Cinquino Eve

Last Name

Cinquino

First Name

Eve

Full item page

Search Results

Now showing 1 - 20 of 57

Meteorological tower monthly summary data for 2021

(Woods Hole Oceanographic Institution, 2021) Kirincich, Anthony R. ; Cinquino, Eve

Meteorological tower monthly summary data for 2021
October-December 2021 Lidar raw data

(Woods Hole Oceanographic Institution, 2021) Kirincich, Anthony R. ; Cinquino, Eve

This zipped content contains Lidar raw data: Raw 10-minute files of 1 Hz data files from 53-200m amsl from October-December 2021.
July-September 2021 Lidar raw data

(Woods Hole Oceanographic Institution, 2021) Kirincich, Anthony R. ; Cinquino, Eve

This zipped content contains Lidar raw data: Raw 10-minute files of 1 Hz data files from 53-200m amsl from July-September 2021.
Meteorological tower monthly summary data for 2022

(Woods Hole Oceanographic Institution, 2022) Kirincich, Anthony R. ; Cinquino, Eve

Meteorological tower monthly summary data for 2022
Calibration Report of LiDAR unit ZX1166

(Woods Hole Oceanographic Institution, 2018-08-18) Kirincich, Anthony R. ; Cinquino, Eve

On behalf of Woods Hole Oceanographic Institution (“WHOI”), UL Services Group LLC (“UL”) conducted a verification1 of a ground-based remote sensing device (“RSD”) according to IEC 61400-12-1 Ed. 2 [1] Annex L. The Lidar ZX 300M was collocated with a 130 m mast at UL’s Advanced Wind Turbine Test Facility at West Texas A&M University, near Canyon, Texas. This report describes the measurement site, the mast and RSD equipment, and the results from the verification. The verification results include the linear regression relationships between wind speed, wind direction, shear, and turbulence intensity for each coincident height.
Commissioning form: Windcube Lidar WHOI ASIT Tower ZX300M 1166

(Woods Hole Oceanographic Institution, 2021-10-11) Kirincich, Anthony R. ; Cinquino, Eve

Unit is located on an Ocean met mast. There is a platform approximately 11 meter off the water line. with another 15 meters of lattice tower above it. The site is approximately 2.75 kilometers off the Southeast coast of Martha’s Vineyard.
2022 Lidar summary data Nantucket

(Woods Hole Oceanographic Institution, 2023-02-08) Kirincich, Anthony R. ; Cinquino, Eve

This zipped content contains Lidar summary data: Daily 10-minute average files from 53-200m amsl for 2022.
2021 Lidar summary data Nantucket

(Woods Hole Oceanographic Institution, 2023-02-08) Kirincich, Anthony R. ; Cinquino, Eve

This zipped content contains Lidar summary data: Daily 10-minute average files from 53-200m amsl for 2021.
The climatological rise in winter temperature- and dewpoint-based thaw events and their impact on snow depth on Mount Washington, New Hampshire

(American Meteorological Society, 2021-09-01) Kelsey, Eric P. ; Cinquino, Eve

We analyze how winter thaw events (TE; T > 0°C) are changing on the summit of Mount Washington, New Hampshire, using three metrics: the number of TE, number of thaw hours, and number of thaw degree-hours for temperature and dewpoint for winters from 1935/36 to 2019/20. The impact of temperature-only TE and dewpoint TE on snow depth are compared to quantify the different impacts of sensible-only heating and sensible-and-latent heating, respectively. Results reveal that temperature and dewpoint TE for all metrics increased at a statistically significant rate (p < 0.05) over the full time periods studied for temperature (1935/36–2019/20) and dewpoint (1939/40–2019/20). Notably, around 2000/01, the positive trends increased for most variables, including dewpoint-thaw degree-hours that increased by 82.11 degree-hours decade−1 during 2000–20, which is approximately 5 times as faster as the 1939–2020 rate of 17.70 degree-hours decade−1. Furthermore, a clear upward shift occurred around 1990 in the lowest winter values of thaw hours and thaw degree-hours—winters now have a higher baseline amount of thaw than before 1990. Snow-depth loss during dewpoint TE (0.36 cm h−1) occurred more than 2 times as fast as temperature-only TE (0.14 cm h−1). With winters projected to warm throughout the twenty-first century in the northeastern United States, it is expected that the trends in winter thaw events, and the sensible and latent energy that they bring, will continue to rise and lead to more frequent winter flooding, fewer days of good quality snow for winter recreation, and changes in ecosystem function.
Meteorological tower daily data 2021

(Woods Hole Oceanographic Institution, 2021) Kirincich, Anthony R. ; Cinquino, Eve

Meteorological tower daily data for 2021
Comparison Report between LiDAR unit WLS7-436 and LiDAR unit ZX1166

(Woods Hole Oceanographic Institution, 2021-11-05) Kirincich, Anthony R. ; Cinquino, Eve

This report compares the wind characteristics of Lidar WLS7 436, a Windcube v2.0 lidar, and Lidar ZX1166, a ZX Lidars ZX300M, comprising part of the Met Ocean Reference Station (MORS-1) situated on the Air-Sea Interaction Tower (ASIT) located approximately 3 km south of Martha’s Vineyard in 17-m of water. The ASIT is a cabled, fixed platform that has a maximum height of 23 m above mean sea level (MSL) and a platform located at 13 m MSL. The ASIT operates within the Martha’s Vineyard Coastal Observatory (MVCO) facility established in 2001 and is operated by Woods Hole Oceanographic Institution (WHOI). Remote sensing data collection commenced at the ASIT in October 2016 with the initial deployment of Lidar WLS7 436 as part of a metocean initiative funded by the Massachusetts Clean Energy Center (MassCEC)1. WHOI later established the MORS-1 campaign in 2021. Lidar ZX1166, a calibrated ZX Lidars ZX300M, was deployed to the ASIT platform on 1 September 2021. Lidar WLS7 436 was removed from the platform on 8 October 2021. Site information, a table of concurrent mean wind speeds at each measurement level between 60 m and 200 m, scatterplots of concurrent wind speeds at each measurement level between 60 m and 200 m, wind speed frequency distributions and wind roses at two key measurement levels, and a plot of concurrent wind shear are presented below for the period that the two lidars were present on the ASIT platform. For their concurrent period of record, wind speed and direction data at the same measurement levels agreed closely between the two lidars.
July-September 2022 Lidar raw data Nantucket

(Woods Hole Oceanographic Institution, 2023-02-09) Kirincich, Anthony R. ; Cinquino, Eve

This zipped content contains Lidar raw data: Raw 10-minute files of 1 Hz data files from 53-200m amsl from July-September 2022.
Meteorological tower daily data 2022

(Woods Hole Oceanographic Institution, 2022) Kirincich, Anthony R. ; Cinquino, Eve

Meteorological tower daily data for 2022
Lidar Metadata

(Woods Hole Oceanographic Institution, 2021-09-13) Kirincich, Anthony R. ; Cinquino, Eve

This data was collected by a team led by Kirincich as part of a Metocean monitoring campaign sponsored by the Massachusetts Clean Energy Center (MassCEC). The campaign was designed to observe key atmospheric and ocean parameters at an existing offshore platform in the proximity of the Massachusetts and Rhode Island Wind Energy Areas. The campaign supported the purchase and installation of a LIDAR wind profiler, two cup anemometers and a wind direction vane at the MVCO Air-Sea Interaction Tower (ASIT). These instruments were installed and operated by WHOI and validated by UL-AWS Truepower following a MetOcean Measurement Plan created by UL-AWST, WHOI, and the MassCEC. All instruments were installed on WHOI's offshore tower in the fall of 2016 and operated continuously, as possible, through the end of 2020. After this time the project transitioned to become the MetOcean Reference Site (MORS-1), supported by the National Offshore Wind Research and Development Consortium (NOWRDC).
2021 Lidar summary data

(Woods Hole Oceanographic Institution, 2021) Kirincich, Anthony R. ; Cinquino, Eve

This zipped content contains Lidar summary data: Daily 10-minute average files from 53-200m amsl for 2021.
UL Commissioning form WLS7_436_CF2

(Woods Hole Oceanographic Institution, 2023-02-08) Kirincich, Anthony R. ; Cinquino, Eve

Unit is located at a monitoring site, on the southern coast of Nantucket. There is a water treatment plant directly north of the lidar unit. There is a slight rise of the coastline/sand dunes directly South of the lidar unit. Once past the coastline/sand dunes the lidar is open to the Atlantic ocean.
October-December 2021 Lidar raw data Nantucket

(Woods Hole Oceanographic Institution, 2023-02-09) Kirincich, Anthony R. ; Cinquino, Eve

This zipped content contains Lidar raw data: Raw 10-minute files of 1 Hz data files from 53-200m amsl from October-December 2021.
April-June 2022 Lidar raw data Nantucket

(Woods Hole Oceanographic Institution, 2023-02-09) Kirincich, Anthony R. ; Cinquino, Eve

This zipped content contains Lidar raw data: Raw 10-minute files of 1 Hz data files from 53-200m amsl from April-June 2022.
October-December 2022 Lidar raw data

(Woods Hole Oceanographic Institution, 2022) Kirincich, Anthony R. ; Cinquino, Eve

This zipped content contains Lidar raw data: Raw 10-minute files of 1 Hz data files from 53-200m amsl from October-December 2022.
July-September 2022 Lidar raw data

(Woods Hole Oceanographic Institution, 2022) Kirincich, Anthony R. ; Cinquino, Eve

This zipped content contains Lidar raw data: Raw 10-minute files of 1 Hz data files from 53-200m amsl from July-September 2022.

Cinquino Eve

Last Name

First Name

ORCID

Filters

Author

Subject

Date

Type

Has files

Settings

Sort By

Results per page

Search Results