2100, as amended. d.) including drafting a management plan for the forest district Mircze for the period 2019-2028, along with the environmental impact assessment and Natura 2000 sites and verification of natural habitats inventoried in 2006-2007, throughout the Forestry Commission in the areas of habitat Natura 2000 and outside areas and develop a habitat for phytosociological Forestry Commission Janow Lubelski [LKP Forest Janowskie] as of 01.01.2019 r. The area covered by the work urządzeniowymi Forest District Mircze as at 31.12.2015. Is 9 510 ha, and the work fitosocjologicznymi is 6 782 ha.
The scope of verification should include:
- Correct diagnosis already inventoried habitat
- Possible change within the borders of each habitat.
- Determination of plant for natural habitats in Natura 2000 areas (habitat).Surface scope of work and phytosociological habitat for forest district Janow Lubelski amounts to 31431 ha and 31674 ha.
The aim of this work habitat is the establishment of complete documentation: Habitats with maps and phytosociological, maps of plant and preparation for silvicultural and planning urządzeniowego proposals of potential species composition stands desirable for various forest habitats, taking into account both economic objectives arising from the production possibilities of forest habitats and nature conservation requirements.The Contracting Authority reserves the right to change (+/-) to 100 hectares development, which may be the result of the verification of land records, real estate transactions (exchange, sale / purchase), transfer or extinction of the board during the performance of work urządzeniowych, but this will not affect the remuneration. The consequences of not submitting a declaration by the economic operator which is a response to the call of the Employer during the contract are described in the model contract in contract documents.
1. The contract is for the execution of improving light conditions xerothermic grassland in Natura 2000 Żmudź by removing growths of trees and shrubs and breaking of tree seedlings and shrubs within the framework of the project "Protection of biodiversity habitats grassy eastern Lublin region" co-financed by the Financial Mechanism of the European Economic Area 2009- 2014.
2. The contract scope includes:
2.1. felling of several years of regrowth of shrubs and trees, and young specimens of trees with a diameter [Ø] trunk about 8 cm;
2.2. uproot the seedlings and saplings [to the amount of approx. 25 cm];
2.3. roots of trees and shrubs should be removed at the surface of the soil;
2.4. collection and taking away the collected biomass outside the Natura 2000 site.
3. A detailed description of the object of the contract set out in Annex 1 to the Terms of Reference, which is also Annex 1 to the Agreement.
1. The contract is for the supply of equipment to the Institute Agrophysics. B. Dobrzańskiego Polish Academy of Sciences in Lublin, in the framework of the project entitled. "The development of innovative methods for monitoring the status of agrocoenoses using remote sensing gyro system in the aspect of precision farming" No. 298782 financed from public funds at the disposal of NCBiR under the program of research and development, "Environment, agriculture and forestry" - BIOSTRATEG.
2. Scope of the order includes the delivery:
Part I - Bilansomierz radiation (2 pcs.)
Part II - solarimeter (1 pc.)
Part - III - Weather station (2 sets)
Part - IV - The system to monitor air and soil temperature (2 pcs.)
Part - V - System to measure leaf area (LAI) (1).
Part - VI - System to measure soil moisture TDR (2 pcs.)
Part - VII - The multifaceted system of measurement of photosynthesis and respiration of leaves from the soil (1 pc.)
Detailed requirements are contained in OPZ.
Dobrzańskiego Polish Academy of Sciences in Lublin, in the framework of the project entitled. "The development of innovative methods for monitoring the status of agrocoenoses using remote sensing system gyroplane in the aspect of precision farming" No. 298782 financed from public funds at the disposal of the National Centre for Research and Development in the framework of the program of research and development, "Environment, agriculture and forestry" - BIOSTRATEG. Dobrzańskiego Polish Academy of Sciences in Lublin, ie .:
Part I - The analyzer greenhouse gas (CO + CO2 + CH4 + H2O) - version allows measurement flights - 1 pc.
Part II - System pumps CRDS analyzer - 1 pc.A detailed description of the order constitutes Annex 1A to the Terms of Reference - Description of the order (Part I) and Appendix 1B - Description of the order (Part II) to the ToR.
Analyzer greenhouse gas (CO + CO2 + CH4 + H2O) - Version allows measurement flights - 1 PCS.Description of the minimum requirements:
1 analyzer must be operated using spectroscopy, optical losses in the cavity, commonly known as Cavity Ring Down Spectroscopy (CRDS) using laser sources.
2 The processing of the measurement signal by means of analog-to-digital
the frequency of at least 25 MHz.
3 analyzer must have the ability to install at least 4 separate laser sources.
4 analyzer must be produced commercially system as a single unit capable of measuring the concentration of CO, CO2, CH4 and H2O, with the precision of not worse than CO: <30 ppb; CH4: <2.0 ppb; CO2: <200 ppb; H2O: <150 ppm (σ 1 within 30 seconds, the vibration @ 20Hz, 1g).
5 The analyzer must be guaranteed, tested and certified levels of drift
(Peak to peak, an average of 50 minutes) in the measurement interval 24 hours: CO: <15 ppb; CH4: <1.5 ppb; CO2: <200 ppb; H2O: <100 ppm ± 5% of reading.
6 analyzer must have a certificate of guaranteed levels of drift data as a function of temperature and pressure for CO, CO2 and CH4.
7 Measuring cell analyzer (optical cavity) should have a temperature stabilization at least +/- 0.005 ° C using at least the 24-bit ADC.
8 Measuring cell analyzer (optical cavity) must have a pressure stability of at least +/- 0.0002 atm. using at least the 24-bit ADC.
9 The analyzer must have a monitor wavelength, which controls the laser wavelength with an accuracy of at least 2 MHz and includes a pressure compensation to allow precise quantification of all the required spectral features during the flight.
The measuring chamber 10 of the analyzer must be operated with the volume of the sample, at the most 35 ml, for high throughput and minimize the memory effect.
11 Warranty: at least 36 months.
The system pumps CRDS analyzer - 1 pc.Description of the minimum requirements:
1 vacuum pump designed to work with CRDS analyzer under air.
2 The pump is to guarantee the stability of the CRDS analyzer with a measurement chamber with a volume of at most 35 ml (ensuring high throughput and minimize the memory effect).
3 Max. Pump capacity for 50/60 Hz not less than 20/23 L / min.
4 Rated power: not less than 0.07 kW.
5 Minimum working temperature range: 10-40 C.
6 Achievable vacuum level (abs.): 1.5 / 1.1 mbar / torr.
7 Max. noise at 50 Hz: no more than 40 dBA.
8 Nominal turnover for 50/60 Hz not less than 1500/1800 min-1.
9 Dimensions max. (L. X w. X h.): 303 mm x 143 mm x 163 mm.
10 Maximum weight: 6.5 kg.
11 Warranty: at least 36 months.