Kenai National Wildlife Refuge Pollinator Surveys

Occurrence
Последняя версия опубликовано United States Fish and Wildlife Service мая 5, 2023 United States Fish and Wildlife Service
Домой:
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Дата публикации:
5 мая 2023 г.
Опубликовано:
United States Fish and Wildlife Service
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CC0 1.0

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Описание

We collected pollinators as part of the Alaska Bee Atlas effort (https://accs.uaa.alaska.edu/wildlife/ak-bee-atlas). We collected pollinators on Kenai National Wildlife Refuge in 2022 using blue vane traps, pollinator cups, and aerial nets.

Записи данных

Данные этого occurrence ресурса были опубликованы в виде Darwin Core Archive (DwC-A), который является стандартным форматом для обмена данными о биоразнообразии в виде набора из одной или нескольких таблиц. Основная таблица данных содержит 3 986 записей.

Также в наличии 3 таблиц с данными расширений. Записи расширений содержат дополнительную информацию об основной записи. Число записей в каждой таблице данных расширения показано ниже.

Occurrence (core)
3986
Multimedia 
4797
Identification 
4008
dnaDerivedData 
3986

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Версии

В таблице ниже указаны только опубликованные версии ресурса, которые доступны для свободного скачивания.

Права

Исследователи должны соблюдать следующие права:

Публикующей организацией и владельцем прав на данную работу является United States Fish and Wildlife Service. Насколько это возможно по закону, издатель отказался от всех прав на эти данные и посвятил их Public Domain (CC0 1.0). Пользователи могут без ограничений копировать, изменять, распространять и использовать работу, в том числе в коммерческих целях.

Регистрация в GBIF

Этот ресурс был зарегистрирован в GBIF, ему был присвоен следующий UUID: 86875091-d166-4986-802a-343b341424c6.  United States Fish and Wildlife Service отвечает за публикацию этого ресурса, и зарегистрирован в GBIF как издатель данных при оподдержке U.S. Geological Survey.

Ключевые слова

Occurrence; bees; pollinators

Контакты

Matthew Bowser
  • Metadata Provider
  • Originator
  • Point Of Contact
Fish and Wildlife Biologist
USFWS Kenai National Wildlife Refuge
PO Box 2139
99669 Soldotna
Alaska
US
Anya Bronowski
  • Originator
Biological Technician
U.S. Fish and Wildlife Service, Kenai National Wildlife Refuge
Soldotna
Alaska
US
Dom Watts
  • Originator
Pilot/Biologist
U.S. Fish and Wildlife Service, Kenai National Wildlife Refuge
Soldotna
Alaska
US

Географический охват

We surveyed on the Kenai National Wildlife Refuge on the Kenai Peninsula, Alaska.

Ограничивающие координаты Юг Запад [59,62, -151,1], Север Восток [60,55, -150,2]

Таксономический охват

We surveyed for pollinators, mainly Hymenoptera, Diptera, Lepidoptera, and Coleoptera.

Class Insecta

Временной охват

Дата начала / Дата окончания 2011-06-30 / 2022-08-26

Данные проекта

In 2022 we collected pollinators as part of the Alaska Bee Atlas effort (https://accs.uaa.alaska.edu/wildlife/ak-bee-atlas). We collected pollinators on Kenai National Wildlife Refuge using blue vane traps, pollinator cups, and aerial nets.

Название Kenai National Wildlife Refuge Pollinator Surveys
Описание района исследования We surveyed on the Kenai National Wildlife Refuge, Kenai Peninsula, Alaska.

Методы сбора

We followed the guidance of the sampling plan of Fulkerson et al. (2021). Most of KNWR lies within lowest priority hexagons of Fulkerson et al. (2021), but the southernmost part of the Refuge lies within a medium priority hexagon. We prioritized sampling in this area, but access in this region is difficult. We surveyed only at Emerald Lake in this medium priority hexagon. We surveyed for insect pollinators at a variety of other sites on the Refuge, trying to sample in diverse habitats. We sampled dry, rocky slopes off of Skilak Lake Road following the advice of Justin Fulkerson. We accessed sites by road and floatplane.

Охват исследования The study area was the Kenai National Wildlife Refuge and its immediate environs.

Описание этапа методики:

  1. Field Methods We sampled pollinators using bee bowl traps, blue vane traps, and aerial nets, generally following the field methods of Fulkerson et al. (2021) with the exception that we collected specimens into SK picglobal 99.9% pure propylene glycol.
  2. Specimen Processing Samples were stored in a -23°C freezer except when samples were being processed. Invertebrates were separated from debris by hand under a dissecting microscope. Care was taken to reduce possible cross-contamination of DNA among samples. We separated samples that were all or mostly bees from samples that were mostly flies and other invertebrates. We shipped 12 samples of bees to the Alaska Center for Conservation Science3, University of Alaska Anchorage, Anchorage, Alaska to be processed. We homogenized the remaining 19 samples plus one legacy bulk pollinator sample from a previous project (Bowser 2012) using a blender and cleaning between samples with DIY-DS cleaning solution as described by Buchner et al. (2021). Our sample homogenization protocol is included below. We homogenized samples using a Nutri Ninja QB3000SS blender (Euro-Pro Operating LLC 2015). DIY-DS recipe 20 g NaOH 20 g Alconox 15.1 g NaHCO3 267 ml 4.5% bleach deionized water to fill to 2 l Preparation 120 ml plastic cups should be washed with DIY-DS and rinsed before sampling. Finish by rinsing inside the 120 ml cup with deionized water. Hand dry 120 ml cup with paper towel. Homogenize samples Before running samples, rinse blender by running 100 ml of deionized water for 20 s. Pre-label a 10 ml plastic vial with the specimen GUID and add a barcode vial label. Also pre-label and add a barcode label to a 120 ml specimen cup. Clean forceps with DIY-DS. Take the label out of the original container with the cleaned forceps and place into the new 120 ml sample container. Add the contents of the sample vial to the blender. Rinse original sample vial with cold, clean propylene glycol and pour rinsate in the blender with the rest of the sample. Fill blender to 100 ml with cold, clean propylene glycol. Blend for 90 s. Using a new disposable pipette, fill the pre-labelled 10 ml plastic vial with about 9.5 ml of homogenate. Pour the rest of the sample into the pre-labeled 120 ml specimen cup. Rinse blender by running 100 ml tap water for 10 s. Wash blender by running 100 ml of DIY-DS for 10 s. Rinse this out in the lab sink with tap water. Rinse blender by running 100 ml deionized water for 10 s. We shipped 9 ml of homogenate from each of the 20 homogenized samples to Molecular Research Laboratory, Shallowater, Texas for metabarcoding.
  3. Molecular Methods We chose to use the mlCOIintF/jgHCO2198 (GGWACWGGWT GAACWGTWTA YCCYCC / TAIACYTCIG GRTGICCRAA RAAYCA) primer set of Leray et al. (2013) for PCR, targeting a 313 bp region of the COI DNA barcoding region. The mlCOIintF/jgHCO2198 primer pair was used with barcodes on the forward primer in 30–35 PCR cycles using the HotStarTaq Plus Master Mix Kit (Qiagen, USA) under the following conditions: 94°C for 3 minutes, followed by 30–35 cycles of 94°C for 30s, 53°C for 40 seconds and 72°C for 1 minute, after which a final elongation step at 72°C for 5minutes was performed. After amplification, PCR products were checked in 2% agarose gel to determine the success of amplification and the relative intensity of bands. Multiple samples were pooled together in equal proportions based on their molecular weight and DNA concentrations. Pooled samples were purified using calibrated Ampure XP beads. The pooled and purified PCR product was used to prepare an illumina DNA library. Sequencing was performed at MR DNA on a MiSeq following the manufacturer’s guidelines.
  4. Bioinformatics The bioinformatics pipeline was run on the Yeti supercomputer (USGS Advanced Research Computing 2021). We used the MetaWorks pipeline, version 1.11.3 (Porter and Hajibabaei 2022) with the RDP classifier (Wang et al. 2007) and the Eukaryote CO1 reference set for the RDP Classifier, version 4.0.1 (Porter and Hajibabaei 2018). We processed data in R, version 4.2.2 and 4.2.3 (R Core Team 2022, 2023) using the R packages ape, version 5.7-1 (Paradis and Schliep 2019); Biostrings, version 2.66.0 (Pagès et al. 2022); bold, version 1.2.0 (Chamberlain 2021a); ips, version 0.0.11 (Heibl 2008); msa, version 1.30.1 (Bodenhofer et al. 2015); openssl, version 2.0.6 (Ooms 2023a); reshape2, version 1.4.4 (Wickham 2007); ritis, version 1.0.0 (Chamberlain 2021b); and uuid, version 1.1-0 (Urbanek and Ts’o 2022). We compared our sequences to sequences from a local reference library (Bowser 2022a) using the vsearch --usearch_global command of vsearch, version 2.21.1 (Rognes et al. 2016).

Дополнительные метаданные

Цель Pollinating insects provide important ecosystem services in Alaska (Fulkerson et al. 2021) and the pollinators themselves are wildlife that the Kenai National Wildlife Refuge (KNWR or the Refuge) was established in part to conserve (Kenai National Wildlife Refuge and US Fish & Wildlife Service, Alaska Regional Office, Division of Conservation Planning & Policy 2010). Because pollinators appear to be generally declining (Potts et al. 2010, Cameron et al. 2011, Koh et al. 2016), we wanted to begin documenting pollinator diversity on the Refuge. The Alaska Bee Atlas (Fulkerson et al. 2021, https://accs.uaa.alaska.edu/wildlife/ak-bee-atlas) is a sampling program designed to provide information on the biodiveristy of pollinators in Alaska. In 2022, KNWR biologists participated in the Alaska Bee Atlas effort.
Альтернативные идентификаторы 86875091-d166-4986-802a-343b341424c6
https://ipt.gbif.us/resource?r=kenai-national-wildlife-refuge-pollinator-surveys