Note: If you choose to begin feeding the birds regularly, try to do it throughout the winter. It takes time for birds and animals to find the food. Hang the food from trees and bushes in sheltered areas, where you can see it.īe patient.Cut suet into large pieces and put it into an onion bag.Put peanut butter or suet into the holes in a pine cone.The way across each slice, thread a 12 inch piece of string through it and tie the Slice the fruit crosswise, about 1/4-1/2 inch thick.String the whole peanuts on another thread. String the popcorn and cranberries on a long, doubled piece of thread.Pine cone (to use with peanut butter), onion bag (to use with suet).String, needle and strong thread, scissors, knife.Pears, oranges, kiwi, peanut butter, suet (from butcher) Some or all of the following: popcorn, peanuts in shells, apples, cranberries,.
This 'Guidance Note' was developed to help groups and agencies increase interest in citizen science and guide project leaders to raise key questions as they start their own citizen science projects.Project 1 - Feed and observe winter birds and animals The project's activities involve hosting online seminars, coordinating special journal issues, highlighting successful projects, and compiling this guidance note, among others. In addition, it was designed to provide tools to help more groups and agencies become more interested and build their capacity to do citizen science. The HIWeather Citizen Science Project was initiated to share information gained from existing successful citizen science projects and research. Many new and ongoing citizen projects are planned or underway within the High Impact Weather community. One of the flagship projects is the HIWeather Citizen Science Project.
Aside from these, HIWeather has projects that cross-cut the five themes.
(3) communication, (4) multiscale forecasting, and (5) predictability and processes. The HIWeather structure has five task teams that focus on research on thematic areas: (1) user-oriented evaluation, (2) human impacts, vulnerability and risk, The 10-year research project is aimed at achieving dramatic improvements in the effectiveness of weather- related hazard warnings, following recent advancements in numerical weather prediction at km- scale and in disaster risk reduction. In 2015, the WMO (World Meteorology Organization) WWRP (World Weather Research Programme) established the High-impact Weather Project (HIWeather).
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