Exporting a Formatted Record
The /edsapi/rest/exportformat endpoint retrieves a single record citation by specifying the Accession Number (AN), database identifier (DBID), and format. This allows you to specify an export format. The /edsapi/rest/exportformat endpoint is not available for guest sessions.
To retrieve a formatted record, you will first need the AN and DBID of the record. You can find the AN and DBID in the search response as seen below.
<Record>
<ResultId>1</ResultId>
<Header>
<DbId>a9h</DbId>
<DbLabel>Academic Search Complete</DbLabel>
<An>376362</An>
<RelevancyScore>2340</RelevancyScore>
</Header>
<!-- Rest of record data -->
</Record>
Endpoint URL for Retrieving a Formatted Record
GET /eds-api.ebscohost.com/edsapi/rest/exportformat
Data Parameters
To Use the ExportFormat Endpoint:
Gather the following information for the request:
Parameter Name | Description | Required or Optional | Parameter Type | Format | Example Values |
---|---|---|---|---|---|
x-authenticationToken | Token identifying the caller. | Required | Header | string | f4714669-ebfa-40d3-acac-bf6e0f22fbb9 |
x-sessionToken | Token identifying the session this call is in relation to. | Required | Header | string | 4cc009f9-6acd-4a82-ab9f-0401392431a4.kL9OvDK8pTL7x5YDaaCyzg== |
DBID | Database short name specifying which database to retrieve the record from. | Required | Query | string | "lfh" |
AN | Identifier of the record to obtain. | Required | Query | string | 9701242189 |
format | Export format to retrieve. | Required | Query | string | ris |
/edsapi/rest/exportformat supports application/xml or application/json.
Request
GET http://eds-api.ebscohost.com/edsapi/rest/exportformat?dbid=lfh&an=9701242189&format=ris
Response
{
"Format": "RIS",
"Label": "RIS Format",
"Data": "TY - THES\r\nID - 2017-33541-134\r\nAN - 2017-33541-134\r\nAU - Sokolow, Sharona Yael\r\nT1 - Health impacts of expanding urban recycled water use in California.\r\nJF - Dissertation Abstracts International: Section B: The Sciences and Engineering\r\nJO - Dissertation Abstracts International: Section B: The Sciences and Engineering\r\nY1 - 2018///\r\nVL - 78\r\nIS - 10-B(E)\r\nCY - US\r\nPB - ProQuest Information & Learning\r\nSN - 0419-4217\r\nSN - 978-1369847185\r\nN1 - Accession Number: 2017-33541-134. Other Journal Title: Dissertation Abstracts International. Partial author list: First Author & Affiliation: Sokolow, Sharona Yael; University of California, Los Angeles, Environmental Health Sciences, US. Release Date: 20171106. Publication Type: Dissertation Abstract (0400). Format Covered: Electronic. Document Type: Dissertation. Dissertation Number: AAI10286999. ISBN: 978-1369847185. Language: English. Major Descriptor: Conservation (Ecological Behavior); Public Health; Water Safety. Minor Descriptor: Health. Classification: Health & Mental Health Treatment & Prevention (3300). Population: Human (10). Location: US. Methodology: Empirical Study; Interview; Nonclinical Case Study; Qualitative Study. \r\nAB - The overarching goal of the work described herein is to elucidate how expanding recycled water systems throughout California would impact human health and how we might lower barriers to the expanded use of recycled water in this region. We focused on three topics: (1) comparing the health impacts of expanded use of recycled water to other water conservation strategies in Southern California; (2) conducting a detailed case study on the financial costs, greenhouse gas emissions, energy and health of different water source scenarios for Long Beach Water District (LBWD); and (3) interviewing public health and water industry professionals to understand barriers to expanded use of recycled water in California. Based on our first study, we concluded that expansion of recycled water has the potential to yield greater net health benefits than other water conservation strategies in Southern California, when the full range of health impacts of water conservation strategies, including those related to energy use and human health, are taken into consideration. In our second study, we found that maximizing recycled water use in LBWD would lower energy and greenhouse gas emissions and be more cost effective than other water source options by as early as 2025. In our third study, we found that critical stakeholders perceive that the majority of the barriers that prevent expansion of recycled water use in Southern California fall into the following categories: regulatory restrictions, infrastructure costs, lack of funding, requirements for new technology, adverse health effects, and negative public perception of recycled water. Taken together, these studies provide clear insights into the advantages associated with expanding use of recycled water in Southern California, the gaps between perceived and real barriers to expanded use of recycled water, and how committed stakeholders---including those in the public health profession---can help ensure that water solutions that benefit our region's health are pursued going forward. (APA PsycInfo Database Record (c) 2017 APA, all rights reserved)\r\nKW - health\r\nKW - recycled water\r\nKW - water conservation\r\nKW - public health\r\nKW - Conservation (Ecological Behavior)\r\nKW - Public Health\r\nKW - Water Safety\r\nKW - Health\r\nUR - http://search.ebscohost.com/login.aspx?direct=true&db=psyh&AN=2017-33541-134&site=eds-live&scope=site\r\nDP - EBSCOhost\r\nDB - psyh\r\nER - "
}
<ExportFormatResponseMessage xmlns="http://epnet.com/webservices/EbscoApi/Contracts" xmlns:i="http://www.w3.org/2001/XMLSchema-instance">
<Format>RIS</Format>
<Label>RIS Format</Label>
<Data>TY - THES
ID - 2017-33541-134
AN - 2017-33541-134
AU - Sokolow, Sharona Yael
T1 - Health impacts of expanding urban recycled water use in California.
JF - Dissertation Abstracts International: Section B: The Sciences and Engineering
JO - Dissertation Abstracts International: Section B: The Sciences and Engineering
Y1 - 2018///
VL - 78
IS - 10-B(E)
CY - US
PB - ProQuest Information
SN - 0419-4217
SN - 978-1369847185
N1 - Accession Number: 2017-33541-134. Other Journal Title: Dissertation Abstracts International. Partial author list: First Author & Affiliation: Sokolow, Sharona Yael; University of California, Los Angeles, Environmental Health Sciences, US. Release Date: 20171106. Publication Type: Dissertation Abstract (0400). Format Covered: Electronic. Document Type: Dissertation. Dissertation Number: AAI10286999. ISBN: 978-1369847185. Language: English. Major Descriptor: Conservation (Ecological Behavior); Public Health; Water Safety. Minor Descriptor: Health. Classification: Health & Mental Health Treatment & Prevention (3300). Population: Human (10). Location: US. Methodology: Empirical Study; Interview; Nonclinical Case Study; Qualitative Study.
AB - The overarching goal of the work described herein is to elucidate how expanding recycled water systems throughout California would impact human health and how we might lower barriers to the expanded use of recycled water in this region. We focused on three topics: (1) comparing the health impacts of expanded use of recycled water to other water conservation strategies in Southern California; (2) conducting a detailed case study on the financial costs, greenhouse gas emissions, energy and health of different water source scenarios for Long Beach Water District (LBWD); and (3) interviewing public health and water industry professionals to understand barriers to expanded use of recycled water in California. Based on our first study, we concluded that expansion of recycled water has the potential to yield greater net health benefits than other water conservation strategies in Southern California, when the full range of health impacts of water conservation strategies, including those related to energy use and human health, are taken into consideration. In our second study, we found that maximizing recycled water use in LBWD would lower energy and greenhouse gas emissions and be more cost effective than other water source options by as early as 2025. In our third study, we found that critical stakeholders perceive that the majority of the barriers that prevent expansion of recycled water use in Southern California fall into the following categories: regulatory restrictions, infrastructure costs, lack of funding, requirements for new technology, adverse health effects, and negative public perception of recycled water. Taken together, these studies provide clear insights into the advantages associated with expanding use of recycled water in Southern California, the gaps between perceived and real barriers to expanded use of recycled water, and how committed stakeholders---including those in the public health profession---can help ensure that water solutions that benefit our region's health are pursued going forward. (APA PsycInfo Database Record (c) 2017 APA, all rights reserved)
KW - health
KW - recycled water
KW - water conservation
KW - public health
KW - Conservation (Ecological Behavior)
KW - Public Health
KW - Water Safety
KW - Health
</Data>
</ExportFormatResponseMessage>
No Guest Session Access
The /edsapi/rest/exportformat endpoint is not available for guest sessions. If the endpoint is called with a guest session token, an HTTP 400 error will be returned with the body of the message.
{
"DetailedErrorDescription":"No guest access for citations.",
"ErrorDescription":"Guest session access restricted",
"ErrorNumber":"148"
}
<APIErrorMessage xmlns="http://epnet.com/webservices/EbscoApi" xmlns:i="http://www.w3.org/2001/XMLSchema-instance">
<DetailedErrorDescription>No guest access for citations.</DetailedErrorDescription>
<ErrorDescription>Guest session access restricted</ErrorDescription>
<ErrorNumber>148</ErrorNumber>
</APIErrorMessage>
Exporting a Formatted Record Error Codes
Error | Description |
---|---|
148 | Guest session access restricted |
149 | Guest session access restricted |
152 | Export format is not available for this record. |
Updated 6 months ago