diff --git a/.delta/ui b/.delta/ui
index 4f3b22ec7..a63545ac0 160000
--- a/.delta/ui
+++ b/.delta/ui
@@ -1 +1 @@
-Subproject commit 4f3b22ec76222bbbe62909af3f95efa43d65825d
+Subproject commit a63545ac0d6ccaac771289c4ae430a6cb386e188
diff --git a/.gitignore b/.gitignore
index 78ab71936..16647576d 100644
--- a/.gitignore
+++ b/.gitignore
@@ -69,4 +69,7 @@ nbproject
temp
tmp
.tmp
-dist
\ No newline at end of file
+dist
+
+Makefile
+.hypothesis
diff --git a/LICENSE b/LICENSE
index ec8b8050f..601f2e44a 100644
--- a/LICENSE
+++ b/LICENSE
@@ -1,29 +1,14 @@
-BSD 3-Clause License
+Copyright 2022 NASA
-Copyright (c) 2021, Inter Agency Implementation and Advanced Concepts
-All rights reserved.
+Licensed under the Apache License, Version 2.0 (the "License");
+you may not use this file except in compliance with the License.
+You may obtain a copy of the License at
-Redistribution and use in source and binary forms, with or without
-modification, are permitted provided that the following conditions are met:
+ http://www.apache.org/licenses/LICENSE-2.0
-1. Redistributions of source code must retain the above copyright notice, this
- list of conditions and the following disclaimer.
+Unless required by applicable law or agreed to in writing, software
+distributed under the License is distributed on an "AS IS" BASIS,
+WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+See the License for the specific language governing permissions and
+limitations under the License.
-2. Redistributions in binary form must reproduce the above copyright notice,
- this list of conditions and the following disclaimer in the documentation
- and/or other materials provided with the distribution.
-
-3. Neither the name of the copyright holder nor the names of its
- contributors may be used to endorse or promote products derived from
- this software without specific prior written permission.
-
-THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
-AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
-IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
-DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE
-FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
-DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
-SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
-CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
-OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
-OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
diff --git a/README.md b/README.md
index 91c495f9d..d444eb613 100644
--- a/README.md
+++ b/README.md
@@ -13,3 +13,7 @@ Discoveries are long form pieces of content that tell a story about some interes
3) Check [CONTENT](./docs/CONTENT.md) for how to structure the content pieces.
If you plan to add features to `delta-config` check [DEVELOPMENT](./docs/DEVELOPMENT.md).
+
+# License
+This project is licensed under **Apache 2**, see the [LICENSE](LICENSE) file for more details.
+
diff --git a/datasets/bangladesh-landcover-2001-2020--dataset-cover.jpg b/datasets/bangladesh-landcover-2001-2020--dataset-cover.jpg
new file mode 100644
index 000000000..b7aec2202
Binary files /dev/null and b/datasets/bangladesh-landcover-2001-2020--dataset-cover.jpg differ
diff --git a/datasets/bangladesh-landcover-2001-2020.data.mdx b/datasets/bangladesh-landcover-2001-2020.data.mdx
new file mode 100644
index 000000000..0c3a67445
--- /dev/null
+++ b/datasets/bangladesh-landcover-2001-2020.data.mdx
@@ -0,0 +1,56 @@
+---
+id: bangladesh-landcover-2001-2020
+name: 'Land Cover - Bangladesh'
+description: 'Annual land cover maps for 2001 and 2020 (Bangladesh)'
+media:
+
+ src: ::file ./bangladesh-landcover-2001-2020--dataset-cover.jpg
+ alt: 'Annual land cover maps for 2001 and 2020 (Bangladesh)'
+ author:
+ name: USGS
+ url: https://unsplash.com/photos/d59NHNtT_Ss
+thematics:
+ - eis
+layers:
+ - id: bangladesh-landcover-2001-2020
+ stacCol: bangladesh-landcover-2001-2020
+ name: 'Land cover maps 2001 and 2020'
+ type: raster
+ description: 'Annual land cover maps for 2001 and 2020 (Bangladesh)'
+ zoomExtent:
+ - 6
+ - 20
+ sourceParams:
+ resampling_method: nearest
+ colormap: '{"0":[0,0,0,128],"100":[0,130,0,255],"200":[17,131,226,255],"300":[199,43,32,255],"400":[98,234,37,255]}'
+ bidx: 1
+ return_mask: true
+ legend:
+ type: categorical
+ stops:
+ - color: "#000000"
+ label: No Data
+ - color: "#008200"
+ label: Native Vegetation
+ - color: "#1183e2"
+ label: Open water
+ - color: "#c72b20"
+ label: Urban areas
+ - color: "#62ea25"
+ label: Cropland
+ compare:
+ datasetId: bangladesh-landcover-2001-2020
+ layerId: bangladesh-landcover-2001-2020
+ mapLabel: |
+ ::js ({ dateFns, datetime, compareDatetime }) => {
+ return `${dateFns.format(datetime, 'LLL yyyy')} VS ${dateFns.format(compareDatetime, 'LLL yyyy')}`;
+ }
+---
+
+
+
+
+ The annual land cover maps of 2001 and 2021 were captured using combined Moderate Resolution Imaging Spectroradiometer (MODIS) Annual Land Cover Type dataset (MCD12Q1 V6, dataset link: [https://lpdaac.usgs.gov/products/mcd12q1v006/](https://lpdaac.usgs.gov/products/mcd12q1v006/)). The actual data product provides global land cover types at yearly intervals (2001-2020) at 500 meters with six different types of land cover classification. Among six different schemes, The International Geosphere–Biosphere Programme (IGBP) land cover classification selected and further simplified to dominant land cover classes (water, urban, cropland, native vegetation) for two different years to illustrate the changes in land use and land cover of the country.
+
+
+
diff --git a/datasets/caldor-fire--dataset-cover.jpg b/datasets/caldor-fire--dataset-cover.jpg
new file mode 100644
index 000000000..4c1c7388b
Binary files /dev/null and b/datasets/caldor-fire--dataset-cover.jpg differ
diff --git a/datasets/caldor-fire-characteristics-burn-severity.data.mdx b/datasets/caldor-fire-characteristics-burn-severity.data.mdx
new file mode 100644
index 000000000..ebee7362e
--- /dev/null
+++ b/datasets/caldor-fire-characteristics-burn-severity.data.mdx
@@ -0,0 +1,69 @@
+---
+id: caldor-fire-behavior-burn-severity
+name: "Caldor Fire Behavior and Burn Severity"
+description: "Assets describing the progression and active fire behavior of the 2021 Caldor Fire in California."
+media:
+ src: ::file ./caldor-fire--dataset-cover.jpg
+ alt: Hillside engulfed by a wildfire.
+ author:
+ name: Marek Piwnicki
+ url: https://unsplash.com/photos/WiZOyYqzUss
+thematics:
+ - eis
+layers:
+ - id: caldor-fire-behavior
+ stacCol: caldor-fire-behavior
+ name: Fire Behavior
+ type: raster
+ description: ""
+ initialDatetime: newest
+ zoomExtent:
+ - 10
+ - 20
+ sourceParams:
+ colormap_name: inferno_r
+ rescale:
+ - 0
+ - 93
+ legend:
+ type: gradient
+ min: "0"
+ max: "93"
+ stops:
+ - "#FBB41A"
+ - "#BB3754"
+ - "#781D6D"
+ - "#34095F"
+ - id: caldor-fire-burn-severity
+ stacCol: caldor-fire-burn-severity
+ name: Burn Severity
+ type: raster
+ description: "Soil burn severity (SBS) conditions."
+ initialDatetime: newest
+ zoomExtent:
+ - 10
+ - 20
+ sourceParams:
+ colormap_name: inferno_r
+ rescale:
+ - 0
+ - 5
+ legend:
+ type: gradient
+ min: "0"
+ max: "5"
+ stops:
+ - "#FBB41A"
+ - "#BB3754"
+ - "#781D6D"
+ - "#34095F"
+
+---
+
+
+
+ ## About
+
+ This dataset describes the progression and active fire behavior of the 2021 Caldor Fire in California, as recorded by the algorithm detailed in https://www.nature.com/articles/s41597-022-01343-0. It includes an extra layer detailing the soil burn severity (SBS) conditions provided by the [Burned Area Emergency Response](https://burnseverity.cr.usgs.gov/baer/) team.
+
+
diff --git a/datasets/ecco-surface-height-change--dataset-cover.jpg b/datasets/ecco-surface-height-change--dataset-cover.jpg
new file mode 100644
index 000000000..6dda7d599
Binary files /dev/null and b/datasets/ecco-surface-height-change--dataset-cover.jpg differ
diff --git a/datasets/ecco-surface-height-change.data.mdx b/datasets/ecco-surface-height-change.data.mdx
new file mode 100644
index 000000000..1b41e6577
--- /dev/null
+++ b/datasets/ecco-surface-height-change.data.mdx
@@ -0,0 +1,44 @@
+---
+id: ecco-surface-height-change
+name: "ECCO sea-surface height change from 1992 to 2017"
+description: "Gridded global sea-surface height change from 1992 to 2017 from the Estimating the Circulation and Climate of the Ocean (ECCO) ocean state estimate."
+media:
+ src: ::file ./ecco-surface-height-change--dataset-cover.jpg
+ alt: Wave crashing on a sandy beach
+ author:
+ name: Lance Asper
+ url: https://unsplash.com/photos/3P3NHLZGCp8
+thematics:
+ - eis
+layers:
+ - id: ecco-surface-height-change
+ stacCol: ecco-surface-height-change
+ name: ECCO sea-surface height change (m)
+ type: raster
+ description: "Gridded global sea-surface height change from 1992 to 2017 from the Estimating the Circulation and Climate of the Ocean (ECCO) ocean state estimate."
+ zoomExtent:
+ - 0
+ - 20
+ sourceParams:
+ colormap_name: rdbu
+ rescale:
+ - -0.313
+ - 0.313
+ legend:
+ type: gradient
+ min: "-0.31"
+ max: "0.31"
+ stops:
+ - "#EF8A62"
+ - "#F7F7F7"
+ - "#67A9CF"
+
+---
+
+
+
+ ## About
+
+ Gridded global sea-surface height change from 1992 to 2017 from the Estimating the Circulation and Climate of the Ocean (ECCO) ocean state estimate. The dataset was calculated as the difference between the annual means over 2017 and 1992, from the 0.5 degree, gridded monthly mean data product available on [PO.DAAC](https://podaac.jpl.nasa.gov/dataset/ECCO_L4_SSH_05DEG_MONTHLY_V4R4).
+
+
diff --git a/datasets/hls-events.ej.data.mdx b/datasets/hls-events.ej.data.mdx
index a1d713edf..b27dcdf4c 100644
--- a/datasets/hls-events.ej.data.mdx
+++ b/datasets/hls-events.ej.data.mdx
@@ -3,8 +3,12 @@ id: hls_events
name: 'Harmonized Landsat Sentinel-2 (Selected Events)'
description: '30-meter resolution harmonized Landsat 8/9 and Sentinel-2A/B data products'
usage:
- url: 'https://nasa-impact.github.io/veda-documentation/hls-visualization.html'
- title: 'Multi-Band Visualization Preview for Harmonized Landsat Sentinel-2 (HLS)'
+ - url: "https://nasa-impact.github.io/veda-documentation/hls-visualization.html"
+ label: Static notebook
+ title: 'Multi-Band Visualization Preview for Harmonized Landsat Sentinel-2 (HLS)'
+ - url: "https://daskhub.veda.smce.nasa.gov/hub/user-redirect/git-pull?repo=https://github.com/NASA-IMPACT/veda-documentation&urlpath=lab/tree/veda-documentation/hls-visualization.ipynb&branch=main"
+ label: DaskHub
+ title: 'Multi-Band Visualization Preview for Harmonized Landsat Sentinel-2 (HLS)'
media:
src: ::file ./hls-events-ej--dataset-cover.png
alt: 2017 harmonized Landsat 8 shortwave infrared (SWIR) false color composite image that provides enhanced contrast to detect flood extent.
diff --git a/datasets/modis-annual-lai-2003-2020--dataset-cover.jpg b/datasets/modis-annual-lai-2003-2020--dataset-cover.jpg
new file mode 100644
index 000000000..d831f7643
Binary files /dev/null and b/datasets/modis-annual-lai-2003-2020--dataset-cover.jpg differ
diff --git a/datasets/mtbs-burn-severity--dataset-cover.jpg b/datasets/mtbs-burn-severity--dataset-cover.jpg
new file mode 100644
index 000000000..4c1c7388b
Binary files /dev/null and b/datasets/mtbs-burn-severity--dataset-cover.jpg differ
diff --git a/datasets/mtbs-burn-severity.data.mdx b/datasets/mtbs-burn-severity.data.mdx
new file mode 100644
index 000000000..9a88cda3b
--- /dev/null
+++ b/datasets/mtbs-burn-severity.data.mdx
@@ -0,0 +1,58 @@
+---
+id: mtbs-burn-severity
+name: "MTBS Burn Severity"
+description: "Burn Severities and extents of fires"
+media:
+ src: ::file ./mtbs-burn-severity--dataset-cover.jpg
+ alt: Hillside engulfed by wildfire
+ author:
+ name: Mike Newbry
+ url: https://unsplash.com/photos/DwtX9mMHBJ0
+thematics:
+ - eis
+layers:
+ - id: mtbs-burn-severity
+ stacCol: mtbs-burn-severity
+ name: MTBS Burn Severity
+ type: raster
+ description: "Burn severities and extents of fires from Monitoring Trends in Burn Severity (MTBS) program during the years 2016-2020 over Western US"
+ zoomExtent:
+ - 0
+ - 20
+ sourceParams:
+ colormap_name: inferno_r
+ rescale:
+ - 0
+ - 6
+ legend:
+ type: categorical
+ stops:
+ - color: "#000000"
+ label: "1"
+ - color: "#FBB41A"
+ label: "2"
+ - color: "#ED6825"
+ label: "3"
+ - color: "#BB3754"
+ label: "4"
+ - color: "#781D6D"
+ label: "5"
+ - color: "#34095F"
+ label: "6"
+
+---
+
+
+
+ ## About
+
+ Burn severities and extents of fires from Monitoring Trends in Burn Severity (MTBS) program during the years 2016-2020 over Western US.
+
+ MTBS is an interagency program whose goal is to consistently map the burn severity and extent of large fires across all lands of the United States from 1984 to present. This includes all fires 1000 acres or greater in the western United States and 500 acres or greater in the eastern Unites States. The extent of coverage includes the continental U.S., Alaska, Hawaii and Puerto Rico.
+
+ ## Additional Resources
+
+ * [MTBS - Project overview](https://www.mtbs.gov/project-overview)
+ * [Interactive Viewer for Continental US](https://www.mtbs.gov/viewer/?region=conus)
+
+
diff --git a/datasets/nighttime-lights.data.mdx b/datasets/nighttime-lights.data.mdx
index 7b8b246e8..f36660ad9 100644
--- a/datasets/nighttime-lights.data.mdx
+++ b/datasets/nighttime-lights.data.mdx
@@ -17,7 +17,7 @@ layers:
type: raster
description: 'Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nunc sodales semper risus, suscipit varius diam facilisis non.'
zoomExtent:
- - 4
+ - 8
- 16
sourceParams:
bidx: 1
diff --git a/datasets/no2.data.mdx b/datasets/no2.data.mdx
index efef2e345..71e6ed2f4 100644
--- a/datasets/no2.data.mdx
+++ b/datasets/no2.data.mdx
@@ -5,8 +5,12 @@ featuredOn:
- covid-19
description: "Since the outbreak of the novel coronavirus, atmospheric concentrations of nitrogen dioxide have changed by as much as 60% in some regions."
usage:
- url: 'https://nasa-impact.github.io/veda-documentation/timeseries-stac-api.html'
- title: 'Time series using STAC API statistics endpoints'
+ - url: 'https://nasa-impact.github.io/veda-documentation/single-item-viz.html'
+ label: Open notebook
+ title: 'Open and Visualize'
+ - url: "https://daskhub.veda.smce.nasa.gov/hub/user-redirect/git-pull?repo=https://github.com/NASA-IMPACT/veda-documentation&urlpath=lab/tree/veda-documentation/single-item-viz.ipynb&branch=main"
+ label: Open with NASA's Science Managed Cloud Environment (SMCE) DaskHub (requires access)
+ title: 'Open and Visualize'
media:
src: ::file ./no2--dataset-cover.jpg
alt: Power plant shooting steam at the sky.
diff --git a/datasets/svi_overall.ej.data.mdx b/datasets/svi_overall.ej.data.mdx
index 4fde6bdcd..8851dd783 100644
--- a/datasets/svi_overall.ej.data.mdx
+++ b/datasets/svi_overall.ej.data.mdx
@@ -2,6 +2,13 @@
id: svi-overall
name: 'Overall Social Vulnerability'
description: "Overall score for the Centers for Disease Control and Prevention (CDC) Social Vulnerability Index (SVI) gridded at a spatial resolution of 1 km"
+usage:
+ - url: 'https://nasa-impact.github.io/veda-documentation/open-and-plot.html'
+ label: Open notebook
+ title: 'Open and Visualize SVI data'
+ - url: "https://daskhub.veda.smce.nasa.gov/hub/user-redirect/git-pull?repo=https://github.com/NASA-IMPACT/veda-documentation&urlpath=lab/tree/veda-documentation/svi-overall.ipynb&branch=main"
+ label: Open with NASA's Science Managed Cloud Environment (SMCE) DaskHub (requires access)
+ title: 'Open and Visualize SVI data'
media:
src: ::file ./svi-overall--dataset-cover.png
alt: 2018 overall Social Vulnerability Index (SVI).
diff --git a/datasets/twsnonstationarity.data.mdx b/datasets/twsnonstationarity.data.mdx
new file mode 100644
index 000000000..a603388f5
--- /dev/null
+++ b/datasets/twsnonstationarity.data.mdx
@@ -0,0 +1,51 @@
+---
+id: lis-tws-nonstationarity-index
+name: 'Global TWS Non-Stationarity Index'
+description: "The global Terrestrial Water Storage (TWS) non-stationarity index integrates the trend, seasonal shifts, and variability change of TWS for the period of 2003 - 2020."
+media:
+ src: ::file ./twsanomaly-globe.png
+ alt: TWS trend of anomalies from LIS outputs.
+ author:
+ name: NASA LIS
+ url:
+thematics:
+ - eis
+layers:
+ - id: lis-tws-nonstationarity-index
+ stacCol: lis-tws-nonstationarity-index
+ name: 'TWS Non-Stationarity Index'
+ type: raster
+ description: 'TWS Non-Stationarity Index'
+ zoomExtent:
+ - 0
+ - 11
+ sourceParams:
+ bidx: 1
+ colormap_name: rdylbu
+ rescale:
+ - -1
+ - 1
+ nodata: -9999
+ legend:
+ type: gradient
+ label: TWS Non-Stationarity Index
+ min: "-1"
+ max: "1"
+ stops:
+ - "#a50026"
+ - "#f46d43"
+ - "#fee090"
+ - "#e0f3f8"
+ - "#74add1"
+ - "#313695"
+---
+
+
+
+ ## Overview
+ Terrestrial water storage (TWS) is defined as the summation of all water on the land surface and in the subsurface. It includes surface soil moisture, root zone soil moisture, groundwater, snow, ice, water stored in the vegetation, river and lake water.
+
+ The global Terrestrial Water Storage (TWS) non-stationarity index integrates the trend, seasonal shifts, and variability change of TWS for the period of 2003 - 2020. TWS is derived by jointly assimilating the MODIS Leaf Area Index, the ESA CCI surface soil moisture, and the GSFC GRACE mascon-based TWS anomalies into the Noah-MP land surface model within the NASA Land Information System (LIS) at 10 km spatial resolution forced by the combination of MERRA2 and IMERG meteorological fields. The smaller the non-stationarity index is, the more the water cycle is under a non-stationary process. Glaciers and Greenland are excluded from the analysis.
+
+
+
diff --git a/discoveries/TWS_time_series.csv b/discoveries/TWS_time_series.csv
new file mode 100644
index 000000000..c80fe0c42
--- /dev/null
+++ b/discoveries/TWS_time_series.csv
@@ -0,0 +1,248 @@
+date,type,TWS
+Jan-2002,Terrestrial water storage,
+Feb-2002,Terrestrial water storage,
+Mar-2002,Terrestrial water storage,
+Apr-2002,Terrestrial water storage,169.8741
+May-2002,Terrestrial water storage,131.7134
+Jun-2002,Terrestrial water storage,
+Jul-2002,Terrestrial water storage,
+Aug-2002,Terrestrial water storage,120.5069
+Sep-2002,Terrestrial water storage,67.3677
+Oct-2002,Terrestrial water storage,99.5918
+Nov-2002,Terrestrial water storage,105.6633
+Dec-2002,Terrestrial water storage,133.8114
+Jan-2003,Terrestrial water storage,140.3127
+Feb-2003,Terrestrial water storage,109.5298
+Mar-2003,Terrestrial water storage,138.7583
+Apr-2003,Terrestrial water storage,130.0539
+May-2003,Terrestrial water storage,121.9962
+Jun-2003,Terrestrial water storage,
+Jul-2003,Terrestrial water storage,225.8242
+Aug-2003,Terrestrial water storage,101.0221
+Sep-2003,Terrestrial water storage,126.568
+Oct-2003,Terrestrial water storage,139.559
+Nov-2003,Terrestrial water storage,127.599
+Dec-2003,Terrestrial water storage,163.0255
+Jan-2004,Terrestrial water storage,167.2947
+Feb-2004,Terrestrial water storage,121.6911
+Mar-2004,Terrestrial water storage,87.5064
+Apr-2004,Terrestrial water storage,151.3751
+May-2004,Terrestrial water storage,152.0925
+Jun-2004,Terrestrial water storage,155.415
+Jul-2004,Terrestrial water storage,260.5669
+Aug-2004,Terrestrial water storage,96.3255
+Sep-2004,Terrestrial water storage,108.6747
+Oct-2004,Terrestrial water storage,154.5051
+Nov-2004,Terrestrial water storage,104.0091
+Dec-2004,Terrestrial water storage,89.1835
+Jan-2005,Terrestrial water storage,77.6053
+Feb-2005,Terrestrial water storage,95.8161
+Mar-2005,Terrestrial water storage,142.2103
+Apr-2005,Terrestrial water storage,129.4934
+May-2005,Terrestrial water storage,103.1989
+Jun-2005,Terrestrial water storage,29.5881
+Jul-2005,Terrestrial water storage,34.5946
+Aug-2005,Terrestrial water storage,41.8963
+Sep-2005,Terrestrial water storage,21.2685
+Oct-2005,Terrestrial water storage,64.4039
+Nov-2005,Terrestrial water storage,88.6308
+Dec-2005,Terrestrial water storage,76.1738
+Jan-2006,Terrestrial water storage,58.1158
+Feb-2006,Terrestrial water storage,64.7319
+Mar-2006,Terrestrial water storage,71.7334
+Apr-2006,Terrestrial water storage,31.9569
+May-2006,Terrestrial water storage,1.8515
+Jun-2006,Terrestrial water storage,134.6049
+Jul-2006,Terrestrial water storage,63.5876
+Aug-2006,Terrestrial water storage,-23.918
+Sep-2006,Terrestrial water storage,2.1336
+Oct-2006,Terrestrial water storage,22.3365
+Nov-2006,Terrestrial water storage,30.0242
+Dec-2006,Terrestrial water storage,48.6965
+Jan-2007,Terrestrial water storage,38.6184
+Feb-2007,Terrestrial water storage,46.3153
+Mar-2007,Terrestrial water storage,81.7987
+Apr-2007,Terrestrial water storage,38.5477
+May-2007,Terrestrial water storage,77.6947
+Jun-2007,Terrestrial water storage,102.9271
+Jul-2007,Terrestrial water storage,92.3997
+Aug-2007,Terrestrial water storage,173.0367
+Sep-2007,Terrestrial water storage,155.3672
+Oct-2007,Terrestrial water storage,78.7288
+Nov-2007,Terrestrial water storage,68.0129
+Dec-2007,Terrestrial water storage,87.006
+Jan-2008,Terrestrial water storage,58.3765
+Feb-2008,Terrestrial water storage,78.355
+Mar-2008,Terrestrial water storage,83.5023
+Apr-2008,Terrestrial water storage,76.2986
+May-2008,Terrestrial water storage,37.4758
+Jun-2008,Terrestrial water storage,70.7226
+Jul-2008,Terrestrial water storage,108.8312
+Aug-2008,Terrestrial water storage,133.7463
+Sep-2008,Terrestrial water storage,81.8958
+Oct-2008,Terrestrial water storage,27.7086
+Nov-2008,Terrestrial water storage,21.0966
+Dec-2008,Terrestrial water storage,20.2663
+Jan-2009,Terrestrial water storage,32.2275
+Feb-2009,Terrestrial water storage,9.7183
+Mar-2009,Terrestrial water storage,33.8174
+Apr-2009,Terrestrial water storage,-19.7914
+May-2009,Terrestrial water storage,-34.7843
+Jun-2009,Terrestrial water storage,-43.6917
+Jul-2009,Terrestrial water storage,-107.5403
+Aug-2009,Terrestrial water storage,-11.8719
+Sep-2009,Terrestrial water storage,-40.3351
+Oct-2009,Terrestrial water storage,-39.2918
+Nov-2009,Terrestrial water storage,-36.2317
+Dec-2009,Terrestrial water storage,-16.8906
+Jan-2010,Terrestrial water storage,10.8824
+Feb-2010,Terrestrial water storage,-6.7404
+Mar-2010,Terrestrial water storage,-36.2173
+Apr-2010,Terrestrial water storage,-0.9158
+May-2010,Terrestrial water storage,6.522
+Jun-2010,Terrestrial water storage,72.2338
+Jul-2010,Terrestrial water storage,-6.0219
+Aug-2010,Terrestrial water storage,-71.1316
+Sep-2010,Terrestrial water storage,-35.7217
+Oct-2010,Terrestrial water storage,-21.7658
+Nov-2010,Terrestrial water storage,-20.0496
+Dec-2010,Terrestrial water storage,18.1608
+Jan-2011,Terrestrial water storage,
+Feb-2011,Terrestrial water storage,-38.0541
+Mar-2011,Terrestrial water storage,-23.8918
+Apr-2011,Terrestrial water storage,-18.398
+May-2011,Terrestrial water storage,-0.4663
+Jun-2011,Terrestrial water storage,
+Jul-2011,Terrestrial water storage,20.1173
+Aug-2011,Terrestrial water storage,44.1827
+Sep-2011,Terrestrial water storage,3.1591
+Oct-2011,Terrestrial water storage,22.3584
+Nov-2011,Terrestrial water storage,48.3111
+Dec-2011,Terrestrial water storage,-25.11
+Jan-2012,Terrestrial water storage,2.3479
+Feb-2012,Terrestrial water storage,-15.6261
+Mar-2012,Terrestrial water storage,-12.7746
+Apr-2012,Terrestrial water storage,-6.3977
+May-2012,Terrestrial water storage,
+Jun-2012,Terrestrial water storage,-42.2004
+Jul-2012,Terrestrial water storage,-76.9946
+Aug-2012,Terrestrial water storage,-72.8572
+Sep-2012,Terrestrial water storage,-39.8407
+Oct-2012,Terrestrial water storage,
+Nov-2012,Terrestrial water storage,-65.3519
+Dec-2012,Terrestrial water storage,-63.3451
+Jan-2013,Terrestrial water storage,-23.9896
+Feb-2013,Terrestrial water storage,-49.4921
+Mar-2013,Terrestrial water storage,
+Apr-2013,Terrestrial water storage,-81.2346
+May-2013,Terrestrial water storage,-42.1298
+Jun-2013,Terrestrial water storage,-7.8475
+Jul-2013,Terrestrial water storage,-60.2816
+Aug-2013,Terrestrial water storage,
+Sep-2013,Terrestrial water storage,
+Oct-2013,Terrestrial water storage,-49.6293
+Nov-2013,Terrestrial water storage,1.9332
+Dec-2013,Terrestrial water storage,-14.3643
+Jan-2014,Terrestrial water storage,-37.0073
+Feb-2014,Terrestrial water storage,
+Mar-2014,Terrestrial water storage,-17.6864
+Apr-2014,Terrestrial water storage,-83.3583
+May-2014,Terrestrial water storage,-95.6381
+Jun-2014,Terrestrial water storage,-119.0002
+Jul-2014,Terrestrial water storage,
+Aug-2014,Terrestrial water storage,-116.8111
+Sep-2014,Terrestrial water storage,-97.1376
+Oct-2014,Terrestrial water storage,-103.8575
+Nov-2014,Terrestrial water storage,-70.6375
+Dec-2014,Terrestrial water storage,
+Jan-2015,Terrestrial water storage,-65.9722
+Feb-2015,Terrestrial water storage,-60.2769
+Mar-2015,Terrestrial water storage,-103.0432
+Apr-2015,Terrestrial water storage,-69.8103
+May-2015,Terrestrial water storage,-70.5238
+Jun-2015,Terrestrial water storage,
+Jul-2015,Terrestrial water storage,-73.2024
+Aug-2015,Terrestrial water storage,-55.3731
+Sep-2015,Terrestrial water storage,0.8145
+Oct-2015,Terrestrial water storage,
+Nov-2015,Terrestrial water storage,
+Dec-2015,Terrestrial water storage,-131.9655
+Jan-2016,Terrestrial water storage,-109.7198
+Feb-2016,Terrestrial water storage,-62.1271
+Mar-2016,Terrestrial water storage,-66.5252
+Apr-2016,Terrestrial water storage,
+May-2016,Terrestrial water storage,-60.093
+Jun-2016,Terrestrial water storage,-54.7912
+Jul-2016,Terrestrial water storage,-34.8741
+Aug-2016,Terrestrial water storage,-116.0443
+Sep-2016,Terrestrial water storage,
+Oct-2016,Terrestrial water storage,
+Nov-2016,Terrestrial water storage,-56.3515
+Dec-2016,Terrestrial water storage,-85.9576
+Jan-2017,Terrestrial water storage,-52.8808
+Feb-2017,Terrestrial water storage,
+Mar-2017,Terrestrial water storage,-47.5374
+Apr-2017,Terrestrial water storage,-36.8898
+May-2017,Terrestrial water storage,-23.199
+Jun-2017,Terrestrial water storage,-80.9992
+Jul-2017,Terrestrial water storage,
+Aug-2017,Terrestrial water storage,
+Sep-2017,Terrestrial water storage,
+Oct-2017,Terrestrial water storage,
+Nov-2017,Terrestrial water storage,
+Dec-2017,Terrestrial water storage,
+Jan-2018,Terrestrial water storage,
+Feb-2018,Terrestrial water storage,
+Mar-2018,Terrestrial water storage,
+Apr-2018,Terrestrial water storage,
+May-2018,Terrestrial water storage,
+Jun-2018,Terrestrial water storage,-16.8987
+Jul-2018,Terrestrial water storage,-68.4608
+Aug-2018,Terrestrial water storage,
+Sep-2018,Terrestrial water storage,
+Oct-2018,Terrestrial water storage,-215.5577
+Nov-2018,Terrestrial water storage,-141.0149
+Dec-2018,Terrestrial water storage,-102.7558
+Jan-2019,Terrestrial water storage,-118.0565
+Feb-2019,Terrestrial water storage,-92.3196
+Mar-2019,Terrestrial water storage,-73.1044
+Apr-2019,Terrestrial water storage,-102.5746
+May-2019,Terrestrial water storage,-82.4654
+Jun-2019,Terrestrial water storage,-143.5021
+Jul-2019,Terrestrial water storage,-121.0538
+Aug-2019,Terrestrial water storage,-131.026
+Sep-2019,Terrestrial water storage,-164.09
+Oct-2019,Terrestrial water storage,-84.4802
+Nov-2019,Terrestrial water storage,-70.5958
+Dec-2019,Terrestrial water storage,-48.7985
+Jan-2020,Terrestrial water storage,-41.2687
+Feb-2020,Terrestrial water storage,-43.5637
+Mar-2020,Terrestrial water storage,-55.5142
+Apr-2020,Terrestrial water storage,-97.1382
+May-2020,Terrestrial water storage,-58.564
+Jun-2020,Terrestrial water storage,25.5556
+Jul-2020,Terrestrial water storage,48.7569
+Aug-2020,Terrestrial water storage,-11.1795
+Sep-2020,Terrestrial water storage,-48.8039
+Oct-2020,Terrestrial water storage,-6.0629
+Nov-2020,Terrestrial water storage,-56.5854
+Dec-2020,Terrestrial water storage,-67.5696
+Jan-2021,Terrestrial water storage,-79.621
+Feb-2021,Terrestrial water storage,-114.8521
+Mar-2021,Terrestrial water storage,-137.0907
+Apr-2021,Terrestrial water storage,-152.8228
+May-2021,Terrestrial water storage,-148.4585
+Jun-2021,Terrestrial water storage,-68.0554
+Jul-2021,Terrestrial water storage,-131.657
+Aug-2021,Terrestrial water storage,-100.5034
+Sep-2021,Terrestrial water storage,-141.3198
+Oct-2021,Terrestrial water storage,-88.5466
+Nov-2021,Terrestrial water storage,-78.462
+Dec-2021,Terrestrial water storage,-79.567
+Jan-2022,Terrestrial water storage,-57.2656
+Feb-2022,Terrestrial water storage,-43.1058
+Mar-2022,Terrestrial water storage,-65.9422
+Apr-2022,Terrestrial water storage,-58.2686
+May-2022,Terrestrial water storage,-16.2234
+Jun-2022,Terrestrial water storage,-14.0608
+Jul-2022,Terrestrial water storage,-174.5918
diff --git a/discoveries/agriculture-food-security-east-africa-cover.jpg b/discoveries/agriculture-food-security-east-africa-cover.jpg
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new file mode 100644
index 000000000..da831e78d
--- /dev/null
+++ b/discoveries/agriculture-food-security-east-africa.discoveries.mdx
@@ -0,0 +1,81 @@
+---
+featuredOn:
+ - agriculture
+id: 'agriculture-food-security-east-africa'
+name: Deep Concern About Food Security in Eastern Africa
+description: "NASA Satellites Keep a Watchful Eye on Crop Activity"
+media:
+ src: ::file ./agriculture-food-security-east-africa-cover.jpg
+ alt: Lone tree in a field in Kenya
+ author:
+ name: Damian Patkowski
+ url: https://unsplash.com/photos/T-LfvX-7IVg
+pubDate: 2022-10-20
+thematics:
+ - agriculture
+---
+
+
+ A productive agricultural eco-system is vital in maintaining the food supply for our growing population. Weather conditions and other uncontrollable factors can tilt the balance toward healthy, abundant crops or food insecurity, (unreliable access to nutritious food).
+
+
+
+
+
+
+
+ March - May 2022
+
+
+
+
+
+
+ A current example of weather-related food insecurity is happening in Africa. A region of particular concern is Eastern Africa, particularly Sudan, South Sudan, northeastern Ethiopia, Kenya, Somalia, and Yemen, in which the rainy seasons over the past four consecutive seasons have failed to provide the water needed to maintain necessary soil moisture levels. This has resulted in the worst drought in 70 years, leaving more than 16 million people to struggle with a lack of drinking water. Similarly, more than nine million livestock animals have died or been culled, (selectively slaughtered) because of the lack of water and usable land and grass. Without the water needed to nourish young seedlings, yields of key crops are down for the third year in a row.
+
+ NASA researchers are using satellites and data to monitor, track and predict changes in crop activity to help inform policy makers of the future consequences of this drought.
+
+ Researchers are analyzing data that suggest climate change is the major factor in the instability of weather, which ultimately affects agriculture crop production. A low or bad crop can lead to food insecurity and a host of other harmful conditions.
+ Advanced technology and satellite data can provide researchers with helpful findings about things such as soil moisture and rainfall, which can show current conditions as well as predict changes over the upcoming months. This helps farmers, agricultural agencies, governments, and humanitarian organizations prepare for forecasted droughts and crop failures that could lead to water and food insecurity. This kind of data can also help researchers track long-term trends in climate change, its effects on at-risk populations, and formulate potential solutions for future problems.
+
+ Insights into agricultural developmental and rainfall patterns are some of the most meaningful information provided by Earth observing satellites. The NASA Hydrological Forecast and Analysis System (NHyFAS) team generates and analyzes data on moisture levels on the soil surface and in the top few centimeters of soil. A custom product of NHyFAS, the FLDAS Forecast supports the Famine Early Warning Systems Network (FEWS NET).
+
+ The lack of rainfall in tropical countries within the Horn of Africa has worsened the issue of the already-diminished water sources from unusually warm air temperatures that dehydrated the soil and evaporated much of the existing water supply. Tropical countries within the Horn of Africa typically have two rainy seasons: the “short” rains from October to December (abbreviated to OND) and the “long” rains from March to May (MAM). The rainy seasons have been substantially lighter than normal, with the 2020 and 2021 OND rainfall substantially below normal and the 2022 MAM season receiving the lowest rainfall on record for much of the season.
+
+ The drought strikes at a particularly inopportune time, as the region has still not fully recovered from a deep drought from 2016-2017. Lack of crops, combined with regional conflicts, COVID-19, locusts, and the war in Ukraine have led to spikes in the prices of basic commodities as well as a general overall shortage of necessary supplies. The ultimate result of this is that an estimated 18-21 million people in the area now face “high levels of acute food insecurity” according to the Food Security and Nutrition Working Group.
+
+ As East Africa is particularly drought prone, FEWS NET, in conjunction with related agriculture and climate teams, invests significant research and modeling time into predicting rainfall patterns. The current drought is considered to be a toxic combination of human-induced climate warming in the western Pacific and a likely third year of La Niña conditions, the latter of which disrupts weather patterns globally.
+
+ Predictions for the upcoming short rain season are equally discouraging. In a forecast released on August 16, the FEWS NET agroclimatology team stated that sea surface temperature predictions indicate a likely continuation of the drought. With a high probability of “strong Indian Ocean Dipole and West Pacific Gradient conditions, it is very likely that the eastern Horn of Africa will experience very poor rains and very dry soil moisture and streamflow conditions in October-November-December.” The result of this would be a fifth season of drought, adding further stress on an already-jeopardized region.
+
+
+
+
+
+
+
+ August 2020 - December 2022
+
+
+
+ The map shown here, based on a data analysis by FEWS NET, shows the current levels of [food insecurity](https://www.fao.org/fileadmin/templates/faoitaly/documents/pdf/pdf_Food_Security_Cocept_Note.pdf) across Ethiopia, Kenya, and Somalia. To describe the degree of insecurity, FEWS NET analysts use the [Integrated Food Security Phase Classification](https://fews.net/sectors-topics/approach/integrated-phase-classification), which is a standard used by the humanitarian assistance community.
+
+ Another failed rainy season in late 2022 could push the region closer to catastrophe. According to the Food Security and Nutrition Working Group, more than 560,000 children were treated for severe malnutrition between January and June 2022. If conditions continue to decline, 23 million to 26 million people could face high levels of acute food insecurity by February 2023, and 6.5 million children are projected to suffer from acute malnutrition.
+
+
+
+
+
+ The Famine Early Warning Systems Network (FEWS NET) was created in 1985 by the [U.S. Agency for International Development](https://www.usaid.gov/what-we-do/agriculture-and-food-security) (USAID). FEWS NET assembles global and regional analyses of food security (particularly conditions for farming and livestock husbandry) to help governments and relief agencies plan for and respond to humanitarian crises. Several U.S. agencies support FEWS NET; NASA provides satellite imagery and climate, weather, and hydrologic data.
+
+ NASA Earth Observatory maps by Lauren Dauphin, using Acute Food Insecurity Phase data from the [Famine Early Warning Systems Network](https://fews.net/horn-africa) and rainfall accumulation data from [Climate Hazards Group InfraRed Precipitation with Stations](https://earlywarning.usgs.gov/fews/product/598) (CHIRPS). NASA animations by Trent Schindler, NASA [Scientific Visualization Studio](https://svs.gsfc.nasa.gov/), using data from the [FEWS NET Land Data Assimilation System](https://ldas.gsfc.nasa.gov/fldas/models/forecast) (FLDAS).
+
+ **Story by [Michael Carlowicz](https://earthobservatory.nasa.gov/about/michael-carlowicz).**
+
+
\ No newline at end of file
diff --git a/discoveries/ca-fires.jpeg b/discoveries/ca-fires.jpeg
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index 000000000..6679c4c33
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diff --git a/discoveries/coastal-flooding-and-slr-cover.jpg b/discoveries/coastal-flooding-and-slr-cover.jpg
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index 000000000..60a93cb5c
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diff --git a/discoveries/coastal-flooding-and-slr.discoveries.mdx b/discoveries/coastal-flooding-and-slr.discoveries.mdx
new file mode 100644
index 000000000..ec5394529
--- /dev/null
+++ b/discoveries/coastal-flooding-and-slr.discoveries.mdx
@@ -0,0 +1,188 @@
+---
+featuredOn:
+ - eis
+id: 'eis-coastal-risks'
+name: Risks to coasts from sea level rise compounded by water cycle intensification
+description: "NASA measurements and models shed light on present and future coastal risks"
+media:
+ src: ::file ./coastal-flooding-and-slr-cover.jpg
+ alt: Flooding in York, UK - February 2020.
+ author:
+ name: Don Lodge
+ url: https://unsplash.com/photos/P8PuYidUYMw
+pubDate: 2022-11-15
+thematics:
+ - eis
+---
+
+
+ ## Introduction
+ The Earth Information System (EIS) provides a platform for collaborative analysis and decision support for adapting to sea-level changes, human-caused water cycle intensification, and their impacts. The full potential of these individual efforts are realized through the EIS project, which supports Earth system science through transdisciplinary connections between researchers across traditional science disciplines, applied sciences, and data systems.
+
+
+
+
+
+ ## Evidence of Global Water Cycle Intensification
+ Terrestrial water storage (TWS), corresponding to integrated changes in surface water across rivers, lakes, wetlands, soil moisture, groundwater and snow, is a critical component of the global water and energy budget. The warming climate and other human disturbances are leading to more non-regular changes in terrestrial water storage, imposing emerging threats to water and food security.
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+ Identifying hot spot regions under non-stationary water cycle changes and exploring the drivers are important issues that may provide information to improve hydrological forecasting and water management. Through interdisciplinary research and data assimilation, the EIS team developed a **novel metric to quantify the non-stationarity of the global water cycle**, integrating data about long term trends, seasonal shifts, and interannual to sub-seasonal scale variabilities.
+
+
+
+
+
+ ## Terrestrial water storage for Bangladesh
+ Bangladesh is one of the hot spots regions that is experiencing non-stationary water cycle change, which is mainly evidenced by groundwater depletion from agricultural pumping. Averaged across the country, **TWS has depleted at a rate of almost 13 mm/year** during 2002-2021, or about 2 billion cubic meters per year countrywide.
+
+
+
+
+
+
+
+
+
+ ## Human activities change Bangladesh’s water cycle and landscape
+ ### Depleting aquifers
+ Ground measurements show the impacts of heavy pumping for irrigation on groundwater levels in northwestern Bangladesh. This chart shows the **drop of almost 20 m in groundwater table elevation** at selected location in northwestern Bangladesh.
+
+
+
+
+
+
+
+
+
+
+
+
+ Comparison of MODIS-derived land cover in Bangladesh between 2001 and 2020.
+
+
+
+
+ ### Changing landscape
+ MODIS sensors can inform us about how land cover has changed over the past two decades. Cropland expansion has resulted in reduced native vegetation across the country. Satellite data also shows coastal land loss since 2001.
+
+
+
+
+
+
+ Bangladesh lost about **490 square kilometers** of coastal land between 2001 and 2020, mainly caused by human-induced climate change combined with land subsidence. This chart shows annual coastal land loss from 2001 to 2020.
+
+
+
+
+
+
+
+
+
+
+
+
+ Change in sea surface height (m) between 1992 and 2017 as estimated from the ECCO model.
+
+
+
+ ## Changing sea level
+ Off the coast of Bangladesh, NASA's Estimating the Circulation and Climate of the Ocean (ECCO) model shows the change in sea level from 1992 to 2017. This model uses information about ocean physics to fill in the gaps between satellite observations for a complete map of how sea-level change varies around the globe over time.
+
+
+
+
+
+
+ The ECCO model shows that there are seasonal variations in sea-level change and a background increase of **3.6 mm/yr** over time. Sea-level rise compounds the risk of coastal flooding by raising the water level at river mouths and increasing flood magnitudes.separates total sea-level change into two components: extra water mass added to the ocean (barystatic) and ocean temperature and salinity changes (steric). At this location, the steric component remains steady over time, while the barystatic component is increasing, meaning that **sea-level rise off the coast of Bangladesh is driven by extra water mass added to the ocean from the ice sheets, glaciers, and changes to land-water storage**. Understanding the sources of past sea-level rise helps researchers create better projections of future sea-level rise.
+
+ Link to Jupyter notebook to calculate sea-level change from ECCO: [](https://doi.org/10.5281/zenodo.7335607)
+
+
+
+
+
diff --git a/discoveries/coastal_land_loss_time_series.csv b/discoveries/coastal_land_loss_time_series.csv
new file mode 100644
index 000000000..45d73c4cc
--- /dev/null
+++ b/discoveries/coastal_land_loss_time_series.csv
@@ -0,0 +1,21 @@
+year,type,CLL
+2001,Coastal land loss,0
+2002,Coastal land loss,36.5
+2003,Coastal land loss,68.5
+2004,Coastal land loss,117.75
+2005,Coastal land loss,165
+2006,Coastal land loss,220.25
+2007,Coastal land loss,257
+2008,Coastal land loss,291
+2009,Coastal land loss,324
+2010,Coastal land loss,344
+2011,Coastal land loss,370.5
+2012,Coastal land loss,387.75
+2013,Coastal land loss,425.75
+2014,Coastal land loss,437.5
+2015,Coastal land loss,452.75
+2016,Coastal land loss,426.75
+2017,Coastal land loss,457.75
+2018,Coastal land loss,440.5
+2019,Coastal land loss,450.75
+2020,Coastal land loss,491.75
diff --git a/discoveries/ecco_ssh.csv b/discoveries/ecco_ssh.csv
new file mode 100644
index 000000000..7f906be86
--- /dev/null
+++ b/discoveries/ecco_ssh.csv
@@ -0,0 +1,937 @@
+date,source,SSH (m)
+01/1992,Total,0.605101
+01/1992,Barystatic,0.263615
+01/1992,Steric,0.341486
+02/1992,Total,0.469296
+02/1992,Barystatic,0.133590
+02/1992,Steric,0.335706
+03/1992,Total,0.491685
+03/1992,Barystatic,0.144626
+03/1992,Steric,0.347059
+04/1992,Total,0.544768
+04/1992,Barystatic,0.180257
+04/1992,Steric,0.364511
+05/1992,Total,0.654413
+05/1992,Barystatic,0.277790
+05/1992,Steric,0.376623
+06/1992,Total,0.798741
+06/1992,Barystatic,0.405486
+06/1992,Steric,0.393255
+07/1992,Total,0.825541
+07/1992,Barystatic,0.416322
+07/1992,Steric,0.409219
+08/1992,Total,0.797871
+08/1992,Barystatic,0.366575
+08/1992,Steric,0.431296
+09/1992,Total,0.775728
+09/1992,Barystatic,0.335101
+09/1992,Steric,0.440627
+10/1992,Total,0.822481
+10/1992,Barystatic,0.383048
+10/1992,Steric,0.439433
+11/1992,Total,0.773188
+11/1992,Barystatic,0.349478
+11/1992,Steric,0.423711
+12/1992,Total,0.708261
+12/1992,Barystatic,0.316024
+12/1992,Steric,0.392237
+01/1993,Total,0.562706
+01/1993,Barystatic,0.204776
+01/1993,Steric,0.357930
+02/1993,Total,0.552692
+02/1993,Barystatic,0.210940
+02/1993,Steric,0.341752
+03/1993,Total,0.537491
+03/1993,Barystatic,0.194066
+03/1993,Steric,0.343425
+04/1993,Total,0.601694
+04/1993,Barystatic,0.245663
+04/1993,Steric,0.356032
+05/1993,Total,0.700529
+05/1993,Barystatic,0.322961
+05/1993,Steric,0.377568
+06/1993,Total,0.790863
+06/1993,Barystatic,0.391773
+06/1993,Steric,0.399090
+07/1993,Total,0.785381
+07/1993,Barystatic,0.362790
+07/1993,Steric,0.422592
+08/1993,Total,0.850738
+08/1993,Barystatic,0.411342
+08/1993,Steric,0.439396
+09/1993,Total,0.783620
+09/1993,Barystatic,0.332060
+09/1993,Steric,0.451560
+10/1993,Total,0.763917
+10/1993,Barystatic,0.312317
+10/1993,Steric,0.451600
+11/1993,Total,0.730550
+11/1993,Barystatic,0.304486
+11/1993,Steric,0.426064
+12/1993,Total,0.726041
+12/1993,Barystatic,0.335038
+12/1993,Steric,0.391003
+01/1994,Total,0.641767
+01/1994,Barystatic,0.287058
+01/1994,Steric,0.354709
+02/1994,Total,0.513282
+02/1994,Barystatic,0.179133
+02/1994,Steric,0.334149
+03/1994,Total,0.572993
+03/1994,Barystatic,0.229095
+03/1994,Steric,0.343898
+04/1994,Total,0.612644
+04/1994,Barystatic,0.246620
+04/1994,Steric,0.366023
+05/1994,Total,0.663310
+05/1994,Barystatic,0.281362
+05/1994,Steric,0.381948
+06/1994,Total,0.743366
+06/1994,Barystatic,0.342364
+06/1994,Steric,0.401002
+07/1994,Total,0.779837
+07/1994,Barystatic,0.358821
+07/1994,Steric,0.421016
+08/1994,Total,0.742449
+08/1994,Barystatic,0.306919
+08/1994,Steric,0.435530
+09/1994,Total,0.676578
+09/1994,Barystatic,0.232227
+09/1994,Steric,0.444351
+10/1994,Total,0.642064
+10/1994,Barystatic,0.211282
+10/1994,Steric,0.430782
+11/1994,Total,0.612771
+11/1994,Barystatic,0.203100
+11/1994,Steric,0.409670
+12/1994,Total,0.579523
+12/1994,Barystatic,0.209572
+12/1994,Steric,0.369951
+01/1995,Total,0.469811
+01/1995,Barystatic,0.138054
+01/1995,Steric,0.331757
+02/1995,Total,0.479002
+02/1995,Barystatic,0.164045
+02/1995,Steric,0.314957
+03/1995,Total,0.491707
+03/1995,Barystatic,0.168336
+03/1995,Steric,0.323371
+04/1995,Total,0.573611
+04/1995,Barystatic,0.228669
+04/1995,Steric,0.344941
+05/1995,Total,0.711396
+05/1995,Barystatic,0.346449
+05/1995,Steric,0.364947
+06/1995,Total,0.767169
+06/1995,Barystatic,0.381587
+06/1995,Steric,0.385582
+07/1995,Total,0.815908
+07/1995,Barystatic,0.407536
+07/1995,Steric,0.408372
+08/1995,Total,0.775138
+08/1995,Barystatic,0.347493
+08/1995,Steric,0.427645
+09/1995,Total,0.743088
+09/1995,Barystatic,0.299506
+09/1995,Steric,0.443581
+10/1995,Total,0.737109
+10/1995,Barystatic,0.285830
+10/1995,Steric,0.451280
+11/1995,Total,0.817299
+11/1995,Barystatic,0.377229
+11/1995,Steric,0.440069
+12/1995,Total,0.726030
+12/1995,Barystatic,0.323589
+12/1995,Steric,0.402441
+01/1996,Total,0.526935
+01/1996,Barystatic,0.157902
+01/1996,Steric,0.369033
+02/1996,Total,0.496411
+02/1996,Barystatic,0.153909
+02/1996,Steric,0.342502
+03/1996,Total,0.534372
+03/1996,Barystatic,0.185976
+03/1996,Steric,0.348396
+04/1996,Total,0.568623
+04/1996,Barystatic,0.207679
+04/1996,Steric,0.360944
+05/1996,Total,0.732240
+05/1996,Barystatic,0.357496
+05/1996,Steric,0.374744
+06/1996,Total,0.747470
+06/1996,Barystatic,0.355922
+06/1996,Steric,0.391548
+07/1996,Total,0.774643
+07/1996,Barystatic,0.361777
+07/1996,Steric,0.412866
+08/1996,Total,0.781529
+08/1996,Barystatic,0.353630
+08/1996,Steric,0.427899
+09/1996,Total,0.746681
+09/1996,Barystatic,0.305005
+09/1996,Steric,0.441676
+10/1996,Total,0.771524
+10/1996,Barystatic,0.338307
+10/1996,Steric,0.433217
+11/1996,Total,0.806524
+11/1996,Barystatic,0.391155
+11/1996,Steric,0.415369
+12/1996,Total,0.703326
+12/1996,Barystatic,0.322933
+12/1996,Steric,0.380393
+01/1997,Total,0.587705
+01/1997,Barystatic,0.242163
+01/1997,Steric,0.345542
+02/1997,Total,0.497209
+02/1997,Barystatic,0.172242
+02/1997,Steric,0.324967
+03/1997,Total,0.567470
+03/1997,Barystatic,0.229305
+03/1997,Steric,0.338165
+04/1997,Total,0.552427
+04/1997,Barystatic,0.203814
+04/1997,Steric,0.348613
+05/1997,Total,0.650923
+05/1997,Barystatic,0.289917
+05/1997,Steric,0.361006
+06/1997,Total,0.764181
+06/1997,Barystatic,0.384745
+06/1997,Steric,0.379436
+07/1997,Total,0.716138
+07/1997,Barystatic,0.317590
+07/1997,Steric,0.398548
+08/1997,Total,0.732345
+08/1997,Barystatic,0.314346
+08/1997,Steric,0.417999
+09/1997,Total,0.711977
+09/1997,Barystatic,0.277057
+09/1997,Steric,0.434919
+10/1997,Total,0.606334
+10/1997,Barystatic,0.190560
+10/1997,Steric,0.415774
+11/1997,Total,0.581262
+11/1997,Barystatic,0.195090
+11/1997,Steric,0.386172
+12/1997,Total,0.473172
+12/1997,Barystatic,0.120896
+12/1997,Steric,0.352275
+01/1998,Total,0.443344
+01/1998,Barystatic,0.129763
+01/1998,Steric,0.313582
+02/1998,Total,0.453958
+02/1998,Barystatic,0.150596
+02/1998,Steric,0.303362
+03/1998,Total,0.460041
+03/1998,Barystatic,0.149637
+03/1998,Steric,0.310404
+04/1998,Total,0.539083
+04/1998,Barystatic,0.212982
+04/1998,Steric,0.326101
+05/1998,Total,0.657591
+05/1998,Barystatic,0.310561
+05/1998,Steric,0.347030
+06/1998,Total,0.867283
+06/1998,Barystatic,0.494968
+06/1998,Steric,0.372315
+07/1998,Total,0.835728
+07/1998,Barystatic,0.442087
+07/1998,Steric,0.393641
+08/1998,Total,0.822561
+08/1998,Barystatic,0.402415
+08/1998,Steric,0.420145
+09/1998,Total,0.793571
+09/1998,Barystatic,0.352425
+09/1998,Steric,0.441146
+10/1998,Total,0.811585
+10/1998,Barystatic,0.362246
+10/1998,Steric,0.449340
+11/1998,Total,0.836038
+11/1998,Barystatic,0.399914
+11/1998,Steric,0.436124
+12/1998,Total,0.759519
+12/1998,Barystatic,0.359144
+12/1998,Steric,0.400375
+01/1999,Total,0.640564
+01/1999,Barystatic,0.282199
+01/1999,Steric,0.358365
+02/1999,Total,0.592995
+02/1999,Barystatic,0.257413
+02/1999,Steric,0.335582
+03/1999,Total,0.568361
+03/1999,Barystatic,0.226233
+03/1999,Steric,0.342127
+04/1999,Total,0.675571
+04/1999,Barystatic,0.314680
+04/1999,Steric,0.360891
+05/1999,Total,0.777231
+05/1999,Barystatic,0.399061
+05/1999,Steric,0.378170
+06/1999,Total,0.783689
+06/1999,Barystatic,0.390603
+06/1999,Steric,0.393086
+07/1999,Total,0.760010
+07/1999,Barystatic,0.350023
+07/1999,Steric,0.409987
+08/1999,Total,0.809316
+08/1999,Barystatic,0.387521
+08/1999,Steric,0.421795
+09/1999,Total,0.749566
+09/1999,Barystatic,0.313410
+09/1999,Steric,0.436157
+10/1999,Total,0.760807
+10/1999,Barystatic,0.323071
+10/1999,Steric,0.437737
+11/1999,Total,0.779032
+11/1999,Barystatic,0.359130
+11/1999,Steric,0.419902
+12/1999,Total,0.705124
+12/1999,Barystatic,0.317824
+12/1999,Steric,0.387300
+01/2000,Total,0.592594
+01/2000,Barystatic,0.239982
+01/2000,Steric,0.352612
+02/2000,Total,0.514366
+02/2000,Barystatic,0.180579
+02/2000,Steric,0.333788
+03/2000,Total,0.571867
+03/2000,Barystatic,0.239153
+03/2000,Steric,0.332715
+04/2000,Total,0.663702
+04/2000,Barystatic,0.311660
+04/2000,Steric,0.352042
+05/2000,Total,0.757059
+05/2000,Barystatic,0.384023
+05/2000,Steric,0.373036
+06/2000,Total,0.796245
+06/2000,Barystatic,0.403859
+06/2000,Steric,0.392386
+07/2000,Total,0.834792
+07/2000,Barystatic,0.416875
+07/2000,Steric,0.417917
+08/2000,Total,0.830623
+08/2000,Barystatic,0.389243
+08/2000,Steric,0.441380
+09/2000,Total,0.786119
+09/2000,Barystatic,0.334237
+09/2000,Steric,0.451881
+10/2000,Total,0.754085
+10/2000,Barystatic,0.302208
+10/2000,Steric,0.451876
+11/2000,Total,0.759057
+11/2000,Barystatic,0.325446
+11/2000,Steric,0.433611
+12/2000,Total,0.683437
+12/2000,Barystatic,0.296694
+12/2000,Steric,0.386743
+01/2001,Total,0.591172
+01/2001,Barystatic,0.244557
+01/2001,Steric,0.346615
+02/2001,Total,0.557367
+02/2001,Barystatic,0.224948
+02/2001,Steric,0.332419
+03/2001,Total,0.578535
+03/2001,Barystatic,0.235558
+03/2001,Steric,0.342977
+04/2001,Total,0.601194
+04/2001,Barystatic,0.239901
+04/2001,Steric,0.361293
+05/2001,Total,0.726589
+05/2001,Barystatic,0.345722
+05/2001,Steric,0.380867
+06/2001,Total,0.811385
+06/2001,Barystatic,0.411689
+06/2001,Steric,0.399696
+07/2001,Total,0.835123
+07/2001,Barystatic,0.415740
+07/2001,Steric,0.419383
+08/2001,Total,0.831718
+08/2001,Barystatic,0.393466
+08/2001,Steric,0.438252
+09/2001,Total,0.782275
+09/2001,Barystatic,0.336398
+09/2001,Steric,0.445877
+10/2001,Total,0.785190
+10/2001,Barystatic,0.333423
+10/2001,Steric,0.451767
+11/2001,Total,0.787741
+11/2001,Barystatic,0.352012
+11/2001,Steric,0.435729
+12/2001,Total,0.707068
+12/2001,Barystatic,0.312415
+12/2001,Steric,0.394653
+01/2002,Total,0.545559
+01/2002,Barystatic,0.188699
+01/2002,Steric,0.356860
+02/2002,Total,0.471113
+02/2002,Barystatic,0.134727
+02/2002,Steric,0.336386
+03/2002,Total,0.551888
+03/2002,Barystatic,0.209370
+03/2002,Steric,0.342518
+04/2002,Total,0.608361
+04/2002,Barystatic,0.251058
+04/2002,Steric,0.357303
+05/2002,Total,0.686829
+05/2002,Barystatic,0.314327
+05/2002,Steric,0.372502
+06/2002,Total,0.779095
+06/2002,Barystatic,0.389385
+06/2002,Steric,0.389710
+07/2002,Total,0.786937
+07/2002,Barystatic,0.376687
+07/2002,Steric,0.410250
+08/2002,Total,0.818426
+08/2002,Barystatic,0.394435
+08/2002,Steric,0.423991
+09/2002,Total,0.739371
+09/2002,Barystatic,0.303665
+09/2002,Steric,0.435706
+10/2002,Total,0.713215
+10/2002,Barystatic,0.274844
+10/2002,Steric,0.438371
+11/2002,Total,0.687533
+11/2002,Barystatic,0.273754
+11/2002,Steric,0.413779
+12/2002,Total,0.652146
+12/2002,Barystatic,0.269279
+12/2002,Steric,0.382867
+01/2003,Total,0.604400
+01/2003,Barystatic,0.262484
+01/2003,Steric,0.341916
+02/2003,Total,0.532105
+02/2003,Barystatic,0.204397
+02/2003,Steric,0.327708
+03/2003,Total,0.510703
+03/2003,Barystatic,0.178610
+03/2003,Steric,0.332093
+04/2003,Total,0.559304
+04/2003,Barystatic,0.208736
+04/2003,Steric,0.350568
+05/2003,Total,0.718161
+05/2003,Barystatic,0.348875
+05/2003,Steric,0.369286
+06/2003,Total,0.781244
+06/2003,Barystatic,0.397506
+06/2003,Steric,0.383738
+07/2003,Total,0.736027
+07/2003,Barystatic,0.330516
+07/2003,Steric,0.405510
+08/2003,Total,0.803340
+08/2003,Barystatic,0.371953
+08/2003,Steric,0.431387
+09/2003,Total,0.787799
+09/2003,Barystatic,0.342982
+09/2003,Steric,0.444817
+10/2003,Total,0.736695
+10/2003,Barystatic,0.290536
+10/2003,Steric,0.446159
+11/2003,Total,0.712199
+11/2003,Barystatic,0.299213
+11/2003,Steric,0.412987
+12/2003,Total,0.709194
+12/2003,Barystatic,0.330629
+12/2003,Steric,0.378565
+01/2004,Total,0.573666
+01/2004,Barystatic,0.230267
+01/2004,Steric,0.343399
+02/2004,Total,0.481097
+02/2004,Barystatic,0.157109
+02/2004,Steric,0.323989
+03/2004,Total,0.552905
+03/2004,Barystatic,0.217897
+03/2004,Steric,0.335008
+04/2004,Total,0.635225
+04/2004,Barystatic,0.283767
+04/2004,Steric,0.351458
+05/2004,Total,0.737266
+05/2004,Barystatic,0.367782
+05/2004,Steric,0.369484
+06/2004,Total,0.843743
+06/2004,Barystatic,0.457023
+06/2004,Steric,0.386720
+07/2004,Total,0.836774
+07/2004,Barystatic,0.430027
+07/2004,Steric,0.406747
+08/2004,Total,0.821462
+08/2004,Barystatic,0.392188
+08/2004,Steric,0.429274
+09/2004,Total,0.769187
+09/2004,Barystatic,0.326452
+09/2004,Steric,0.442735
+10/2004,Total,0.726623
+10/2004,Barystatic,0.283133
+10/2004,Steric,0.443490
+11/2004,Total,0.652822
+11/2004,Barystatic,0.248176
+11/2004,Steric,0.404646
+12/2004,Total,0.666626
+12/2004,Barystatic,0.293361
+12/2004,Steric,0.373265
+01/2005,Total,0.587229
+01/2005,Barystatic,0.248980
+01/2005,Steric,0.338250
+02/2005,Total,0.523665
+02/2005,Barystatic,0.203109
+02/2005,Steric,0.320556
+03/2005,Total,0.517616
+03/2005,Barystatic,0.180947
+03/2005,Steric,0.336669
+04/2005,Total,0.606480
+04/2005,Barystatic,0.254260
+04/2005,Steric,0.352220
+05/2005,Total,0.708549
+05/2005,Barystatic,0.341539
+05/2005,Steric,0.367010
+06/2005,Total,0.803153
+06/2005,Barystatic,0.417902
+06/2005,Steric,0.385251
+07/2005,Total,0.843697
+07/2005,Barystatic,0.442828
+07/2005,Steric,0.400869
+08/2005,Total,0.796584
+08/2005,Barystatic,0.377230
+08/2005,Steric,0.419354
+09/2005,Total,0.794001
+09/2005,Barystatic,0.363621
+09/2005,Steric,0.430380
+10/2005,Total,0.770802
+10/2005,Barystatic,0.342051
+10/2005,Steric,0.428750
+11/2005,Total,0.789228
+11/2005,Barystatic,0.383352
+11/2005,Steric,0.405876
+12/2005,Total,0.790169
+12/2005,Barystatic,0.420479
+12/2005,Steric,0.369690
+01/2006,Total,0.653417
+01/2006,Barystatic,0.314435
+01/2006,Steric,0.338982
+02/2006,Total,0.562370
+02/2006,Barystatic,0.233900
+02/2006,Steric,0.328469
+03/2006,Total,0.525781
+03/2006,Barystatic,0.187419
+03/2006,Steric,0.338362
+04/2006,Total,0.642459
+04/2006,Barystatic,0.295895
+04/2006,Steric,0.346564
+05/2006,Total,0.765401
+05/2006,Barystatic,0.402756
+05/2006,Steric,0.362645
+06/2006,Total,0.775382
+06/2006,Barystatic,0.394178
+06/2006,Steric,0.381203
+07/2006,Total,0.801992
+07/2006,Barystatic,0.402669
+07/2006,Steric,0.399324
+08/2006,Total,0.803968
+08/2006,Barystatic,0.394183
+08/2006,Steric,0.409785
+09/2006,Total,0.702334
+09/2006,Barystatic,0.275361
+09/2006,Steric,0.426972
+10/2006,Total,0.687498
+10/2006,Barystatic,0.258267
+10/2006,Steric,0.429231
+11/2006,Total,0.620738
+11/2006,Barystatic,0.222641
+11/2006,Steric,0.398097
+12/2006,Total,0.564730
+12/2006,Barystatic,0.209354
+12/2006,Steric,0.355377
+01/2007,Total,0.508368
+01/2007,Barystatic,0.186700
+01/2007,Steric,0.321668
+02/2007,Total,0.505458
+02/2007,Barystatic,0.190723
+02/2007,Steric,0.314735
+03/2007,Total,0.470791
+03/2007,Barystatic,0.153794
+03/2007,Steric,0.316997
+04/2007,Total,0.617816
+04/2007,Barystatic,0.282897
+04/2007,Steric,0.334920
+05/2007,Total,0.759010
+05/2007,Barystatic,0.405191
+05/2007,Steric,0.353819
+06/2007,Total,0.765379
+06/2007,Barystatic,0.389143
+06/2007,Steric,0.376236
+07/2007,Total,0.800507
+07/2007,Barystatic,0.400830
+07/2007,Steric,0.399677
+08/2007,Total,0.809444
+08/2007,Barystatic,0.392726
+08/2007,Steric,0.416718
+09/2007,Total,0.786393
+09/2007,Barystatic,0.354096
+09/2007,Steric,0.432297
+10/2007,Total,0.741271
+10/2007,Barystatic,0.310484
+10/2007,Steric,0.430787
+11/2007,Total,0.819482
+11/2007,Barystatic,0.407199
+11/2007,Steric,0.412283
+12/2007,Total,0.691520
+12/2007,Barystatic,0.316174
+12/2007,Steric,0.375346
+01/2008,Total,0.654659
+01/2008,Barystatic,0.316933
+01/2008,Steric,0.337726
+02/2008,Total,0.578503
+02/2008,Barystatic,0.259508
+02/2008,Steric,0.318995
+03/2008,Total,0.650024
+03/2008,Barystatic,0.321348
+03/2008,Steric,0.328676
+04/2008,Total,0.709247
+04/2008,Barystatic,0.365777
+04/2008,Steric,0.343470
+05/2008,Total,0.773370
+05/2008,Barystatic,0.409154
+05/2008,Steric,0.364216
+06/2008,Total,0.745722
+06/2008,Barystatic,0.363099
+06/2008,Steric,0.382623
+07/2008,Total,0.770899
+07/2008,Barystatic,0.365256
+07/2008,Steric,0.405643
+08/2008,Total,0.836919
+08/2008,Barystatic,0.406977
+08/2008,Steric,0.429942
+09/2008,Total,0.776101
+09/2008,Barystatic,0.332395
+09/2008,Steric,0.443707
+10/2008,Total,0.744037
+10/2008,Barystatic,0.317026
+10/2008,Steric,0.427011
+11/2008,Total,0.775149
+11/2008,Barystatic,0.375862
+11/2008,Steric,0.399287
+12/2008,Total,0.760812
+12/2008,Barystatic,0.388370
+12/2008,Steric,0.372442
+01/2009,Total,0.640640
+01/2009,Barystatic,0.304095
+01/2009,Steric,0.336545
+02/2009,Total,0.529736
+02/2009,Barystatic,0.202621
+02/2009,Steric,0.327115
+03/2009,Total,0.619205
+03/2009,Barystatic,0.278793
+03/2009,Steric,0.340412
+04/2009,Total,0.686023
+04/2009,Barystatic,0.329633
+04/2009,Steric,0.356390
+05/2009,Total,0.778700
+05/2009,Barystatic,0.406280
+05/2009,Steric,0.372419
+06/2009,Total,0.810913
+06/2009,Barystatic,0.423753
+06/2009,Steric,0.387160
+07/2009,Total,0.832736
+07/2009,Barystatic,0.428950
+07/2009,Steric,0.403787
+08/2009,Total,0.763961
+08/2009,Barystatic,0.346313
+08/2009,Steric,0.417648
+09/2009,Total,0.793038
+09/2009,Barystatic,0.360341
+09/2009,Steric,0.432697
+10/2009,Total,0.753394
+10/2009,Barystatic,0.324934
+10/2009,Steric,0.428460
+11/2009,Total,0.710400
+11/2009,Barystatic,0.315688
+11/2009,Steric,0.394712
+12/2009,Total,0.694492
+12/2009,Barystatic,0.338811
+12/2009,Steric,0.355681
+01/2010,Total,0.594433
+01/2010,Barystatic,0.283059
+01/2010,Steric,0.311374
+02/2010,Total,0.518296
+02/2010,Barystatic,0.217865
+02/2010,Steric,0.300430
+03/2010,Total,0.545140
+03/2010,Barystatic,0.217822
+03/2010,Steric,0.327318
+04/2010,Total,0.672995
+04/2010,Barystatic,0.320821
+04/2010,Steric,0.352174
+05/2010,Total,0.756458
+05/2010,Barystatic,0.386079
+05/2010,Steric,0.370379
+06/2010,Total,0.802445
+06/2010,Barystatic,0.416547
+06/2010,Steric,0.385898
+07/2010,Total,0.819068
+07/2010,Barystatic,0.411963
+07/2010,Steric,0.407105
+08/2010,Total,0.870156
+08/2010,Barystatic,0.448087
+08/2010,Steric,0.422068
+09/2010,Total,0.869708
+09/2010,Barystatic,0.434404
+09/2010,Steric,0.435304
+10/2010,Total,0.924338
+10/2010,Barystatic,0.487466
+10/2010,Steric,0.436872
+11/2010,Total,0.862591
+11/2010,Barystatic,0.443291
+11/2010,Steric,0.419299
+12/2010,Total,0.810337
+12/2010,Barystatic,0.433125
+12/2010,Steric,0.377212
+01/2011,Total,0.718022
+01/2011,Barystatic,0.390098
+01/2011,Steric,0.327924
+02/2011,Total,0.609908
+02/2011,Barystatic,0.299945
+02/2011,Steric,0.309963
+03/2011,Total,0.615022
+03/2011,Barystatic,0.296360
+03/2011,Steric,0.318662
+04/2011,Total,0.668693
+04/2011,Barystatic,0.327116
+04/2011,Steric,0.341577
+05/2011,Total,0.733887
+05/2011,Barystatic,0.371253
+05/2011,Steric,0.362634
+06/2011,Total,0.761711
+06/2011,Barystatic,0.382259
+06/2011,Steric,0.379452
+07/2011,Total,0.810754
+07/2011,Barystatic,0.413396
+07/2011,Steric,0.397358
+08/2011,Total,0.797892
+08/2011,Barystatic,0.375553
+08/2011,Steric,0.422338
+09/2011,Total,0.747600
+09/2011,Barystatic,0.308553
+09/2011,Steric,0.439047
+10/2011,Total,0.761133
+10/2011,Barystatic,0.327194
+10/2011,Steric,0.433938
+11/2011,Total,0.714132
+11/2011,Barystatic,0.308057
+11/2011,Steric,0.406074
+12/2011,Total,0.696479
+12/2011,Barystatic,0.326924
+12/2011,Steric,0.369554
+01/2012,Total,0.665400
+01/2012,Barystatic,0.330930
+01/2012,Steric,0.334469
+02/2012,Total,0.545527
+02/2012,Barystatic,0.233921
+02/2012,Steric,0.311606
+03/2012,Total,0.579967
+03/2012,Barystatic,0.248391
+03/2012,Steric,0.331576
+04/2012,Total,0.702474
+04/2012,Barystatic,0.351033
+04/2012,Steric,0.351440
+05/2012,Total,0.730182
+05/2012,Barystatic,0.361973
+05/2012,Steric,0.368209
+06/2012,Total,0.821721
+06/2012,Barystatic,0.436524
+06/2012,Steric,0.385197
+07/2012,Total,0.828784
+07/2012,Barystatic,0.428386
+07/2012,Steric,0.400398
+08/2012,Total,0.807795
+08/2012,Barystatic,0.389159
+08/2012,Steric,0.418635
+09/2012,Total,0.774383
+09/2012,Barystatic,0.338085
+09/2012,Steric,0.436298
+10/2012,Total,0.739120
+10/2012,Barystatic,0.304914
+10/2012,Steric,0.434206
+11/2012,Total,0.739676
+11/2012,Barystatic,0.339308
+11/2012,Steric,0.400368
+12/2012,Total,0.686407
+12/2012,Barystatic,0.339175
+12/2012,Steric,0.347232
+01/2013,Total,0.609341
+01/2013,Barystatic,0.305385
+01/2013,Steric,0.303956
+02/2013,Total,0.580745
+02/2013,Barystatic,0.291837
+02/2013,Steric,0.288908
+03/2013,Total,0.587833
+03/2013,Barystatic,0.287955
+03/2013,Steric,0.299877
+04/2013,Total,0.622890
+04/2013,Barystatic,0.296556
+04/2013,Steric,0.326335
+05/2013,Total,0.814601
+05/2013,Barystatic,0.469608
+05/2013,Steric,0.344994
+06/2013,Total,0.874337
+06/2013,Barystatic,0.507584
+06/2013,Steric,0.366753
+07/2013,Total,0.883998
+07/2013,Barystatic,0.488908
+07/2013,Steric,0.395090
+08/2013,Total,0.872246
+08/2013,Barystatic,0.459395
+08/2013,Steric,0.412852
+09/2013,Total,0.802599
+09/2013,Barystatic,0.377886
+09/2013,Steric,0.424713
+10/2013,Total,0.771704
+10/2013,Barystatic,0.344165
+10/2013,Steric,0.427539
+11/2013,Total,0.700475
+11/2013,Barystatic,0.306784
+11/2013,Steric,0.393691
+12/2013,Total,0.713012
+12/2013,Barystatic,0.356269
+12/2013,Steric,0.356743
+01/2014,Total,0.647172
+01/2014,Barystatic,0.330409
+01/2014,Steric,0.316763
+02/2014,Total,0.512813
+02/2014,Barystatic,0.203645
+02/2014,Steric,0.309168
+03/2014,Total,0.457390
+03/2014,Barystatic,0.138059
+03/2014,Steric,0.319331
+04/2014,Total,0.527867
+04/2014,Barystatic,0.187442
+04/2014,Steric,0.340424
+05/2014,Total,0.741267
+05/2014,Barystatic,0.384389
+05/2014,Steric,0.356878
+06/2014,Total,0.847841
+06/2014,Barystatic,0.465596
+06/2014,Steric,0.382245
+07/2014,Total,0.931049
+07/2014,Barystatic,0.532041
+07/2014,Steric,0.399008
+08/2014,Total,0.858672
+08/2014,Barystatic,0.443419
+08/2014,Steric,0.415253
+09/2014,Total,0.779707
+09/2014,Barystatic,0.340875
+09/2014,Steric,0.438832
+10/2014,Total,0.781828
+10/2014,Barystatic,0.338048
+10/2014,Steric,0.443779
+11/2014,Total,0.799054
+11/2014,Barystatic,0.380063
+11/2014,Steric,0.418990
+12/2014,Total,0.768997
+12/2014,Barystatic,0.394942
+12/2014,Steric,0.374054
+01/2015,Total,0.728187
+01/2015,Barystatic,0.388114
+01/2015,Steric,0.340073
+02/2015,Total,0.569906
+02/2015,Barystatic,0.253813
+02/2015,Steric,0.316093
+03/2015,Total,0.566205
+03/2015,Barystatic,0.236491
+03/2015,Steric,0.329714
+04/2015,Total,0.636917
+04/2015,Barystatic,0.287838
+04/2015,Steric,0.349079
+05/2015,Total,0.734930
+05/2015,Barystatic,0.370257
+05/2015,Steric,0.364673
+06/2015,Total,0.838550
+06/2015,Barystatic,0.454335
+06/2015,Steric,0.384215
+07/2015,Total,0.810511
+07/2015,Barystatic,0.408828
+07/2015,Steric,0.401683
+08/2015,Total,0.825183
+08/2015,Barystatic,0.400987
+08/2015,Steric,0.424196
+09/2015,Total,0.804150
+09/2015,Barystatic,0.356079
+09/2015,Steric,0.448071
+10/2015,Total,0.791214
+10/2015,Barystatic,0.340800
+10/2015,Steric,0.450414
+11/2015,Total,0.704162
+11/2015,Barystatic,0.288044
+11/2015,Steric,0.416118
+12/2015,Total,0.684598
+12/2015,Barystatic,0.309516
+12/2015,Steric,0.375082
+01/2016,Total,0.609481
+01/2016,Barystatic,0.275874
+01/2016,Steric,0.333607
+02/2016,Total,0.566455
+02/2016,Barystatic,0.239832
+02/2016,Steric,0.326623
+03/2016,Total,0.595619
+03/2016,Barystatic,0.252474
+03/2016,Steric,0.343145
+04/2016,Total,0.680145
+04/2016,Barystatic,0.322215
+04/2016,Steric,0.357929
+05/2016,Total,0.739628
+05/2016,Barystatic,0.368957
+05/2016,Steric,0.370671
+06/2016,Total,0.917156
+06/2016,Barystatic,0.536056
+06/2016,Steric,0.381100
+07/2016,Total,0.907101
+07/2016,Barystatic,0.508588
+07/2016,Steric,0.398513
+08/2016,Total,0.868987
+08/2016,Barystatic,0.445771
+08/2016,Steric,0.423216
+09/2016,Total,0.902232
+09/2016,Barystatic,0.460988
+09/2016,Steric,0.441244
+10/2016,Total,0.876233
+10/2016,Barystatic,0.427788
+10/2016,Steric,0.448445
+11/2016,Total,0.848095
+11/2016,Barystatic,0.421781
+11/2016,Steric,0.426314
+12/2016,Total,0.789364
+12/2016,Barystatic,0.402246
+12/2016,Steric,0.387118
+01/2017,Total,0.671831
+01/2017,Barystatic,0.331371
+01/2017,Steric,0.340460
+02/2017,Total,0.606154
+02/2017,Barystatic,0.286737
+02/2017,Steric,0.319417
+03/2017,Total,0.572187
+03/2017,Barystatic,0.241125
+03/2017,Steric,0.331062
+04/2017,Total,0.666827
+04/2017,Barystatic,0.316544
+04/2017,Steric,0.350283
+05/2017,Total,0.742678
+05/2017,Barystatic,0.371433
+05/2017,Steric,0.371245
+06/2017,Total,0.875270
+06/2017,Barystatic,0.489790
+06/2017,Steric,0.385480
+07/2017,Total,0.840810
+07/2017,Barystatic,0.448177
+07/2017,Steric,0.392633
+08/2017,Total,0.833296
+08/2017,Barystatic,0.415880
+08/2017,Steric,0.417416
+09/2017,Total,0.844355
+09/2017,Barystatic,0.405020
+09/2017,Steric,0.439335
+10/2017,Total,0.875089
+10/2017,Barystatic,0.425155
+10/2017,Steric,0.449934
+11/2017,Total,0.818989
+11/2017,Barystatic,0.384543
+11/2017,Steric,0.434447
+12/2017,Total,0.788192
+12/2017,Barystatic,0.395372
+12/2017,Steric,0.392820
diff --git a/discoveries/et_suppression.png b/discoveries/et_suppression.png
new file mode 100644
index 000000000..abd3b84f3
Binary files /dev/null and b/discoveries/et_suppression.png differ
diff --git a/discoveries/fire-cover.png b/discoveries/fire-cover.png
new file mode 100644
index 000000000..f5bf731a0
Binary files /dev/null and b/discoveries/fire-cover.png differ
diff --git a/discoveries/fire-hydro-impacts.discoveries.mdx b/discoveries/fire-hydro-impacts.discoveries.mdx
new file mode 100644
index 000000000..e71cc09af
--- /dev/null
+++ b/discoveries/fire-hydro-impacts.discoveries.mdx
@@ -0,0 +1,118 @@
+---
+featuredOn:
+ - eis
+id: "fire-hydro-impacts"
+name: Post-Fire Hydrology Impacts in Western US
+description: "High resolution ET observations reveal hydrological response in Westen US"
+media:
+ src: ::file ./fire-cover.png
+ alt: Satellite imagery (false color) of East Troublesome fire spreading to the Rockies
+ author:
+ name: Lauren Dauphin/Landsat 8
+ url: https://eoimages.gsfc.nasa.gov/images/imagerecords/147000/147452/coloradofire752_oli_2020296_lrg.jpg
+pubDate: 2020-12-01
+thematics:
+ - eis
+---
+
+
+
+ ## When Fires Disturb Eco-Hydrology
+
+ Fire, either natural or otherwise, is a pervasive ecological and hydrological disturbance that sparks extensive impacts to underlying vegetation, soil, and the ecosystem. Fires modulate ecosystem evapotranspiration (ET) by directly affecting the aboveground vegetation immediately after burning, thereby reducing transpirational leaf surface area.
+
+
+
+
+
+ The Western United States (WUS) is experiencing an increase of catastrophic wildfires. While fires historically constituted an important rangeland disturbance process in the semi-arid ecosystem of WUS, climate change and intensifying droughts have increased vigorous fire activities
+
+
+
+
+
+
+
+
+
+
+
+ Impact of fires on reduction of evapotranspiration, shown in high resolution datasets from OpenET over 2020 fires in Western US
+
+
+
+
+ ## Sensing Vegetation Changes from Space
+
+ We use observations of ET from high-resolution OpenET products and burned area severity from Monitoring Trends in Burn Severity (MTBS) maps to analyze the post-fire impact on hydrology and water balance.
+ Fire leads to reduction in evapotranspiration (ET) which is modeled using Open ET observations. Difference in water balance (precipitation minus ET) over fire impacted region from than over a control unimpacted region gives an estimate of ET suppression caused by fire.
+
+
+
+
+
+
+
+
+ More information about Fires in Oregon and California can be found in NASA's (Fires in Oregon and California Grow in Size and Intensity)[https://www.nasa.gov/image-feature/goddard/2018/fires-in-oregon-and-california-grow-in-size-and-intensity] article.
+
+
+
+
+
+
+ ## Loss of vegetation, increase in flow!
+
+ Natchez fire, right on the Oregon/California line between Happy Camp, CA and Cave Junction, OR, burnt 38,800 acres in the fall of 2018.
+ The mix of moderate and high severity burn scars adversely impacted the vegetation in the following water years, resulting in a significant
+ reduction in vegetation transpiration. The affected water balance subsequently contributes to an additional volume of runoff before the vegetation recovers to pre-fire conditions.
+
+
+
+
+
+
+
+ Impact of Natchez Fire on ET and water balance in post-fire seasons
+
+ TWS anomalies over India compared between Dec 2002 (left) and Dec 2021 (right)
+
+
+
+ ## Interpreting the data
+ The TWS anomalies are calculated as differences of raw TWS with the climatology obtained over 2001-2021. Negative anomalies denote lower than normal TWS and vice-versa. The trend over time is thus deseasonalized and reflective of changes due to human impacts.
+
+
+
+
+
+ ## Declining trends, depleting storage!
+ Terrestrial water storage (TWS) is defined as the summation of all water on the land surface and in the subsurface. It includes surface soil moisture, root zone soil moisture, groundwater, snow, ice, water stored in the vegetation, river and lake water.
+
+
+
+
+ Depleting TWS over CA between 2002 (left) and 2021 (right), captured by LIS modeled TWS anomalies
+
+
+
+
+
+
+
+
+ Trend in TWS anomalies over India showing large groundwater extraction leading to depleting TWS
+
+
+
+ ## Interpreting the data
+ The TWS anomalies are calculated as differences of raw TWS with the climatology obtained over 2001-2021. Negative anomalies denote lower than normal TWS and vice-versa. The trend over time is thus deseasonalized and reflective of changes due to human impacts.
+
+
+
+
+
+ ## Additional resources
+
+ * [EIS Freshwater](https://freshwater.eis.smce.nasa.gov/)
+ * [Land Information System](https://lis.gsfc.nasa.gov/)
+
+ ### Explore the Missions
+
+ * [GRACE-FO](https://gracefo.jpl.nasa.gov/data/grace-fo-data/)
+ * [SMAP](https://smap.jpl.nasa.gov/)
+ * [MODIS](https://modis.gsfc.nasa.gov/)
+
+
diff --git a/discoveries/wus_burns.png b/discoveries/wus_burns.png
new file mode 100644
index 000000000..69e2cbed8
Binary files /dev/null and b/discoveries/wus_burns.png differ
diff --git a/docs/CONTENT.md b/docs/CONTENT.md
index 3024d5f8b..5aa2e02ea 100644
--- a/docs/CONTENT.md
+++ b/docs/CONTENT.md
@@ -1,3 +1,11 @@
+📇 **Shortcuts:**
+
+- Check the [MDX_BLOCK.md](./MDX_BLOCKS.md) for information on the different blocks that can be used to compose the content layout.
+- Check [layer.md](./frontmatter/layer.md) for details on the different properties of a dataset layer.
+- Check [media.md](./frontmatter/media.md) for information on the images needed for the content's covers.
+
+----
+
# Content
- [Content](#content)
@@ -56,14 +64,18 @@ Name of this thematic area. This is used to reference to this thematic area in t
Brief description of this thematic area. This is displayed on cards and the header of a thematic area.
**usage**
-`object`
-Link to examples for how to use this dataset.
+`object[]`
+Links to examples for how to use this dataset.
-**usage.url**
+**usage[].url**
`string`
URL for example on how to use this dataset.
-**usage.title**
+**usage[].label**
+`string`
+A label for the type of interface this link opens. Currently, typical interfaces include a static notebook or a notebook hub.
+
+**usage[].title**
`string`
Title of the page linked to for an example of how to use this dataset.
diff --git a/docs/frontmatter/media.md b/docs/frontmatter/media.md
index 59c0f66b0..3d0253946 100644
--- a/docs/frontmatter/media.md
+++ b/docs/frontmatter/media.md
@@ -2,10 +2,16 @@
`object`
Controls the image used to identify this resource. This image will show up in the cards and whenever there’s the need to visually identify the resource.
-Consider optimizing your image by adjusting the quality and resizing it before using it.
-It is important that the images are produced with a 2:1 ratio and a size of at least (2000x1000 px). Images should not weigh more than 500KB.
+💡 [Unsplash](https://unsplash.com/) is a repository where great images can be found. Images are free, just make sure to reference the author (explained below).
-You can use the tools like below to optimize your image.
+🧙♀️Consider optimizing your image by adjusting the quality and resizing it before using it.
+It is important that the images are produced with a 2:1 ratio and a size of at least **(2000x1000px)**. Images should not weigh more than **500KB**.
+
+The [Image resizer](https://imageresizer.com/) webtool is a great resource for this task. The following video shows the process:
+
+https://user-images.githubusercontent.com/1090606/202161004-85060cfd-0e94-426e-9385-cda73841a019.mov
+
+Other tools that may be useful to optimize your image.
### GUI
- [ImageOptim](https://imageoptim.com/mac)
@@ -15,9 +21,9 @@ You can use the tools like below to optimize your image.
- [imagemagick](https://imagemagick.org/index.php)
- [pngquant](https://pngquant.org/)
-This is an example one liner command that resizes `example.png` to 70% of the original size, drops the quality then compresses it (using both `imagemagick` and `pngquant`). Tweak the parameters as needed.
+This is an example one liner command that resizes `example.png` to a max width/height, drops the quality then compresses it (using both `imagemagick` and `pngquant`). Tweak the parameters as needed.
-`mogrify -resize 70% -quality 70 example.png && pngquant example.png --ext .png --force`
+`mogrify -resize "2000x1000>" -quality 70 example.png && pngquant example.png --ext .png --force`
**src**
`string | fileSrc`
@@ -44,4 +50,4 @@ media:
url: https://unsplash.com/
```
-
\ No newline at end of file
+
diff --git a/package.json b/package.json
index 6b405326a..4901de56f 100644
--- a/package.json
+++ b/package.json
@@ -1,7 +1,7 @@
{
"name": "delta-config",
"description": "Configuration for Delta",
- "version": "0.2.0",
+ "version": "0.3.0",
"source": "./.delta/ui/app/index.html",
"license": "BSD-3-Clause",
"scripts": {