Appendix A. Effect of selective fungicide treatment and source of soil inocula from one of eight Prunus serotina trees or from soil collected ≥ 20m away from the nearest Prunus serotina tree.

Journal of

January 2016

1 Oomycete soil pathogens are known to have a negative effect on Prunus serotina seedling establishm...

Evaluation of fungicides against phyllosphere mycoflora of foliage plants

Shahnaz Jamil
Manish Kumar

October 2015

ABSTRACT: Five fungicides representative of sulphur group were selected for evaluation of controllin...

Fungicides

Odile Carisse

October 2019

Plant and plant products are affected by a large number of plant pathogens among which fungal pathog...

Appendix A. A table of tree abundance and basal area of the five species used in manipulative experiments in the 6 ha plots, and figures showing a sketch map for experimental design in the laboratory, a sketch map for experimental design in the field, density effect in the control treatment and the sterilization treatment as a function of basal area of adult trees in the 6 ha plots, and density effects in the control treatment and the fungicide treatment as a function of basal area of adult...

Meng Xu (62933)
Yongfan Wang (158795)
Shixiao Yu (158790)

August 2016

A table of tree abundance and basal area of the five species used in manipulative experiments in the...

Appendix C. The effect of soil moisture treatments on the number of predator and detritivore individuals.

Stanley H. Faeth (247522)
Eyal Shochat (310606)

August 2016

The effect of soil moisture treatments on the number of predator and detritivore individuals

Appendix C. Effect of root exudate fractions from Alliaria petiolata on the viability of AM fungi in soils from six sites in Europe and six sites in North America.

Ragan M. Callaway (91566)
Don Cipollini (2915945)
Kathryn Barto (2915948)
Giles C. Thelen (324887)
Steven G. Hallett (2915942)
Daniel Prati (73037)
Kristina Stinson (2915939)
John Klironomos (130743)

August 2016

Effect of root exudate fractions from Alliaria petiolata on the viability of AM fungi in soils from ...

Soil feedback and pathogen activity in Prunus serotina throughout its native range

Reinhart, K.O.
Royo, A.A.
Putten, W.H., van der
Clay, K.

January 2005

1 Oomycete soil pathogens are known to have a negative effect on Prunus serotina seedling establishm...

Soil feedback and pathogen activity in Prunus serotina throughout its native range

Reinhart, K.O.
Royo, A.A.
Putten, van der, W.H.
Clay, K.

January 2005

1 Oomycete soil pathogens are known to have a negative effect on Prunus serotina seedling establishm...

Soil feedback and pathogen activity in Prunus serotina throughout its native range

Reinhart, K.O.
Royo, A.A.
Putten, W.H., van der
Clay, K.

January 2005

1 Oomycete soil pathogens are known to have a negative effect on Prunus serotina seedling establishm...

Appendix B. Additional shade-house experiment comparing the field soil treatment with the AMF + pathogen treatment.

Minxia Liang (2928810)
Xubing Liu (2928807)
Rampal S. Etienne (227590)
Fengmin Huang (2928804)
Yongfan Wang (158795)
Shixiao Yu (158790)

August 2016

Additional shade-house experiment comparing the field soil treatment with the AMF + pathogen treatme...

Appendix B. A table showing effects of neighbor control, seeding method, and mulch on seedling establishment and survivorship in three seeding years.

Scott D. Wilson (2903354)
Jonathan D. Bakker (284869)
Janice M. Christian (2903357)
Xingdong Li (2903351)
Laura G. Ambrose (2903363)
John Waddington (2903360)

August 2016

A table showing effects of neighbor control, seeding method, and mulch on seedling establishment and...

Appendix B. Initial tissue chemistry of pigmented first- and second-order [1+2 B] and third- and fourth-order fine roots [3+4 B] from 1-yr-old ingrowth cores (August 2007) from three plots of each of four temperate tree species (Acer pseudoplatanus L., Tilia cordata Mill., Larix decidua Mill., and Pinus sylvestris L.) at the common garden "Morawina" in the Siemianice Experimental Forest, Poland.

Marc Goebel (611980)
Sarah E. Hobbie (132942)
Bartosz Bulaj (2932935)
Marcin Zadworny (732644)
Douglas D. Archibald (2932938)
Jacek Oleksyn (2914751)
Peter B. Reich (105410)
David M. Eissenstat (388485)

August 2016

Initial tissue chemistry of pigmented first- and second-order [1+2 B] and third- and fourth-order fi...

Appendix B. Identity of host plant and fungal species pairings with associated effect sizes [ln(R)] for seedling biomass and full literature citations.

Justine Karst (720617)
Laurie Marczak (745466)
Melanie D. Jones (2915936)
Roy Turkington (346171)

August 2016

Identity of host plant and fungal species pairings with associated effect sizes [ln(R)] for seedling...

DataSheet1_Sub-lethal fungicide concentrations both reduce and stimulate the growth rate of non-target soil fungi from a natural grassland.PDF

Jeane A. dela Cruz (13895526)
Tessa Camenzind (130465)
Matthias C. Rillig (130475)

October 2022

Conventional agriculture has relied extensively on the use of fungicides to prevent or control crop ...

Soil feedback and pathogen activity in \u3ci\u3ePrunus serotina\u3c/i\u3e throughout its native range

Reinhart, Kurt O.
Royo, Alejandro A.
Van Der Putten, Wim H.
Clay, Keith

January 2005

1. Oomycete soil pathogens are known to have a negative effect on Prunus serotina seedling establish...

Journal of

January 2016

1 Oomycete soil pathogens are known to have a negative effect on Prunus serotina seedling establishm...

Evaluation of fungicides against phyllosphere mycoflora of foliage plants

Shahnaz Jamil
Manish Kumar

October 2015

ABSTRACT: Five fungicides representative of sulphur group were selected for evaluation of controllin...

Fungicides

Odile Carisse

October 2019

Plant and plant products are affected by a large number of plant pathogens among which fungal pathog...

Appendix A. A table of tree abundance and basal area of the five species used in manipulative experiments in the 6 ha plots, and figures showing a sketch map for experimental design in the laboratory, a sketch map for experimental design in the field, density effect in the control treatment and the sterilization treatment as a function of basal area of adult trees in the 6 ha plots, and density effects in the control treatment and the fungicide treatment as a function of basal area of adult...

Meng Xu (62933)
Yongfan Wang (158795)
Shixiao Yu (158790)

August 2016

A table of tree abundance and basal area of the five species used in manipulative experiments in the...

Appendix C. The effect of soil moisture treatments on the number of predator and detritivore individuals.

Stanley H. Faeth (247522)
Eyal Shochat (310606)

August 2016

The effect of soil moisture treatments on the number of predator and detritivore individuals

Appendix C. Effect of root exudate fractions from Alliaria petiolata on the viability of AM fungi in soils from six sites in Europe and six sites in North America.

Ragan M. Callaway (91566)
Don Cipollini (2915945)
Kathryn Barto (2915948)
Giles C. Thelen (324887)
Steven G. Hallett (2915942)
Daniel Prati (73037)
Kristina Stinson (2915939)
John Klironomos (130743)

August 2016

Effect of root exudate fractions from Alliaria petiolata on the viability of AM fungi in soils from ...

Soil feedback and pathogen activity in Prunus serotina throughout its native range

Reinhart, K.O.
Royo, A.A.
Putten, W.H., van der
Clay, K.

January 2005

1 Oomycete soil pathogens are known to have a negative effect on Prunus serotina seedling establishm...

Soil feedback and pathogen activity in Prunus serotina throughout its native range

Reinhart, K.O.
Royo, A.A.
Putten, van der, W.H.
Clay, K.

January 2005

1 Oomycete soil pathogens are known to have a negative effect on Prunus serotina seedling establishm...

Soil feedback and pathogen activity in Prunus serotina throughout its native range

Reinhart, K.O.
Royo, A.A.
Putten, W.H., van der
Clay, K.

January 2005

1 Oomycete soil pathogens are known to have a negative effect on Prunus serotina seedling establishm...

Appendix B. Additional shade-house experiment comparing the field soil treatment with the AMF + pathogen treatment.

Minxia Liang (2928810)
Xubing Liu (2928807)
Rampal S. Etienne (227590)
Fengmin Huang (2928804)
Yongfan Wang (158795)
Shixiao Yu (158790)

August 2016

Additional shade-house experiment comparing the field soil treatment with the AMF + pathogen treatme...

Appendix B. A table showing effects of neighbor control, seeding method, and mulch on seedling establishment and survivorship in three seeding years.

Scott D. Wilson (2903354)
Jonathan D. Bakker (284869)
Janice M. Christian (2903357)
Xingdong Li (2903351)
Laura G. Ambrose (2903363)
John Waddington (2903360)

August 2016

A table showing effects of neighbor control, seeding method, and mulch on seedling establishment and...

Appendix B. Initial tissue chemistry of pigmented first- and second-order [1+2 B] and third- and fourth-order fine roots [3+4 B] from 1-yr-old ingrowth cores (August 2007) from three plots of each of four temperate tree species (Acer pseudoplatanus L., Tilia cordata Mill., Larix decidua Mill., and Pinus sylvestris L.) at the common garden "Morawina" in the Siemianice Experimental Forest, Poland.

Marc Goebel (611980)
Sarah E. Hobbie (132942)
Bartosz Bulaj (2932935)
Marcin Zadworny (732644)
Douglas D. Archibald (2932938)
Jacek Oleksyn (2914751)
Peter B. Reich (105410)
David M. Eissenstat (388485)

August 2016

Initial tissue chemistry of pigmented first- and second-order [1+2 B] and third- and fourth-order fi...

Appendix B. Identity of host plant and fungal species pairings with associated effect sizes [ln(R)] for seedling biomass and full literature citations.

Justine Karst (720617)
Laurie Marczak (745466)
Melanie D. Jones (2915936)
Roy Turkington (346171)

August 2016

Identity of host plant and fungal species pairings with associated effect sizes [ln(R)] for seedling...

DataSheet1_Sub-lethal fungicide concentrations both reduce and stimulate the growth rate of non-target soil fungi from a natural grassland.PDF

Jeane A. dela Cruz (13895526)
Tessa Camenzind (130465)
Matthias C. Rillig (130475)

October 2022

Conventional agriculture has relied extensively on the use of fungicides to prevent or control crop ...

Soil feedback and pathogen activity in \u3ci\u3ePrunus serotina\u3c/i\u3e throughout its native range

Reinhart, Kurt O.
Royo, Alejandro A.
Van Der Putten, Wim H.
Clay, Keith

January 2005

1. Oomycete soil pathogens are known to have a negative effect on Prunus serotina seedling establish...

Journal of

January 2016

1 Oomycete soil pathogens are known to have a negative effect on Prunus serotina seedling establishm...

Evaluation of fungicides against phyllosphere mycoflora of foliage plants

Shahnaz Jamil
Manish Kumar

October 2015

ABSTRACT: Five fungicides representative of sulphur group were selected for evaluation of controllin...

Fungicides

Odile Carisse

October 2019

Plant and plant products are affected by a large number of plant pathogens among which fungal pathog...

Appendix A. Effect of selective fungicide treatment and source of soil inocula from one of eight Prunus serotina trees or from soil collected ≥ 20m away from the nearest Prunus serotina tree.

Abstract

Extracted data

Appendix A. Effect of selective fungicide treatment and source of soil inocula from one of eight Prunus serotina trees or from soil collected ≥ 20m away from the nearest Prunus serotina tree.

Abstract

Extracted data

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