Forest fertilization research, 1957–1964

Mustanoja, Kari J.; Leaf, Albert L.

doi:10.1007/bf02860301

Cited by 19 publications

(5 citation statements)

References 149 publications

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“…It is uncertain if nitrogen affects the number of dividing cambial cells or the rates of individual cell division. Generic studies suggest that P is important for cell division and structure (Mustanoja & Leaf 1965).…”

Section: Cell Divisionmentioning

confidence: 99%

Changes Caused by Mid-Rotation Fertilizer Application to the Fibre Anatomy of Pinus Radiata

Nyakuengama¹,

Downes²,

Ng³

2003

IAWA J

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Effects of nitrogen (N) and phosphorus (P) fertilizers on average fibre radial diameter, tangential diameter, wall thickness and number of fibres per unit area were studied over 7 years of growth in radiata pine. Stands were in mid-rotation, thinned and treatments replicated 4 times at 3 sites. Compared to a thinned, unfertilized control, N decreased and P increased fibre radial diameter. Only N decreased fibre radial diameter, thereby increasing the number of fibres per unit area. All fertilizer treatments decreased fibre wall thickness. Responses in ring width and fibre properties, other than fibre tangential diameter peaked 2 years following fertiliser application, before gradually disappearing after 4–5 years. Fertilizer effects on fibre properties diminished at different rates, causing significant interactions with time. Ring width had little effect on density. Changes in density and fibre coarseness were attributed to changes in fibre wall thickness more than fibre radial diameter and tangential diameter. The largest decrease in density and fibre coarseness in the combined N and P treatment was explained mostly by thinner walls.

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Section: Cell Divisionmentioning

confidence: 99%

Changes Caused by Mid-Rotation Fertilizer Application to the Fibre Anatomy of Pinus Radiata

Nyakuengama¹,

Downes²,

Ng³

2003

IAWA J

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“…The first stage is from 1965 to 1993. In this stage, integrated research on the interception of soil mulching and karst soil leakage prevention was still in its infancy, and the first study appeared in 1965 [21]. There were only five relevant papers in this stage, all of which focus on soil mulching interception and soil erosion.…”

Section: Selection Criteriamentioning

confidence: 99%

Progress of Study on Interception of Soil Mulching with an Insight into Karst Soil Leakage Control: A Review

Xiong

Luo

et al. 2022

Land

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Soil erosion is a global issue of great concern, especially in karst areas with special environments, where subsurface soil leakage is closely related to soil erosion, which has become a key factor limiting agricultural development. To explore how to improve soil erosion in karst areas to enhance soil quality and maintain the sustainable use of the land in the long term, a total of 176 studies on the interception characteristics of soil mulching and erosion management were reviewed using a systematic review approach, through the WoS and CNKI databases. Firstly, quantitative analysis was conducted in terms of the annual volume, content and countries of the published literature. Secondly, from four aspects (theoretical research, mechanism research, technology research and technical demonstration), the main progress and landmark achievements of soil mulching interception and erosion management were classified. It is shown that the interception characteristics of soil mulching can produce an effective blockage for soil leakage in karst areas. Based on the global classification, compared to synthetic materials, natural materials have received more attention. We propose five key scientific questions that still need to be addressed. This review explores the insightful role of soil mulching for karst soil leakage management and aims to provide theoretical support for future research on sustainable land development in karst areas.

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“…Research in forest fertilization (Stoeckeler and Arneman 1960;Mustanoja and Leaf 1965) will be better directed, and results of such 142…”

Section: T Calcium Turnover By Dogwood Treesmentioning

confidence: 99%

Accumulation and cycling of calcium by flowering Dogwood trees

Thomas

Auerbach

Olson

1967

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Forest fertilization research, 1957–1964

Cited by 19 publications

References 149 publications

Changes Caused by Mid-Rotation Fertilizer Application to the Fibre Anatomy of Pinus Radiata

Changes Caused by Mid-Rotation Fertilizer Application to the Fibre Anatomy of Pinus Radiata

Progress of Study on Interception of Soil Mulching with an Insight into Karst Soil Leakage Control: A Review

Accumulation and cycling of calcium by flowering Dogwood trees

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