These chapters provide best practice instructions for the software. Every chapter sets the focus on certain aspects for handling the data, e.g. how to store data for drawer digitization.
Beispiel einer Nasssammlung mit zahlreichen Objekten in einem Gefäß
Subsections of Best practice
Best practice
Artefact collection
Unter Artefakt wird in der DWB ein künstlich erstelltes Objekt verstanden, e.g. ein Kunstwerk, ein Werkzeug, ein Organismus oder die Nachbildung eines Organs.
Beispielsweise eine Sammlung mit Modellen von Organen etc. oder prähistorische Werkzeuge
Details zur Erstellung und zum Material des Artefakts werden in → Processing verwaltet.
Details zum Erwerb, Kaufpreis etc. des Artefakts werden in → Transaction verwaltet.
Discovery of the artefact of the artefact are handled in the → CollectionEvent
Discoverer of the artefact are handled in the → CollectionAgent
Related terminologies
If the artefact is related to a biological organism the taxonomy is handled in → DiversityTaxonNames
Other aspects of the artefact, e.g. the cultural period or the systematic of a molded bone can relate to terms in → DiversityScientificTerms
Related terminologies
Auch für die Modelle sollten, sofern anwendbar, die verwendenden Namen mit den entsprechenden Quellen in DiversityTaxonNames beziehungsweise DiversityScientificTerms verknüpft werden. Ein Beispiel wäre ein Abguss eines Knochens wobei sich das Taxon auf DiversityTaxonNames bezieht und der Knochen selbst auf einen Begriff in DiversityScientificTerms bezieht. Die Einordnung eines Kunstwerks, e.g. Barock kann ebenfalls über DiversityScientificTerms erfolgen.
Herstellung
Die Herstellung und das Material des Abgusses werden in Processing dokumentiert.
Fundkontext
Handelt es sich um ein Objekt das an einem bestimmten Ort aufgefunden wurde, so kann der Ort und sofern relevant der geologische Kontext über das Sammelereignis charakterisiert werden.
Ein Beispiel wäre eine Sammlung von Knochen, Mineralien oder ein Insektenkasten mit genadelten Insekten. Dabei ändert sich die Position der einzelnen Objekte innerhalb des Containers nicht. So liegt beispielsweise jeder Knochen in einem separaten Gefäß in der Schublade. Damit kann der Zustand des Containers mit allen darin befindlichen Objekten erfasst werden (s. Kapitel Sammlungsplan). Die Position der Objekte kann anhand einer Abbildung erfasst werden. Sollte sich eine Position ändern wird der neue Zustand mittels einer neuen Abbildung erfasst. Der vorherige Zustand bleibt als Backup erhalten.
---
title: Collection in containers
---
graph TD;
Container(Container) -->| capture image for a plan | CollectionPlan[Plan of container]
CollectionPlan --> | record position of objects | Objects
Container --> | contains objects | Objects
Container --> Rearrange{Rearrange<br/>objects}
Rearrange --> | new plan of container | CollectionPlan
Rearrange --> | backup for previous plan | CollectionImage
Eine Sammlung von Bohrkernen von e.g. Gesteinen, Eis oder Bäumen
Namen mit Verweis auf die Datenbank ScientificTerms oder TaxonNames.
Analysen zur Charakterisierungen einzelner Schichten mit e.g. Mineralen
Fundstellen wie Steinbrüche, Bergwerke, Gletscher, Waldparzellen etc. in SamplingPlots
Für Mineralien und Gesteine kann man zunächst im Modul DiversityScientificTerms die Namen erfassen. Für die Gesteine kann man wie im Kapitel Dependency beschrieben auch abhängige Terminologien erfassen. Diese lassen sich dann als abhängige Bestimmungen wie im Kapitel Supplementary identification verwenden.
Bohrung
Informationen zur Sammlung, zur Bohrfirma etc. werden in DiversityAgents gespeichert
Die Informationen zu den Fundorten lassen sich entweder in DiversityCollection und/oder in DiversitySamplingPlots erfassen.
Die unterschiedlichen Schichten innerhalb des Bohrkerns werden als Teilsample des Bohrkerns erfasst. Dabei kann ein Unit in mehreren Teilsamples vorhanden sein.
Tertiär || Kreide
In dem Beispiel unten wurden 3 Bohrkerne einer Bohrung erfasst. Einer der Bohrkerne enthält die KT-Grenze (s. Abb. links). Nur für diesen Bohrkern sind die Details dargestellt. (Bestimmungen sind ausgeblendet)
Einordnung in Datenbank
CollectionEvent: Bohrung mit Zeit (von - bis), …
CollectionEventLocalisation:
Ort
Koordinaten
Gesamttiefe
…
CollectionEventMethod:
Spülung
Bohrkrone
…
CollectionSpecimen: Bohrkern
…
CollectionSpecimen: Bohrkern
CollectionAgent: Institut, …
IdentificationUnit: Abschnitt (e.g. Kreide)
IdentificationUnitAnalysis: Analysen
Tiefe
Alter
…
IdentificationUnit: Mineral
Collection: Sammlung, Lagerung, …
CollectionSpecimenPart: Bohrkern
CollectionSpecimenPart: Probe
IdentificationUnitInPart: Mineral
IdentificationUnitAnalysis: Analysen
Datierung
…
CollectionSpecimenProcessing:
Säureaufschluss
CollectionSpecimenProcessingMethod:
Konzentration
…
IdentificationUnit: Fossil
CollectionSpecimenPartDescription: Stratigraphie
Transaction: Bohrung
TransactionAgent: Firma
TransactionPayment: Kosten der Bohrung
TransactionDocument: Vertragsdokumente zur Bohrung
Verweis auf das zugehörige Taxon (s. Kapitel Bestimmung)
Angabe über Art und Ort der Lagerung (s. Kapitel Sammlung)
Methodik und Ergebnisse von Sequenzierungen (s. Kapitel Prozessierung)
Verweis auf internationale Register (s. Kapitel Beziehungen)
Die Objekte von denen DNA extrahiert wird werden gekennzeichnet (e.g. Label an einem Fisch aus einem Gefäß mit mehreren Exemplaren). Die DNA-Probe wird als abhängig vom entsprechenden Objekt in der Datenbank eingetragen. Methodik etc. werden mit dem Eintrag für die DNA verknüpft. Teilproben aus der DNA-Probe werden als abhängige Datensätz der DNA-Probe eingetragen.
graph TD;
Sample[Sample e.g.<br/>Taxon,<br/>soil,<br/>waterbody]
DNA[Mastersample of DNA]
Analysis[PCR analysis]
Methods[Methods used for PCR]
DnaSubsample[Subsample of DNA]
Sample -->| Extraction of DNA | DNA
DNA --> | removal of subsample | DnaSubsample
DNA --> | Analysing DNA | Analysis
Methods --> Analysis
Analysis --> Taxa
Typisches Beispiel: eine Institution, verschiedene Abteilungen und deren Mitarbeiter wobei einzelne Mitarbeiter mehreren Abteilungen zugeordnet sein können.
The Loan Transactions section of DiversityCollection provides a solution for managing and documenting all aspects of loaned objects. This feature enables you to handle every stage of the loan process.
Within the Loan Transactions, you can:
Create and manage new loans.
Utilize customizable letter templates, including loan slips, reminders, dunning letters, acknowledgments of receipt, and more.
Record and track forwarded items.
Manage returns and document any damages for future reference.
Generate statistics to analyze loan activities.
Involved Modules of the DiversityWorkbench framework are:
For further information, see the chapter Loan in the module DiversityCollection.
Prerequisites
DiversityAgents: The institution/lender and the borrowing institution must both be managed in DiversityAgents and have addresses stored there. The address information is used for creating letters, etc. For information on creating a new institution or person in DiversityAgents, see the Chapter Add a new Instituition/Agent of the module DiversityAgents. For information on adding an institution’s address information, see Chapter Contact Data.
DiversityCollection: Unlike the other data, the user authorizations for loans are not managed via projects but rather via assignment to collections. A prerequisite for processing loans is the role
CollectionManager or Administrator. This means, the user handling the loans must have the role of Collection Manager or Administrator for the collection whose objects are being loaned. For more information on handling collections in DiversityCollection see the Collection chapter.
Create a new loan
To open the loan management window, select Transaction Management → Transaction… from the Administration menu in the main window (see Screenshot below).
A new window will open. Here, you can manage all transactions of different types.
To add a new loan, click the button with the white sheet (see point 1 in the screenshot).
A first dialog window appears in which you must select the administrating collection in which the requested objects are located (see point 2 in the screenshot).
Another dialog box will appear where you must select the transaction type. In our case, this is “Loan” (see image below).
In the next dialog box you have to enter the name of the transaction. In our example it is “TestAusleihe”.
The new loan transaction is created.
There are some required fields. The first two are pre-filled after creation (see points 1 and 2 in the image below).
Next, you need to enter the “From” and “To” institutions. The “From” field contains the institution/agent from which the objects are borrowed. The “To” field contains the receiving institution. These fields will be linked to the DiversityAgents module to obtain the address information for the letters.
To do so, click the “Ammonite” button next to the fields (see step 3).
A query window for DiversityAgents will open. There you can query the institutions/agents. Confirm with OK.
You can see the linked “From” and “To” fields (see point 1 and 2 in the image below).
Next, you need to enter a start and end date for the loan (see the point 3 in the image below). The duration can be extended if necessary either within specified ranges using the ▿ button or by setting the date manually.
Don’t forget to save your entries. Click the Save button (see point 4 in the image below).
Next we will add the requested object to the loan and create a cover letter.
Generate a loan slip
To enter the requested objects and create a cover letter, we switch to the “Sending” tab (see image below).
To add the accession numbers, you can either scan the barcode or enter the accession numbers manually.
To scan, right-click the red field (see step 1) and then scan the barcode . The accessionnumber of your object will be automatically added to the red list.
If you don’t have a barcode scanner, you can enter and select the accessionnumber of your object in the field below (see step 2).
The objects selected for loan are displayed in the red list.
To create a cover letter, which lists all requested objects, you first need to select a schema. To do this, click the folder button (see point 4 in the image above). We provide a few predefined xslt schemas with the DiversityCollection software. However, you can also create your own. In this example, Sending.xslt was selected.
To create and see a preview of the cover letter click on the preview button (see point 5 in the image above).
You will be asked if you want to save the cover letter. You can access saved documents at any time via the “ Saved Documents” tab.
A preview of the cover letter is shown. To print it, click on the printer button (see image below).
Record the returns of the loans
After the loan is partially or completely returned, the accession numbers and their barcodes are scanned and added to the list of returned receipts. Furthermore, a letter confirming receipt of the return is issued.
Create a return transaction
To enter a return, a new object is created in the transaction tree. To do this, select the transaction for which the return is being made (see point 1 in the image below).
Click the “New” button (see point 2 in the image below).
A dialog opens. Select “return” from the drop-down menu.
In the next dialog, enter a name for the return transaction.
Then click on the newly created return transaction in the tree (see point 3 in the image below). At the bottom, you will see the tabs for entering your return (see point 4 in the image below).
Add returned objects to the list
To add the returned accession numbers, you can either scan the barcode or move the accession numbers manually.
To add the returned accession numbers to the return transaction list, you must switch to the ‘Return’ tab (see point 1 in the image below).
To manually move the accession numbers, select the returned items in the red field. Move them to the green ‘Return List’ by clicking the down arrow button (see point 2 and 3 in the image below).
If you are using a barcode scanner, click in the red field below the green loan list (see point 3 in the image below) and scan your barcodes.
The returned accession numbers are listed in the green ‘Return List’ field (see image below).
Create an acknowledgements of receipt
To create an acknowledgements of receipt, which lists all returned objects, you first need to select a schema. To do this, click the folder button (see point 1 in the image below). We provide a few predefined xslt schemas with the DiversityCollection software. However, you can also create your own. In this example, Return.xslt was selected.
To create and see a preview of the acknowledgements of receipt click on the preview button (see point 2 in the image below).
You will be asked if you want to save the cover letter. You can access saved documents at any time via the “ Saved Documents” tab.
A preview of the acknowledgements of receipt is shown. To print it, click on the printer button (see point 3 in the image below).
Create reminders and dunning letter
Create a reminder for the acknowledgements of receipt
After the loan has been sent, a letter can be created requesting confirmation of receipt of the loan.
To create a confirmation letter listing all borrowed items, you must first select the transaction for which the confirmation letter is being made (see point 1 in the image below).
Switch to the Confirmation tab (see point 2 in the image below).
To create a confirmation letter, you must first select a scheme. To do this, click the folder button (see point 3 in the image below). We provide a few predefined xslt schemas with the DiversityCollection software. However, you can also create your own. In this example, ConfirmationReceiver.xslt was selected.
To create and see a preview of the letter click on the preview button (see point 4 in the image below).
You will be asked if you want to save the confirmation letter. You can access saved documents at any time via the “ Saved Documents” tab.
A preview of the confirmation letter is shown. To print it, click on the printer button (see point 5 in the image below).
Create a dunning letter
After the loan has expired, a reminder letter can be created.
To create a reminder letter listing all borrowed items, you must first select the transaction for which the reminder letter is being made.
Switch to the Reminder tab (see point 1 in the image below).
To create a reminder letter, you must first select a scheme. To do this, click the folder button (see point 2 in the image below). We provide a few predefined xslt schemas with the DiversityCollection software. However, you can also create your own. In this example, ConfirmationReceiver.xslt was selected.
To create and see a preview of the letter click on the preview button (see point 3 in the image below).
You will be asked if you want to save the reminder letter. You can access saved documents at any time via the “ Saved Documents” tab.
A preview of the reminder letter is shown. To print it, click on the printer button (see point 4 in the image below).
Document and manage forwarding
If the borrower requests forwarding, this can be entered into the database and a letter of approval can be created.
Create a forwarding transaction
To enter a forwarding, a new object is created in the transaction tree. To do this, select the transaction for which the forwarding is being made (see point 1 in the image below).
Click the “New” button (see point 2 in the image below).
A dialog opens. Select “forwarding” from the drop-down menu.
In the next dialog, enter a name for the forwarding transaction.
Then click on the newly created forwarding transaction in the tree (see point 3 in the image below). At the bottom, you will see the tabs for entering your forwarding (see point 4 in the image below).
Add forwarding objects to the list
To add the forwarding accession numbers to the forwarding transaction list, you must switch to the ‘Forwarding’ tab (see point 1 in the image below).
To move the accession numbers, select the items you want to forward in the red field. Move them to the blue ‘Forward List’ by clicking the down arrow button (see point 2 and 3 in the image below).
The forwarded accession numbers are listed in the blue ‘Forward List’ field (see image below).
Creation of a confirmation for Forwarding
To create a confirmation for Forwarding, which lists all forwarded objects, you first need to select a schema. To do this, click the folder button (see point 1 in the image below). We provide a few predefined xslt schemas with the DiversityCollection software. However, you can also create your own. In this example, Forwarding.xslt was selected.
To create and see a preview of the confirmation click on the preview button (see point 2 in the image below).
You will be asked if you want to save the confirmation letter. You can access saved documents at any time via the “ Saved Documents” tab.
A preview of the confirmation is shown. To print it, click on the printer button (see point 3 in the image below).
Namen mit Verweis auf die Datenbank Scientific Terms.
Analysen zur Charakterisierungen einzelner Minerale etc.
Fundstellen wie Steinbrüche, Bergwerke etc. in SamplingPlots
Kristalldruse
Zunächst sollte man im Modul DiversityScientificTerms die Namen der Mineralien und Gesteine erfassen. Für die Gesteine kann man wie im Kapitel Dependency beschrieben auch abhängige Terminologien erfassen. Diese lassen sich dann als abhängige Bestimmungen wie im Kapitel Supplementary identification verwenden.
Die Informationen zu den Fundorten lassen sich entweder in DiversityCollection und/oder in DiversitySamplingPlots erfassen.
Pflanzen oder Tiere werden im Freiland kartiert. Dabei werden in der Regel keine Objekte gesammelt sondern lediglich das Vorhandensein an einen bestimmten Ort zur Zeit der Erfassung dokumentiert. Dies kann beispielsweise anhand von vorbereiteten Listen geschehen. Hierbei wird auch das Fehlen von Arten erfasst.
Werden einzelne Objekten zu Absicherung der Bestimmung gesammelt so werden diese in einer Sammlung aufgenommen.
Bei Kartierung von Biotopen können diese auf DiversitySamplingPlots oder DiversityGazetteer verweisen.
In der Datenbank werden für die nicht gesammelten Arten für einen Sammelpunkt ein zentrales Specimen ohne Daten angelegt. Für gesammelte Objekte wird jeweils ein Specimen mit Verweis auf das gleiche Sammelereignis angelegt.
Beispiel analog der Sammlung an der ZSM mit einem oder mehreren Fischen in einem Gefäß. Hinweis auf Entnahme einzelner Proben, Markierung der beprobten Objekte, Angaben zur Flüssigkeit etc.