Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

American Woodcock Use of Managed Forest Wildlife Openings

View through CrossRef
ABSTRACT American woodcock ( Scolopax minor ) were surveyed at managed forest wildlife openings in northern Minnesota to assess the importance of management frequency, opening size and configuration, vegetation, and surrounding habitat on woodcock use. Singing ground surveys conducted mid‐April through May 2016–2018 indicated that 69% of openings were used by peenting male woodcock during at least one year. Roosting ground surveys conducted June through August 2016 and 2018 indicated that 72% of openings were used by woodcock in at least one year. Predicted probability of detection was positively correlated with opening size in both singing and roosting ground surveys, although woodcock were observed across the full range of opening sizes ( = 0.78 ha, range = 0.19–2.59 ha). Years since management (1–4 years) was not an important driver of singing ground use, but openings managed more recently were more likely to have woodcock detected in roosting ground surveys. Woodcock were also more likely to be detected in roosting ground surveys at openings with shorter herbaceous vegetation ( = 0.73 m, range = 0.17–1.2 m). The proportion of woodcock habitat adjacent to openings was an important factor in determining singing ground use, with woodcock being more likely to be detected in openings with a higher proportion of surrounding habitat ( = 0.21, range = 0–1.0). At singing grounds, the surrounding habitat may be a more important consideration than the vegetation within openings. Wildlife managers interested in creating and maintaining singing and roosting habitat for woodcock in forest‐dominated areas should create large openings, locate openings in areas with abundant woodcock habitat (young deciduous forest ≤18 years old and lowland and upland shrubs), and use management (mowing) as needed to decrease vegetation height and prevent the establishment of shrubs and trees. © 2021 The Wildlife Society.
Title: American Woodcock Use of Managed Forest Wildlife Openings
Description:
ABSTRACT American woodcock ( Scolopax minor ) were surveyed at managed forest wildlife openings in northern Minnesota to assess the importance of management frequency, opening size and configuration, vegetation, and surrounding habitat on woodcock use.
Singing ground surveys conducted mid‐April through May 2016–2018 indicated that 69% of openings were used by peenting male woodcock during at least one year.
Roosting ground surveys conducted June through August 2016 and 2018 indicated that 72% of openings were used by woodcock in at least one year.
Predicted probability of detection was positively correlated with opening size in both singing and roosting ground surveys, although woodcock were observed across the full range of opening sizes ( = 0.
78 ha, range = 0.
19–2.
59 ha).
Years since management (1–4 years) was not an important driver of singing ground use, but openings managed more recently were more likely to have woodcock detected in roosting ground surveys.
Woodcock were also more likely to be detected in roosting ground surveys at openings with shorter herbaceous vegetation ( = 0.
73 m, range = 0.
17–1.
2 m).
The proportion of woodcock habitat adjacent to openings was an important factor in determining singing ground use, with woodcock being more likely to be detected in openings with a higher proportion of surrounding habitat ( = 0.
21, range = 0–1.
0).
At singing grounds, the surrounding habitat may be a more important consideration than the vegetation within openings.
Wildlife managers interested in creating and maintaining singing and roosting habitat for woodcock in forest‐dominated areas should create large openings, locate openings in areas with abundant woodcock habitat (young deciduous forest ≤18 years old and lowland and upland shrubs), and use management (mowing) as needed to decrease vegetation height and prevent the establishment of shrubs and trees.
© 2021 The Wildlife Society.

Related Results

The American Woodcock Singing Ground Survey largely conforms to the phenology of male woodcock migration
The American Woodcock Singing Ground Survey largely conforms to the phenology of male woodcock migration
AbstractAmerican woodcock (Scolopax minor; woodcock) are monitored, in part, by counts of displaying male woodcock collected via the American Woodcock Singing Ground Survey (SGS), ...
Factors influencing and patterns of forest utilization in communities around the Huay Tak Teak Biosphere Reserve, Lampang Province
Factors influencing and patterns of forest utilization in communities around the Huay Tak Teak Biosphere Reserve, Lampang Province
Background and Objectives: To establish the land regulation, it is necessary to know basic information of the surrounding community’s land use and to be aware of basic forest laws....
Modelling the impacts of anthropogenic activities on forest biomass and dependent wildlife population
Modelling the impacts of anthropogenic activities on forest biomass and dependent wildlife population
The depletion of forest biomass and declining of forest-dependent wildlife populations are ur gent ecological and societal issues resulting from human activities such as deforestat...
Effects of linear openings in forest canopy on temperate bird communities
Effects of linear openings in forest canopy on temperate bird communities
Narrow, unpaved roads and paths are a ubiquitous feature of managed forest landscapes worldwide, with the potential to influence bird communities. However, compared to large roads ...
Spatial Distribution and Influencing Factors of Crop Loss Caused by Wildlife
Spatial Distribution and Influencing Factors of Crop Loss Caused by Wildlife
The scope of wildlife has expanded with the implementation of ecological restoration projects. Therefore, the number of conflicts between humans and wildlife in agricultural produc...
Secondary Succession in the Lowland Forests of the Marlborough Sounds Maritime Park
Secondary Succession in the Lowland Forests of the Marlborough Sounds Maritime Park
<p>This study documents aspects of the forest recovery process in secondary communities of the Marlborough sounds Maritime park. some 39 types of seral vegetation were recogn...
PASTORALIST-WILDLIFE RELATIONSHIP IN THE AMBOSELI ECOSYSTEM SOUTHEASTERN KENYA: A CASE STUDY OF MAASAI COMMUNITY
PASTORALIST-WILDLIFE RELATIONSHIP IN THE AMBOSELI ECOSYSTEM SOUTHEASTERN KENYA: A CASE STUDY OF MAASAI COMMUNITY
Purpose: To establish the pastoralist-wildlife relationship in the Amboseli Ecosystem South Eastern Kenya.Methodology: The study utilized a descriptive research design.Findings: Re...
Wildlife law and policy
Wildlife law and policy
One of the crucial issues of our decades is how to stop the loss of biodiversity. Policy–makers need reliable data to base their decisions on. Managing wildlife p...

Back to Top