MERIDA Small Grant Program for Community Youth at Risk (CYAR)

USAID-PANAMA-525-10-003-APS

credit: SwitchPoint2014 Facebook Page

Related Programs

USAID Foreign Assistance for Programs Overseas

Agency for International Development

Agency: Agency for International Development

Office: Panama USAID-Panama City

Estimated Funding: $100,000

Who's Eligible

Unrestricted

Relevant Nonprofit Program Categories

Q01
International, Foreign Affairs & National Security, General/Other

Q02.02
International Agricultural Assistance

Q02.03
International Economic Assistance

Q02.04
International Education Assistance

Q06
International Relief

Q06.02
International Children's Relief

People Building Stronger Communities

Launch of the Social Enterprise Strategy for Edinburgh

Gardendale City Council Forms New Economic Development Committee

Project Homeless Connect: One-Stop Shop for Health and Housing Services

Nurse Home Visits for Infants are Avenues for Potential Savings

Immigrants Greatly Benefit from Medicaid Growth

Obesity Community Supports the Treat and Reduce Obesity Act

Chronicle of Philanthropy Study Reveals Link between Religion and Charity Giving

On Forbes Social Entrepreneur Show: Mystery Grain Amaranth and Puente à la Salud

Expansion of Medicaid to Benefit Patients and Hospitals

Obtain Full Opportunity Text:
Annual Program Statement

Additional Information of Eligibility:
Not Available

Full Opportunity Web Address:
http://www.panama.usembassy.gov/quotations.html

Contact:
MARIA EUGENIA SOLISPROCUREMENT AGENTPhone (507)-207-7056

Agency Email Description:
cyar2010@usaid.gov

Agency Email:
cyar2010@usaid.gov

Date Posted:
2010-02-04

Application Due Date:
2010-08-04

Archive Date:
2010-09-03

Social Entrepreneurship
Spotlight

New Solar Energy Harvesting System Creates Buzz

It’s not just the aesthetic shape that’s creating hype; it’s also the reason why it’s designed to capture both sunlight and moonlight. Designed by Rawlemon German architect, André Broessel, this new solar energy harvesting system is 35 percent more efficient than conventional dual-axis photovoltaic designs.