Jed Cappellazzi

Jed Cappellazzi

Oregon State University

H-index: 7

North America-United States

About Jed Cappellazzi

Jed Cappellazzi, With an exceptional h-index of 7 and a recent h-index of 7 (since 2020), a distinguished researcher at Oregon State University, specializes in the field of Mycology, Ecology, Soil Science, Wood Science.

His recent articles reflect a diverse array of research interests and contributions to the field:

Analysis of Basidiomycete Fungal Communities in Soil and Wood from Contrasting Zones of the AWPA Biodeterioration Hazard Map across the United States

Characterizing properties of fungal-decayed cross laminated timber (CLT) connection assemblies

Durability of thermally modified western hemlock lumber against wood decay fungi

Long-term outdoor weathering evaluation of wood plastic composites

Utilization of the Western Juniper (Juniperus occidentalis) in Strandboards to Improve the Decay Resistance

Decay capabilities of basidiomycetes colonizing air-seasoning red oak and blackgum railroad ties

Borate and Quaternary Ammonia Dip Diffusion to Treat Fungal Pathogens of Metrosideros polymorpha Wood

Effect of distance above-ground on fungal colonization of blackgum and red oak ties during air-seasoning

Jed Cappellazzi Information

University

Position

Senior Research Faculty

Citations(all)

178

Citations(since 2020)

172

Cited By

51

hIndex(all)

7

hIndex(since 2020)

7

i10Index(all)

5

i10Index(since 2020)

5

Email

University Profile Page

Google Scholar

Jed Cappellazzi Skills & Research Interests

Mycology

Ecology

Soil Science

Wood Science

Top articles of Jed Cappellazzi

Analysis of Basidiomycete Fungal Communities in Soil and Wood from Contrasting Zones of the AWPA Biodeterioration Hazard Map across the United States

Forests

2024/2/18

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

Characterizing properties of fungal-decayed cross laminated timber (CLT) connection assemblies

Construction and Building Materials

2023/12/15

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

Arijit Sinha
Arijit Sinha

H-Index: 13

Durability of thermally modified western hemlock lumber against wood decay fungi

Frontiers in Forests and Global Change

2022/3/8

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

Long-term outdoor weathering evaluation of wood plastic composites

European Journal of Wood and Wood Products

2022/2/1

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

Utilization of the Western Juniper (Juniperus occidentalis) in Strandboards to Improve the Decay Resistance

BioResources

2021/5/1

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

Scott Leavengood
Scott Leavengood

H-Index: 7

Decay capabilities of basidiomycetes colonizing air-seasoning red oak and blackgum railroad ties

Maderas. Ciencia y tecnología

2021

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

Borate and Quaternary Ammonia Dip Diffusion to Treat Fungal Pathogens of Metrosideros polymorpha Wood

Forest Products Journal

2021/1/1

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

Effect of distance above-ground on fungal colonization of blackgum and red oak ties during air-seasoning

International Wood Products Journal

2020/8

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

Effect of particle pre-treatments on the quality of kenaf core/HDPE plastic composites

BioResources

2020/7/1

Xiaoping Li
Xiaoping Li

H-Index: 20

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

Role of leaf litter in above-ground wood decay

Microorganisms

2020/5/9

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

RNAi of AGAMOUS genes in sweetgum alters reproductive organ identity and decreases fruit persistence

Plant Direct

2020/5

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

Thomas Lockwood
Thomas Lockwood

H-Index: 3

Comparisons between individual and combined assays for quality control of wood treatments

European journal of wood and wood products

2020/5

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

Effect of distance above ground during air seasoning on flexural properties of blackgum and red oak ties

Wood and Fiber Science

2020/4/24

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

Effect of Multiple Leaching Cycles on Decay Resistance of Micronized Copper Azole–Treated Southern Pine Sapwood

Forest Products Journal

2020/3/1

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

The Care and Maintenance of wood shingle and shake roofs

2020/1

Migration of creosote components from timbers treated with creosote and processed using Best Management Practices

Journal of Environmental Management

2020/12/15

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

Potential for decay in mass timber elements: A review of the risks and identifying possible solutions

2020/11/1

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

Arijit Sinha
Arijit Sinha

H-Index: 13

A method to characterize biological degradation of mass timber connections

Wood and Fiber Science

2020/10/28

Arijit Sinha
Arijit Sinha

H-Index: 13

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

Fungal Diversity Associated with Zones of the AWPA Fungal Decay Hazard Map

American Wood Protection Association (AWPA) Proceeding paper

2020/9

Jed Cappellazzi
Jed Cappellazzi

H-Index: 5

See List of Professors in Jed Cappellazzi University(Oregon State University)

Co-Authors

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