the korean bird information system (kbis) national science meseum of korea incob 2009, singapore

The Korean Bird Information System (KBIS)

National Science Meseum of KoreaInCoB 2009, Singapore


Acknowledgement

National Science Meseum of Korea

Dr. Woon-Kee Paek, National Science Museum, Korea

Dr. Jong Bhak, Korean BioInformation Center, KRIBB

Mr. Dae-Won Chang, Ubi-system Co., Ltd.


Contents

1 Background

2 KBIS Overview

3 User Interface & Key features

4 Prospects

5 Conclusion



1 BackgroundNational Science Meseum of Korea

The biodiversity has been benefits to human being.

Coastal living things

New medicine development

Forest products, Therapeutic forest



The Birds is the at the top echelon of the food chain.

The Birds is indicator of the earth’s environmental issues, pollution and habitat environment.

1 Background



For preservation and management of the birds, global effort requires.

Korea is located in the midst of the EAAF which have been serving as an important habitat for over 50 million water birds.

Partnership

for the EAST ASIAN-AUSTRALASIAN FLYWAY

Important Waterbird Sites(blue) and

Network Partnership Sites(red) on the EAAF

1 Background



Development of biodiversity information system for the birds.

Avian Knowledge Network The screen which inputs GPS data, GPS and a Laser range finder

The voluntary participation of citizens.Web environments of Web 2.0 (Participation and data sharing) and information technology advancement.Personal devices and media advancement.

1 Background



KBIS main page

2 KBIS Overview

KBIS had been developed for korean bird diversity and preservation that could participate by experts and non-experts.


2 KBIS OverviewNational Science Meseum of Korea

KBIS System architecture

GBIF


2 KBIS OverviewNational Science Meseum of Korea

Data standard

DateLastModified *D InstitutionCode * CollectionCode * CatalogNumber *

ScientificName * BasisOfRecord Kingdom Phylum

Class Order Family Genus

Species Subspecies ScientificNameAuthor

IdentifiedBy

YearIdentified MonthIdentified DayIdentified TypeStatus

CollectorNumber FieldNumber Collector YearCollected

MonthCollected DayCollected JulianDay TimeOfDay

ContinentOcean Country StateProvince County

Locality Longitude Latitude CoordinatePrecision

MinimumElevation MaximumElevation MinimumDepth MaximumDepth

BoundingBox Sex PreparationType IndividualCount

PreviousCatalogNumber

RelationshipType RelatedCatalogItem Notes

Darwin Core 2.0* a required fields

Adopted Data standard to Darwin Core 2.0

Classification system for wetland types of the information Sheet on Ramsar wetlands

Adopted Data standard to RIS Classification system for wetland type


National Science Meseum of Korea 3User Interface & Key

features

Observational data

1

2

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8

9

1

2

3

4

5

AnatidaeCranesRaptorsShorebird



features

Observational data with identification tag or band

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8



features

My guide book



features

Data Error Management Function


National Science Meseum of Korea 4 Prospects

Develop an easier program for participation of inexperienced users by bird species identification program by its morphology (e.g., image and pictures).

Link to related sites (e.g., NARIS and GBIF ) to get various contents.

Develop the mobile application interface.


National Science Meseum of Korea 5 Conclusion

The interaction between recreational and professional bird watchers.

KBIS, play a great role in the conservation and protection of birds, collaborative partnerships, and environmental governance to the biodiversity community.

Adopted Darwin Core 2.0 as international guidelines.

Accompanied by comments function go through the verification by expert’s reviews..

Included habitat information in observational data.

the korean bird information system (kbis) national science meseum of korea incob 2009, singapore

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