Resource Type	Description
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Case Study pdf (610 KB)	Targeting Conservation Practices to Critical Areas (CSAs) For the Missisquoi Bay watershed in Vermont, Stone developed SWAT model simulations that used 30 years of historical climate data, and representative crop rotations were applied to the study area, in order to help inform watershed management strategies targeted to Critical Source Areas.
Models and Data zip (2.1 MB)	AGRO-2014 Model (v.1.2) AGRO-2014 v1.2 model (released May 29, 2015)
Presentation pdf (2.1 MB)	Application of a Probabilistic Aquatic Exposure Modeling Approach for Use in Endangered Species Assessments This presentation was given by the Stone/Intrinsik team - together with Paul Whatling from Cheminova - at the EMPM April 28 2015 meeting.
Presentation pdf (2.7 MB)	A Probabilistic Approach for Estimating the Spatial Extent of Pesticide Agricultural Use Sites and Potential Cooccurrence with Listed Species for Use in Ecological Risk Assessments This presentation was given by the Stone team - together with colleagues from Syngenta Crop Protection - at the April 28 2015 EMPM meeting.
Presentation pdf (1.2 MB)	Development and Testing on an Updated AGRO Model (AGRO 2014) for Predicting Aquatic and Benthic Pesticide Concentrations in Ponds This presentation was given by Stone's Lauren Padilla and Michael Winchell - along with Scott Jackson from BASF Corporation - at the April 2015 EMPM Meeting.
White Papers and Technical Articles	Using SWAT for Sub-Field Identification of Phosphorous Critical Source Areas in a Saturation Excess Runoff Region Link to the Hydrological Sciences Journal, where you can read the abstract and download the article.
News	Grant Helps Northfield Advance its Vision for Growth and Prosperity (Vermont Digger.org) This article in Vermont Digger online newspaper, highlights the $43,000 brownfields area-wide planning grant won by the town of Northfield, Vermont. Stone is pleased to be supporting this community revitalization effort.
Applications and Maps	Missisquoi Phosphorus Critical Source Areas This map shows Critical Source Areas - areas that are likely to produce disproportionate amount of phosphorus loading to adjacent waterways - in the Missisquoi Bay area in Vermont.
Company Literature	HRSC Visualization Through Video Animation (sample video) Check out this example of HRSC/EVA data visualization using video.
Presentation pdf (2.2 MB)	A Probabilistic Approach to Modeling Pesticide Exposure for and Endangered Species Assessment in the California Delta Download this presentation given by Stone's Michael Winchell and Lauren Padilla - together with colleagues from Intrinsik Environmental Sciences and Cheminova, Inc - at the 2014 SETAC annual meeting.

Case Study

pdf (610 KB)

Targeting Conservation Practices to Critical Areas (CSAs)

For the Missisquoi Bay watershed in Vermont, Stone developed SWAT model simulations that used 30 years of historical climate data, and representative crop rotations were applied to the study area, in order to help inform watershed management strategies targeted to Critical Source Areas.

Models and Data

zip (2.1 MB)

AGRO-2014 Model (v.1.2)

AGRO-2014 v1.2 model (released May 29, 2015)

Presentation

pdf (2.1 MB)

Application of a Probabilistic Aquatic Exposure Modeling Approach for Use in Endangered Species Assessments

This presentation was given by the Stone/Intrinsik team - together with Paul Whatling from Cheminova - at the EMPM April 28 2015 meeting.

Presentation

pdf (2.7 MB)

A Probabilistic Approach for Estimating the Spatial Extent of Pesticide Agricultural Use Sites and Potential Cooccurrence with Listed Species for Use in Ecological Risk Assessments

This presentation was given by the Stone team - together with colleagues from Syngenta Crop Protection - at the April 28 2015 EMPM meeting.

Presentation

pdf (1.2 MB)

Development and Testing on an Updated AGRO Model (AGRO 2014) for Predicting Aquatic and Benthic Pesticide Concentrations in Ponds

This presentation was given by Stone's Lauren Padilla and Michael Winchell - along with Scott Jackson from BASF Corporation - at the April 2015 EMPM Meeting.

White Papers and Technical Articles

pdf (2.2 MB)

A Probabilistic Approach to Modeling Pesticide Exposure for and Endangered Species Assessment in the California Delta

Download this presentation given by Stone's Michael Winchell and Lauren Padilla - together with colleagues from Intrinsik Environmental Sciences and Cheminova, Inc - at the 2014 SETAC annual meeting.

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