Cooperative Agreement for CESU-affiliated Partner with Pacific Northwest Cooperative Ecosystem Studies Unit | G24AS00281

Frequently Asked Questions (FAQs)

What is the funding opportunity number for this grant?

The funding opportunity number is G24AS00281.

Which federal agency is offering this opportunity?

This opportunity is offered by the U.S. Geological Survey (USGS).

What type of award is being offered?

The award is a discretionary USGS award offered as a cooperative agreement.

What program is this opportunity offered through?

This opportunity is offered under the Cooperative Ecosystem Studies Unit (CESU) Program.

Which CESU network is associated with this opportunity?

The opportunity is specifically associated with the Pacific Northwest CESU.

What is the CFDA number and general subject area?

The opportunity is associated with CFDA 15.808 and focuses on applied research and development in science and technology.

What geographic area is the project focused on?

The project is focused on forests in the western Cascades of Oregon.

What is the main research question this project is trying to answer?

The core question is how repeated wildfires that burn the same areas more than once (reburns) affect the speed and spatial patterns of post-fire forest recovery.

What are "reburns" in the context of this opportunity?

Reburns are repeated wildfires that burn the same areas more than once, including cases where an area burns again before the forest fully recovers from a previous fire.

What does the opportunity mean by "post-fire forest recovery"?

In this context, post-fire forest recovery refers to how forests regenerate after fire, including how quickly trees recruit and how the recovering vegetation is distributed across the landscape.

What is meant by "vegetation transitions" after reburns?

Vegetation transitions refer to shifts away from historical forest conditions toward alternative vegetation states, particularly when regeneration is delayed or fails following reburns.

Why is the western Cascades fire regime important to this opportunity?

The opportunity is grounded in the region's historical fire regime and how it varies along a north-to-south climate gradient in the western Cascades of Oregon.

How did historical fire patterns differ between the northern and southern western Cascades?

Historically, the northern western Cascades experienced fires that were less frequent but more severe, while the southern portion experienced fires more often and with mixed severity.

How does the climate gradient relate to those historical fire patterns?

The pattern aligns with a transition from cooler, wetter conditions in the north to warmer, drier conditions in the south.

Why were cooler and wetter forests historically somewhat protected from frequent severe fire?

They were somewhat protected because fuels were less likely to dry out enough to burn intensely, even though these forests contain abundant biomass and continuous fuels that can carry fire when conditions become flammable.

Why does the grant description say this research is timely now?

The description emphasizes that human-driven climate warming is increasing fuel aridity, meaning fuels dry out more often and become easier to ignite and burn intensely. This increases the likelihood of large, severe fires and raises the chance that areas will reburn before forests fully recover.

What is "fuel aridity" as described in the opportunity?

Fuel aridity refers to fuels drying more frequently, making them easier to ignite and more likely to burn intensely.

How do fuel loads and fuel connectivity factor into the problem being studied?

In forests with high fuel loads and strong horizontal and vertical fuel connectivity, increased flammability can enable large, severe fires and increase the likelihood of reburns occurring before full recovery.

What does the opportunity say about past post-fire tree recruitment timelines?

USGS notes that, in the recent past, post-fire tree recruitment in these systems was generally successful over roughly one to four decades.

What does the opportunity suggest about future recovery under climate change?

It suggests climate change is expected to slow recovery and increase future fire activity, creating a compounding risk where reburns may interrupt regeneration windows and push landscapes toward different vegetation outcomes.

What management-related uncertainties is this grant trying to address?

The opportunity highlights uncertainty about how reliably forests will recover after repeated burns, what resulting landscape patterns will look like, and whether management actions intended to support recovery will be effective under new climate and fire regimes.

What does it mean that this award is a cooperative agreement?

The cooperative agreement mechanism indicates USGS expects substantial involvement between the agency and the recipient during the project, often involving coordination on study design, data needs, interpretation, and deliverables.

Who is eligible to apply for this opportunity?

Eligibility is limited to organizations that are already participating partners in the Pacific Northwest CESU network.

Why is eligibility limited to Pacific Northwest CESU partners?

This reflects the CESU model of linking federal agencies with partner institutions to deliver research, technical assistance, and education that support resource management decisions.

When was this opportunity created?

The opportunity was created on February 27, 2024.

What was the original closing date for submissions?

The original closing date was March 27, 2024.

What is the maximum award amount listed?

The maximum award amount listed is $52,866.

How many awards are expected to be made?

The posting indicates an expected number of awards, but the exact number is not clearly specified in the provided information.