Appendix B. A table showing scent compounds identified from floral and nectar headspace using SPME-GC-MS.

Table S1. Mean relative amount (%) of chemical compounds on floral scent of three forms of cultivated Plumeria rubra L

Meng, L

Chemical compositions of floral scent emitted by three forms of cultivated Plumeria rubra L. are giv...

Appendix A. Principal components analysis of DOM chemical composition at the beginning and end of experiments.

Kristin E. Judd (2914718)
Byron C. Crump (239884)
George W. Kling (1882258)

August 2016

Principal components analysis of DOM chemical composition at the beginning and end of experiments

Appendix C. A table showing the effect of nectar treatment (high vs. low alkaloid), floral morph (pin vs. thrum), and their interaction on components of bee preference in 2004.

Lynn S. Adler (823309)
Rebecca E. Irwin (637664)

August 2016

A table showing the effect of nectar treatment (high vs. low alkaloid), floral morph (pin vs. thrum)...

Appendix A. A table summarizing literature search results for papers relevant to scent compounds in nature.

Robert A. Raguso (447318)

August 2016

A table summarizing literature search results for papers relevant to scent compounds in nature

Appendix C. A list of 22 putative fragrance motifs inferred from intercorrelation analysis of male fragrance compounds, and their occurrence in different species of Euglossa.

Yvonne Zimmermann (2917622)
Santiago R. Ramírez (2917625)
Thomas Eltz (666044)

August 2016

A list of 22 putative fragrance motifs inferred from intercorrelation analysis of male fragrance com...

Appendix B. Supplementary information on the quantification of monoterpene concentrations in sagebrush (Artemisia spp.) samples, including methods, materials, and a table of gas chromatograph retention times.

Graham G. Frye (2925081)
John W. Connelly (423309)
David D. Musil (2925078)
Jennifer S. Forbey (2925075)

August 2016

Supplementary information on the quantification of monoterpene concentrations in sagebrush (Artemisi...

Appendix A. Detailed methods for the chemical analysis of terpenes, phenolics, and soluble protein.

Paul V. A. Fine (175511)
Zachariah J. Miller (2914685)
Italo Mesones (2914679)
Sebastian Irazuzta (2914682)
Heidi M. Appel (724998)
M. Henry H. Stevens (268009)
Ilari Sääksjärvi (779319)
Jack C. Schultz (724999)
Phyllis D. Coley (459358)

August 2016

Detailed methods for the chemical analysis of terpenes, phenolics, and soluble protein

Appendix A. Perfume differentiation in orchid bees. Fig. A1 shows a rotating, three-dimensional fragrance space of Euglossa spp. on Barro Colorado Island, Panama, in which the multidimensional scaling plot is based on the same data and analysis as the two-dimensional representation in Fig. 2a, but allows one additional dimension and thus accommodates more of the variation in the underlying similarity matrix (stress = 0.15). Fig. A2 is a full version of Fig. 4.

Yvonne Zimmermann (2917622)
Santiago R. Ramírez (2917625)
Thomas Eltz (666044)

August 2016

Perfume differentiation in orchid bees. Fig. A1 shows a rotating, three-dimensional fragrance space ...

SPME-GC/MS identification of aroma compounds in rose flowers

Héthelyi É B,
Szarka, Szabolcs
Lemberkovics, Éva
Szőke, Éva

March 2016

The content and composition of active ingredients and essential oils in medicinal and aromatic plant...

Appendix B. A table showing species added as seed to the experimental seed addition treatments.

Katherine L. Gross (794221)
Gary G. Mittelbach (2912393)
Heather L. Reynolds (2526523)

August 2016

A table showing species added as seed to the experimental seed addition treatments

Appendix B. Detailed description of methods for floral community sampling, greenhouse rearing of plants, and PCR.

S. D. Gillespie (2925162)
L. S. Adler (2925165)

August 2016

Detailed description of methods for floral community sampling, greenhouse rearing of plants, and PCR

Appendix A. A table of pollens collected by Osmia lignaria at different sites within the agricultural-natural landscape.

Neal M. Williams (2904110)
Claire Kremen (147400)

August 2016

A table of pollens collected by Osmia lignaria at different sites within the agricultural-natural la...

Fig. 1 in Biosynthesis and emission of methyl hexanoate, the major constituent of floral scent of a night-blooming water lily Victoria cruziana

Jiang, Yifan
Liu, Guanhua
Zhang, Wanbo
Zhang, Chi
Chen, Xinlu
Chen, Yuchu
Yu, Cuiwei
Yu, Dongbei
Fu, Jianyu
Chen, Feng

November 2021

Fig. 1. The identification of volatiles emitted from the flowers of V. cruziana. A, the chromatogram...

Appendix A. A table presenting species, their geographic locations, and studies used in the database.

Hafiz Maherali (130749)
William T. Pockman (2913221)
Robert B. Jackson (192911)

August 2016

A table presenting species, their geographic locations, and studies used in the database

Table S1. Mean relative amount (%) of chemical compounds on floral scent of three forms of cultivated Plumeria rubra L

Meng, L (via Mendeley Data)

February 2019

Chemical compositions of floral scent emitted by three forms of cultivated Plumeria rubra L. are giv...

Table S1. Mean relative amount (%) of chemical compounds on floral scent of three forms of cultivated Plumeria rubra L

Meng, L

Chemical compositions of floral scent emitted by three forms of cultivated Plumeria rubra L. are giv...

Appendix A. Principal components analysis of DOM chemical composition at the beginning and end of experiments.

Kristin E. Judd (2914718)
Byron C. Crump (239884)
George W. Kling (1882258)

August 2016

Principal components analysis of DOM chemical composition at the beginning and end of experiments

Appendix C. A table showing the effect of nectar treatment (high vs. low alkaloid), floral morph (pin vs. thrum), and their interaction on components of bee preference in 2004.

Lynn S. Adler (823309)
Rebecca E. Irwin (637664)

August 2016

A table showing the effect of nectar treatment (high vs. low alkaloid), floral morph (pin vs. thrum)...

Appendix A. A table summarizing literature search results for papers relevant to scent compounds in nature.

Robert A. Raguso (447318)

August 2016

A table summarizing literature search results for papers relevant to scent compounds in nature

Appendix C. A list of 22 putative fragrance motifs inferred from intercorrelation analysis of male fragrance compounds, and their occurrence in different species of Euglossa.

Yvonne Zimmermann (2917622)
Santiago R. Ramírez (2917625)
Thomas Eltz (666044)

August 2016

A list of 22 putative fragrance motifs inferred from intercorrelation analysis of male fragrance com...

Appendix B. Supplementary information on the quantification of monoterpene concentrations in sagebrush (Artemisia spp.) samples, including methods, materials, and a table of gas chromatograph retention times.

Graham G. Frye (2925081)
John W. Connelly (423309)
David D. Musil (2925078)
Jennifer S. Forbey (2925075)

August 2016

Supplementary information on the quantification of monoterpene concentrations in sagebrush (Artemisi...

Appendix A. Detailed methods for the chemical analysis of terpenes, phenolics, and soluble protein.

Paul V. A. Fine (175511)
Zachariah J. Miller (2914685)
Italo Mesones (2914679)
Sebastian Irazuzta (2914682)
Heidi M. Appel (724998)
M. Henry H. Stevens (268009)
Ilari Sääksjärvi (779319)
Jack C. Schultz (724999)
Phyllis D. Coley (459358)

August 2016

Detailed methods for the chemical analysis of terpenes, phenolics, and soluble protein

Appendix A. Perfume differentiation in orchid bees. Fig. A1 shows a rotating, three-dimensional fragrance space of Euglossa spp. on Barro Colorado Island, Panama, in which the multidimensional scaling plot is based on the same data and analysis as the two-dimensional representation in Fig. 2a, but allows one additional dimension and thus accommodates more of the variation in the underlying similarity matrix (stress = 0.15). Fig. A2 is a full version of Fig. 4.

Yvonne Zimmermann (2917622)
Santiago R. Ramírez (2917625)
Thomas Eltz (666044)

August 2016

Perfume differentiation in orchid bees. Fig. A1 shows a rotating, three-dimensional fragrance space ...

SPME-GC/MS identification of aroma compounds in rose flowers

Héthelyi É B,
Szarka, Szabolcs
Lemberkovics, Éva
Szőke, Éva

March 2016

The content and composition of active ingredients and essential oils in medicinal and aromatic plant...

Appendix B. A table showing species added as seed to the experimental seed addition treatments.

Katherine L. Gross (794221)
Gary G. Mittelbach (2912393)
Heather L. Reynolds (2526523)

August 2016

A table showing species added as seed to the experimental seed addition treatments

Appendix B. Detailed description of methods for floral community sampling, greenhouse rearing of plants, and PCR.

S. D. Gillespie (2925162)
L. S. Adler (2925165)

August 2016

Detailed description of methods for floral community sampling, greenhouse rearing of plants, and PCR

Appendix A. A table of pollens collected by Osmia lignaria at different sites within the agricultural-natural landscape.

Neal M. Williams (2904110)
Claire Kremen (147400)

August 2016

A table of pollens collected by Osmia lignaria at different sites within the agricultural-natural la...

Fig. 1 in Biosynthesis and emission of methyl hexanoate, the major constituent of floral scent of a night-blooming water lily Victoria cruziana

Jiang, Yifan
Liu, Guanhua
Zhang, Wanbo
Zhang, Chi
Chen, Xinlu
Chen, Yuchu
Yu, Cuiwei
Yu, Dongbei
Fu, Jianyu
Chen, Feng

November 2021

Fig. 1. The identification of volatiles emitted from the flowers of V. cruziana. A, the chromatogram...

Appendix A. A table presenting species, their geographic locations, and studies used in the database.

Hafiz Maherali (130749)
William T. Pockman (2913221)
Robert B. Jackson (192911)

August 2016

A table presenting species, their geographic locations, and studies used in the database

Table S1. Mean relative amount (%) of chemical compounds on floral scent of three forms of cultivated Plumeria rubra L

Meng, L (via Mendeley Data)

February 2019

Chemical compositions of floral scent emitted by three forms of cultivated Plumeria rubra L. are giv...

Table S1. Mean relative amount (%) of chemical compounds on floral scent of three forms of cultivated Plumeria rubra L

Meng, L

Chemical compositions of floral scent emitted by three forms of cultivated Plumeria rubra L. are giv...

Appendix A. Principal components analysis of DOM chemical composition at the beginning and end of experiments.

Kristin E. Judd (2914718)
Byron C. Crump (239884)
George W. Kling (1882258)

August 2016

Principal components analysis of DOM chemical composition at the beginning and end of experiments

Appendix C. A table showing the effect of nectar treatment (high vs. low alkaloid), floral morph (pin vs. thrum), and their interaction on components of bee preference in 2004.

Lynn S. Adler (823309)
Rebecca E. Irwin (637664)

August 2016

A table showing the effect of nectar treatment (high vs. low alkaloid), floral morph (pin vs. thrum)...

Appendix B. A table showing scent compounds identified from floral and nectar headspace using SPME-GC-MS.

Abstract

Extracted data

Appendix B. A table showing scent compounds identified from floral and nectar headspace using SPME-GC-MS.

Abstract

Extracted data

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