Technical Documentation

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Environmental and Marine Science

Environmental and Marine Science Services

Home/Solutions/Environmental and Maring Science Services

JHT offers a broad range of value-driven support services with highly qualified personnel for professional, technical, managerial, communication, and administrative requirements in the environmental and marine science service areas.

Core capabilities include:

Scientific and Technical Support

Sustainable Fisheries Management

Social Science

  •  Program Management and Administrative Support
  •  Training, Education, Communication and Outreach
  •  Facilities and Grounds Maintenance
  •  Conferences and Exhibitions
  •  Technical Documentation and Publication Management

GSA Schedules

GS-00F-0059M Professional Services Schedule (PSS) (00CORP)

GS-07F-5730R Laboratory Testing and Analysis (Schedule 66/873)

GS-06-F-0102S Facilities Maintenance and Management (Schedule 03FAC)(SB)

NAICS Codes

541714 (SB) (Formerly 541711)

541715 (SB) (Formerly 541712)

541720 (SB)

561210 (SB)

National Marine Mammal Foundation

JHT provides the National Marine Mammal Foundation (NMMF) with over 20 years of combined expert-level vessel handling, safety and logistical support and dolphin research. Team members provide technical support for marine mammal field studies in Baratari Bay, Louisiana – an area heavily impacted by the Deepwater Horizon Spill in 2010 (ABC News Deepwater Horizon Oil Spill ). JHT staff offer ongoing assistance with critical fieldwork efforts that include dolphin capture release planning and logistics coordination for boats and equipment, photo-id analysis and monitoring, specimen analysis, data reporting and marine mammal handling

Publications

Climate Change and Watershed Hydrology—Heavier Precipitation Influence on Stormwater Runoff

Authors: Anne C. Blair and Denise Sanger

Abstract Excerpt: Stormwater runoff in the USA is a main driver of non-point source pollution and other major problems for urbanizing areas, and runoff effects will be exacerbated by the increased frequency and intensity of heavier storm events that are projected as climate changes. The purpose of this paper is to consider how increased rainfall from storms could influence direct stormwater runoff in urbanizing watersheds.

Click here to access the full publication.

For more information about our enviromental and marine solutions, please contact:

Adrian Cox acox@jht.com

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