seedlings in cardboard boxes and linked pots in container modules. The total cost per planted seedling was calculated for each packaging system as the sum of all costs from nursery to the recovery of empty packaging. The results showed that todayâs system of transporting seedlings in cultivation trays is the most cost-efficient of the four alternatives. Machine-specific seedling packaging was 16â23% costlier per planted seedling than cultivation trays when trucking distances were 100 km. Sensitivity analyses indicated that machine-specific seedling packaging increased in cost-efficiency relative to cultivation trays primarily when more planting machines were contracted, but also as planting machine fixed costs and productivity increased. Moreover, the relative cost-efficiency of band-mounted seedlings, but not seedlings in container modules, increased with increasing trucking distance. Thus, we show that investments in machine-specific seedling packaging for todayâs planting machines are justified only when the fixed costs, productivity and number of contracted planting machines increase substantially.https://www.silvafennica.fi/article/108
spellingShingle Ersson, Back
Bergsten, Urban
Lindroos, Ola
The cost-efficiency of seedling packaging specifically designed for tree planting machines
Silva Fennica
title The cost-efficiency of seedling packaging specifically designed for tree planting machines
title_full The cost-efficiency of seedling packaging specifically designed for tree planting machines
title_fullStr The cost-efficiency of seedling packaging specifically designed for tree planting machines
title_full_unstemmed The cost-efficiency of seedling packaging specifically designed for tree planting machines
title_short The cost-efficiency of seedling packaging specifically designed for tree planting machines
title_sort cost efficiency of seedling packaging specifically designed for tree planting machines
url https://www.silvafennica.fi/article/108
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