Biodiversity surveys conducted for Sisian-Kajaran road construction project (EIA)

Registros de Dados

Os dados deste recurso de ocorrência foram publicados como um Darwin Core Archive (DwC-A), que é o formato padronizado para compartilhamento de dados de biodiversidade como um conjunto de uma ou mais tabelas de dados. A tabela de dados do núcleo contém 3.485 registros.

This IPT archives the data and thus serves as the data repository. The data and resource metadata are available for download in the downloads section. The versions table lists other versions of the resource that have been made publicly available and allows tracking changes made to the resource over time.

Versões

A tabela abaixo mostra apenas versões de recursos que são publicamente acessíveis.

Como citar

Pesquisadores deveriam citar esta obra da seguinte maneira:

Biogeotech (2024). Biodiversity surveys conducted for Sisian-Kajaran road construction project (EIA). Version 1.0. Biotope. Occurrence dataset. https://ipt-biotope.gbif.fr/resource?r=field_surveys_sisian-kajaran_road&v=1.0

Direitos

Pesquisadores devem respeitar a seguinte declaração de direitos:

O editor e o detentor dos direitos deste trabalho é Biotope. This work is licensed under a Creative Commons Attribution (CC-BY 4.0) License.

GBIF Registration

Este recurso foi registrado no GBIF e atribuído ao seguinte GBIF UUID: da71e98b-ca4a-4f9f-a8a1-87ea58fd449b.  Biotope publica este recurso, e está registrado no GBIF como um publicador de dados aprovado por GBIF France.

Palavras-chave

Occurrence; Observation

Contatos

Cobertura Geográfica

The road section will directly connect Sisian and Kajaran in Syunik Region, Armenia’s southernmost region.

Cobertura Taxonômica

Nenhuma descrição disponível

Cobertura Temporal

Dados Sobre o Projeto

Nenhuma descrição disponível

Métodos de Amostragem

Suitable specialists conducted the fieldwork for different groups (flora and habitats, terrestrial mammals and bats, birds, reptiles and amphibians, fishes, butterflies). Surveys were conducted over a year (four seasons) to cover the variety of ecological cycles of different target species (breeding, wintering, migration), commensurate with the potential Project risks and impacts.

Surveys were conducted for 16-17 days per season, as appropriate for the various groups of animals and plants, i.e. all four seasons for birds and mammals, spring-summer for reptiles, etc. A summary of these surveys is provided below.

Descrição dos passos do método:

1. The mammal group is diverse and therefore requires diverse strategies for each mammal type of mammals as described below:
   a. For small mammals, trapping methods were used with live traps set up in the surrounding areas along the proposed road within the EAAAs, to cover all habitat types within the study area.
   b. For medium and large terrestrial mammals, observations of mountain slopes by binoculars and telescope were implemented (for ungulates such as the Armenian Mouflon and Bezoar goat), along with transects. Along the transects, indications of animals (tracks and droppings) were recorded. As many mammals species are furtive and hard to detect, 9 camera-traps were deployed in the most ecologically sensitive area of the project (excluding the area above the tunnel), south of the Bargushat tunnel.
   
   Camera-trapping
   Camera traps were used to gather data on large mammal movement and distribution, and to identify corridors, for daily movements and migration (especially for Armenian Mouflon). Nine camera-traps were deployed in key locations for potential presence of large mammal species. To optimize data collection, the camera traps were left onsite for several seasons, and represent in total 1,089 camera-trap days.
2. Data on bird species diversity and relative abundance was sourced from unstandardized observations, including nest and lek (gathering of male birds) searches and standardized counts (data collected according to standard methodology). Both data can be used to create species distribution maps, while the second method can be used for estimates of species’ density and numbers.
   
   
3. Two different methodologies were implemented regarding bats: a. Passive bat detectors (automated bat recorder) near potential feeding areas of bats: one close to Shamb reservoir and one close to Geghavank reservoir to document bat species diversity and to define bat activity and utilisation of riparian and aquatic habitats.
   b. Manual bat detectors: transect surveys using Manual Bat detectors to assess bat species diversity and flight paths in the study area. Roosting and hibernating sites were also sought.
   
   
4. Herpetofauna studies were conducted through transect surveys.Those that were encountered and locations of permanent shelters were recorded with GPS.
   
   
5. Amphibian occurrence was obtained from two different types of observations:
   a. Identification of species composition and relative number of amphibians at main water bodies, namely: reservoirs, ponds, rivers and streams. Water bodies were visited and specimens of amphibia examined, species identified, and species numbers determined and recorded. Amphibian surveys were conducted at 23 points, where the road could potentially influence surface water.
   b. Night-time transects to record amphibia species migration on the road footprint and vicinity.
   
   
6. Fish were trapped to determine fish species in the study areas. 23 sampling sites within 50-100m of the road were equipped with crayfish device and fishing baskets. Fish were also caught using nets and fishing hooks. Species were determined visually using Pipoyan’s (2021) identification guide.
   
   
7. Flora surveys targeted diversity of higher vascular plants and especially priority plant species. Data collection parcels were demarcated within the core habitat (squares of 100 x 100 meters). Within the sampling squares, all species were identified. Most plants were identified visually at the sampling sites; with plants requiring laboratory identification collected in herbariums and identified later.

Metadados Adicionais