Diversitymobile Wiki - User contributions [en]

IBF Eco

2010-08-04T09:07:19Z

Alkehl:

The temporal and spatial distribution of gall inducing sawflies on their host plant species (''Salix fragilis'') are recorded during two vegetation periods (2009, 2010) on an experimental plot at the Ecological-Botanical Garden of the University of Bayreuth. 40 plants belonging to four previously investigated and described clones are controlled in two week intervals. We record the occurrence of galls induced by ''Euura testaceipes, Phyllocolpa oblita'' und ''Pontania proxima'' as well as their location on the plant. Allocated shoots and leaves are marked and their growth is estimated by regular measurements. On each plant control shoots, exhibiting no galls are recorded as well. The relevance of shoot length will be investigated in the second year in a manipulation experiment, by pruning back half of the plants from each clone to induce long shoots.

Our '''scientific goal''' is to document the spatial distribution and temporal occurrence of the gall inducing species sharing the same host plants and to correlate gall occurrence and densities with factors like shoot length and shoot growth.

The '''technical goal''' is to test and improve the dataflow, especially to test export interfaces of the Diversity Workbench components to establish multiple possibilities to edit and analyze the previously stored data. Digital data gathering using a smart phone with ''DiversityMobile'' as well as the data synchronisation and data transfer to the repository database will be tested and optimized during the first year. In the second year of investigation all field data will be gained by using ''DiversityMobile'' and transferred to the repository database. Furthermore, new possibilities of data tranfer back to the scientist, user-friendly data editing and automated data analysis will be developed and tested.

Scientists in this workpackage: Dr. A. Kehl, Prof. Dr. G. Rambold

[http://www.daneco.uni-bayreuth.de/daneco/index.php?lang=de Central laboratory for DNA-Analytics and Ecoinformatics, University of Bayreuth]

[[File:SalixFlaeche.jpg|Experimental Plot]] [[File:Phyllocolpa.jpg|Phyllocolpa oblita]] [[File:Pontania.jpg|Pontania proxima]]

Kehl, A. 2006. Wirtsselektivität gallinduzierender Pflanzenwespen (Hymenoptera, Tenthredinidae) an Weiden (''Salix'' spp.): die Bedeutung von Phänotyp und Genotyp im ''Salix alba/S. fragilis''-Komplex für die Belegung mit Gallen, Dissertation, Universität Bayreuth

Kehl, A., & Rambold, G. 2008. Genotypical and multiple phenotypical traits discriminate Salix × rubens clearly from its parent species. Plant Systematics and Evolution, 275 (3–4): 169–179.

Kehl, A. & Rambold, G. 2010. Interference of host plant morphology and phenology and their correlation with abundance patterns of the leaf galling sawfly Pontania proxima. Population Ecology (Online First: DOI: 10.1007/s10144-010-0215-8).

Kehl, A.; Dötterl, S.; Aas, G.; Rambold, G. 2010. Is flower scent influencing host selection in leaf galling sawflies (Hymenoptera, Tenthredinidae) on willows? Chemoecology (Online First: DOI: 10.1007/s00049-010-0050-6).

[[IBF Eco - Internal Sites ]]

IBF Eco

2010-08-04T09:05:50Z

Alkehl:

The temporal and spatial distribution of gall inducing sawflies on their host plant species (''Salix fragilis'') are recorded during two vegetation periods (2009, 2010) on an experimental plot at the Ecological-Botanical Garden of the University of Bayreuth. 40 plants belonging to four previously investigated and described clones are controlled in two week intervals. We record the occurrence of galls induced by ''Euura testaceipes, Phyllocolpa oblita'' und ''Pontania proxima'' as well as their location on the plant. Allocated shoots and leaves are marked and their growth is estimated by regular measurements. On each plant control shoots, exhibiting no galls are recorded as well. The relevance of shoot length will be investigated in the second year in a manipulation experiment, by pruning back half of the plants from each clone to induce long shoots.

Our '''scientific goal''' is to document the spatial distribution and temporal occurrence of the gall inducing species sharing the same host plants and to correlate gall occurrence and densities with factors like shoot length and shoot growth.

The '''technical goal''' is to test and improve the dataflow, especially to test export interfaces of the Diversity Workbench components to establish multiple possibilities to edit and analyze the previously stored data. Digital data gathering using a smart phone with ''DiversityMobile'' as well as the data synchronisation and data transfer to the repository database will be tested and optimized during the first year. In the second year of investigation all field data will be gained by using ''DiversityMobile'' and transferred to the repository database. Furthermore, new possibilities of data tranfer back to the scientist, user-friendly data editing and automated data analysis will be developed and tested.

Scientists in this workpackage: Dr. A. Kehl, Prof. Dr. G. Rambold

Central laboratory for DNA-Analytics and Ecoinformatics, University of Bayreuth

[[File:SalixFlaeche.jpg|Experimental Plot]] [[File:Phyllocolpa.jpg|Phyllocolpa oblita]] [[File:Pontania.jpg|Pontania proxima]]

Kehl, A. 2006. Wirtsselektivität gallinduzierender Pflanzenwespen (Hymenoptera, Tenthredinidae) an Weiden (''Salix'' spp.): die Bedeutung von Phänotyp und Genotyp im ''Salix alba/S. fragilis''-Komplex für die Belegung mit Gallen, Dissertation, Universität Bayreuth

Kehl, A., & Rambold, G. 2008. Genotypical and multiple phenotypical traits discriminate Salix × rubens clearly from its parent species. Plant Systematics and Evolution, 275 (3–4): 169–179.

Kehl, A. & Rambold, G. 2010. Interference of host plant morphology and phenology and their correlation with abundance patterns of the leaf galling sawfly Pontania proxima. Population Ecology (Online First: DOI: 10.1007/s10144-010-0215-8).

Kehl, A.; Dötterl, S.; Aas, G.; Rambold, G. 2010. Is flower scent influencing host selection in leaf galling sawflies (Hymenoptera, Tenthredinidae) on willows? Chemoecology (Online First: DOI: 10.1007/s00049-010-0050-6).

[[IBF Eco - Internal Sites ]]

IBF Eco

2010-08-04T09:05:40Z

Alkehl:

The temporal and spatial distribution of gall inducing sawflies on their host plant species (''Salix fragilis'') are recorded during two vegetation periods (2009, 2010) on an experimental plot at the Ecological-Botanical Garden of the University of Bayreuth. 40 plants belonging to four previously investigated and described clones are controlled in two week intervals. We record the occurrence of galls induced by ''Euura testaceipes, Phyllocolpa oblita'' und ''Pontania proxima'' as well as their location on the plant. Allocated shoots and leaves are marked and their growth is estimated by regular measurements. On each plant control shoots, exhibiting no galls are recorded as well. The relevance of shoot length will be investigated in the second year in a manipulation experiment, by pruning back half of the plants from each clone to induce long shoots.

Our '''scientific goal''' is to document the spatial distribution and temporal occurrence of the gall inducing species sharing the same host plants and to correlate gall occurrence and densities with factors like shoot length and shoot growth.

The '''technical goal''' is to test and improve the dataflow, especially to test export interfaces of the Diversity Workbench components to establish multiple possibilities to edit and analyze the previously stored data. Digital data gathering using a smart phone with ''DiversityMobile'' as well as the data synchronisation and data transfer to the repository database will be tested and optimized during the first year. In the second year of investigation all field data will be gained by using ''DiversityMobile'' and transferred to the repository database. Furthermore, new possibilities of data tranfer back to the scientist, user-friendly data editing and automated data analysis will be developed and tested.

Scientists in this workpackage: Dr. A. Kehl, Prof. Dr. G. Rambold
Central laboratory for DNA-Analytics and Ecoinformatics, University of Bayreuth

[[File:SalixFlaeche.jpg|Experimental Plot]] [[File:Phyllocolpa.jpg|Phyllocolpa oblita]] [[File:Pontania.jpg|Pontania proxima]]

Kehl, A. 2006. Wirtsselektivität gallinduzierender Pflanzenwespen (Hymenoptera, Tenthredinidae) an Weiden (''Salix'' spp.): die Bedeutung von Phänotyp und Genotyp im ''Salix alba/S. fragilis''-Komplex für die Belegung mit Gallen, Dissertation, Universität Bayreuth

Kehl, A., & Rambold, G. 2008. Genotypical and multiple phenotypical traits discriminate Salix × rubens clearly from its parent species. Plant Systematics and Evolution, 275 (3–4): 169–179.

Kehl, A. & Rambold, G. 2010. Interference of host plant morphology and phenology and their correlation with abundance patterns of the leaf galling sawfly Pontania proxima. Population Ecology (Online First: DOI: 10.1007/s10144-010-0215-8).

Kehl, A.; Dötterl, S.; Aas, G.; Rambold, G. 2010. Is flower scent influencing host selection in leaf galling sawflies (Hymenoptera, Tenthredinidae) on willows? Chemoecology (Online First: DOI: 10.1007/s00049-010-0050-6).

[[IBF Eco - Internal Sites ]]

IBF Eco

2010-08-04T09:00:43Z

Alkehl:

The temporal and spatial distribution of gall inducing sawflies on their host plant species (''Salix fragilis'') are recorded during two vegetation periods (2009, 2010) on an experimental plot at the Ecological-Botanical Garden of the University of Bayreuth. 40 plants belonging to four previously investigated and described clones are controlled in two week intervals. We record the occurrence of galls induced by ''Euura testaceipes, Phyllocolpa oblita'' und ''Pontania proxima'' as well as their location on the plant. Allocated shoots and leaves are marked and their growth is estimated by regular measurements. On each plant control shoots, exhibiting no galls are recorded as well. The relevance of shoot length will be investigated in the second year in a manipulation experiment, by pruning back half of the plants from each clone to induce long shoots.

Our '''scientific goal''' is to document the spatial distribution and temporal occurrence of the gall inducing species sharing the same host plants and to correlate gall occurrence and densities with factors like shoot length and shoot growth.

The '''technical goal''' is to test and improve the dataflow, especially to test export interfaces of the Diversity Workbench components to establish multiple possibilities to edit and analyze the previously stored data. Digital data gathering using a smart phone with ''DiversityMobile'' as well as the data synchronisation and data transfer to the repository database will be tested and optimized during the first year. In the second year of investigation all field data will be gained by using ''DiversityMobile'' and transferred to the repository database. Furthermore, new possibilities of data tranfer back to the scientist, user-friendly data editing and automated data analysis will be developed and tested.

Scientists in this workpackage: Dr. A. Kehl, Prof. Dr. G. Rambold

[[File:SalixFlaeche.jpg|Experimental Plot]] [[File:Phyllocolpa.jpg|Phyllocolpa oblita]] [[File:Pontania.jpg|Pontania proxima]]

Kehl, A. 2006. Wirtsselektivität gallinduzierender Pflanzenwespen (Hymenoptera, Tenthredinidae) an Weiden (''Salix'' spp.): die Bedeutung von Phänotyp und Genotyp im ''Salix alba/S. fragilis''-Komplex für die Belegung mit Gallen, Dissertation, Universität Bayreuth

Kehl, A., & Rambold, G. 2008. Genotypical and multiple phenotypical traits discriminate Salix × rubens clearly from its parent species. Plant Systematics and Evolution, 275 (3–4): 169–179.

Kehl, A. & Rambold, G. 2010. Interference of host plant morphology and phenology and their correlation with abundance patterns of the leaf galling sawfly Pontania proxima. Population Ecology (Online First: DOI: 10.1007/s10144-010-0215-8).

Kehl, A.; Dötterl, S.; Aas, G.; Rambold, G. 2010. Is flower scent influencing host selection in leaf galling sawflies (Hymenoptera, Tenthredinidae) on willows? Chemoecology (Online First: DOI: 10.1007/s00049-010-0050-6).

[[IBF Eco - Internal Sites ]]

IBF Eco

2010-08-04T08:59:50Z

Alkehl:

The temporal and spatial distribution of gall inducing sawflies on their host plant species (''Salix fragilis'') are recorded during two vegetation periods (2009, 2010) on an experimental plot at the Ecological-Botanical Garden of the University of Bayreuth. 40 plants belonging to four previously investigated and described clones are controlled in two week intervals. We record the occurrence of galls induced by ''Euura testaceipes, Phyllocolpa oblita'' und ''Pontania proxima'' as well as their location on the plant. Allocated shoots and leaves are marked and their growth is estimated by regular measurements. On each plant control shoots, exhibiting no galls are recorded as well. The relevance of shoot length will be investigated in the second year in a manipulation experiment, by pruning back half of the plants from each clone to induce long shoots.

Our '''scientific goal''' is to document the spatial distribution and temporal occurrence of the gall inducing species sharing the same host plants and to correlate gall occurrence and densities with factors like shoot length and shoot growth.

The '''technical goal''' is to test and improve the dataflow, especially to test export interfaces of the Diversity Workbench components to establish multiple possibilities to edit and analyze the previously stored data. Digital data gathering using a smart phone with ''DiversityMobile'' as well as the data synchronisation and data transfer to the repository database will be tested and optimized during the first year. In the second year of investigation all field data will be gained by using ''DiversityMobile'' and transferred to the repository database. Furthermore, new possibilities of data tranfer back to the scientist, user-friendly data editing and automated data analysis will be developed and tested.

Scientists in this workpackage: Dr. A. Kehl, Prof. Dr. G. Rambold

[[File:SalixFlaeche.jpg|Experimental Plot]] [[File:Phyllocolpa.jpg|Phyllocolpa oblita]] [[File:Pontania.jpg|Pontania proxima]]

Kehl, A. 2006. Wirtsselektivität gallinduzierender Pflanzenwespen (Hymenoptera, Tenthredinidae) an Weiden (''Salix'' spp.): die Bedeutung von Phänotyp und Genotyp im ''Salix alba/S. fragilis''-Komplex für die Belegung mit Gallen, Dissertation, Universität Bayreuth
Kehl, A., & Rambold, G. 2008. Genotypical and multiple phenotypical traits discriminate Salix × rubens clearly from its parent species. Plant Systematics and Evolution, 275 (3–4): 169–179.
Kehl, A. & Rambold, G. 2010. Interference of host plant morphology and phenology and their correlation with abundance patterns of the leaf galling sawfly Pontania proxima. Population Ecology (Online First: DOI: 10.1007/s10144-010-0215-8).
Kehl, A.; Dötterl, S.; Aas, G.; Rambold, G. 2010. Is flower scent influencing host selection in leaf galling sawflies (Hymenoptera, Tenthredinidae) on willows? Chemoecology (Online First: DOI: 10.1007/s00049-010-0050-6).

[[IBF Eco - Internal Sites ]]

Possible Devices for DiversityMobile

2010-07-13T19:36:18Z

Alkehl:

DiversityMobile is developed under the paradigm that every "business" (smart-) mobile phone can run DiversityMobile. In the current implementation the [http://en.wikipedia.org/wiki/.net_framework .NET framework] is used. Hence, only mobile phones which are running und Windows mobile 5.0 or higher are currently supported. At the moment the portation of the sourcecode to [http://en.wikipedia.org/wiki/Java_me JAVA ME] is processed. This guarentees that DiversityMobile can fulfill this requirement.

At the moment a mobile device which runs DiversityMobile should fulfill the following requirements:

* Running under [http://en.wikipedia.org/wiki/Windows_Mobile Windows Mobile] 5.0 or higher
* [http://en.wikipedia.org/wiki/Gps GPS]
* Built-in camera
* Touchscreen

For the use of the mobile device outdoors some special requirements (after the [http://www.heise.de/glossar/entry/be456076ae9aff72 IP-Standard]) are desirable:

* Protection against hazardous parts
* Protection of the equipment inside the enclosure against harmful ingress of water
* Mechanical impact resistance

It is not necessary (but desireable for future extensions) that the mobile device is able to connect with mobile phone networks (enables online data transmission, access to Google Maps,....)

----

'''The following devices fulfill all the requirements and represent an actual list of recommendations with advantages and disadvantages: '''

Mobile phones with keyboard (QWERTZ):

*[[HP iPAQ 914]]
*[[HP iPAQ Data Messenger]]
*[[HTC Touch Pro]]
*[[HTC Touch Pro 2]] ''(2009, UR, W. v. Brackel, J. Simmel, 2010, UBT, A. Kehl)''
*[[Samsung SGH-i780]] ''(2008, SNSB, M. Weiss)''

Mobile phones with numerical keyboard (0-9):

*[[Asus P750]]

Mobile phones only with touchscreen:

*[[HTC Touch HD2]] ''(2010, SNSB, M. Weiss, UBT A. Kehl)''
*[[HTC Touch HD]] ''(2009, UR, J. Klotz)''
*[[HTC Touch Diamond]] ''(2009, UBT, T. Schneider)''
*[[Samsung SGH-i900 Omnia]] ''(2009, UBT, A. Kehl)
''
A comparison of the named mobile phones can be found [http://www.diversitymobile.net/wiki/images/1/18/Produktvergleich_Mobiltelephone.pdf here].

A mobile device fulfilling the outdoor requirements (attention: no phone!)

*[[Magellan MobileMapper6]]