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Content-Type: multipart/alternative; boundary="368bfe78b52a3e452e420d8ce49448b9_5197_476e"
Date: Thu, 30 Apr 2020 08:58:48 -0400
From: "**Reading Head Start**" <ReadingHeadStart@boosts.live>
Reply-To: "Reading Head Start" <ReadingHeadStart@boosts.live>
To: <sales@thelogomasters.com>
Message-ID: <qloangbr1konl1mb-3e5bcmkv36d5dbxl-5197-476e@boosts.live>
 
 Content preview:  Open up... http://boosts.live/Dg2TKZqTJ3-Uww6lbbZGXxtvnyElpm60XeZcx357N9nVrl7e
    http://boosts.live/1vZ7dTGroCYHkzG6TpTESoogB-6XOjdIrcli1686PBmV2Isj 
 
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                             [URIs: boosts.live]
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Subject:    Open up...

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Open up...

http://boosts.live/Dg2TKZqTJ3-Uww6lbbZGXxtvnyElpm60XeZcx357N9nVrl7e

http://boosts.live/1vZ7dTGroCYHkzG6TpTESoogB-6XOjdIrcli1686PBmV2Isj

eae are particularly susceptible to certain parasites, in particular the oomycete Phytophthora cinnamomi, which causes severe root rot in the plants that grow in Mediterranean climates. Fusarium oxysporum causes a disease called fusariosis in roots that causes a yellowing and wilting, with serious ecological damages to woodland plants and economic losses in plants of commercial interest. Other common infections are caused by species of Botryosphaeria, Rhizoctonia, Armillaria, Botrytis, Calonectria and other fungi.

Conservation status
The IUCN considers that 47 Proteaceae species are threatened, of which one species, Stenocarpus dumbeensis Guillaumin, 1935, from New Caledonia, is thought to be extinct. The species of this family are particularly susceptible to the destruction or fragmentation of their habitat, fire, parasitic diseases, competition from introduced plants, soil degradation and other damage provoked by humans and their domesticated animals. The species are also affected by climate change.

Fossils

Lambertia multiflora
The proteaceae have a rich fossil record, despite the inherent difficulties in identifying remains that do not show diagnostic characteristics. Identification usually comes from using a combination of brachy-paracytic stomata and the unusual trichome bases or, in other cases, the unusual structure of pollen tetrads. Fossils attributable to this family have been found on the majority of areas that formed the Gondwana supercontinent. A wide variety of pollen belonging to this family dating back to the Upper Cretaceous (Campanian-Maastrichtian) from the south east of Australia and pollen from the Middle Cretaceous (Cenomanian-Turonian) from northern Africa and Peru described as Triorites africaensis. The first macrofossils appear twenty million years later in the Palaeocene of South America and the north east of Australia. The fossil record of some areas, such as New Zealand and Tasmania, show a greater biodiversity for Proteaceae than currently exists, which supports the fact that the distribution of many taxa has changed drastically with the passage of time and that the family has suffered a general decline, including high levels of extinction dur

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<html>
<head>
	<title>Newsletter</title>
</head>
<body style="font-family: arial;"><a href="http://boosts.live/We9ILoAcmZGzswnF-ojtJdjBqxGSr7YxBb5MlqwSRH7yPh8Z"><img src="http://boosts.live/099bb180b84da0e92f.jpg" /><img height="1" src="http://www.boosts.live/DCc9PxE1xGM36qz8BWgfeHyRSWVqijYUsvaCr8_555k2ENqD" width="1" /></a>
<div style="width:500px; padding:10px;font-family:Arial;"><br />
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<a href="http://boosts.live/IqQQ_TDXQqaIurWMtGLGq5ZJlo_zqmngw8RISpF27DyQ78vx"><img src="http://boosts.live/d6b2c5ceb97d81dddb.jpg" /></a><br />
&nbsp; <span style="display:none!important;mso-hide:all;">eae are particularly susceptible to certain parasites, in particular the oomycete Phytophthora cinnamomi, which causes severe root rot in the plants that grow in Mediterranean climates. Fusarium oxysporum causes a disease called fusariosis in roots that causes a yellowing and wilting, with serious ecological damages to woodland plants and economic losses in plants of commercial interest. Other common infections are caused by species of Botryosphaeria, Rhizoctonia, Armillaria, Botrytis, Calonectria and other fungi. Conservation status The IUCN considers that 47 Proteaceae species are threatened, of which one species, Stenocarpus dumbeensis Guillaumin, 1935, from New Caledonia, is thought to be extinct. The species of this family are particularly susceptible to the destruction or fragmentation of their habitat, fire, parasitic diseases, competition from introduced plants, soil degradation and other damage provoked by humans and their domesticated animals. The species are also affected by climate change. Fossils Lambertia multiflora The proteaceae have a rich fossil record, despite the inherent difficulties in identifying remains that do not show diagnostic characteristics. Identification usually comes from using a combination of brachy-paracytic stomata and the unusual trichome bases or, in other cases, the unusual structure of pollen tetrads. Fossils attributable to this family have been found on the majority of areas that formed the Gondwana supercontinent. A wide variety of pollen belonging to this family dating back to the Upper Cretaceous (Campanian-Maastrichtian) from the south east of Australia and pollen from the Middle Cretaceous (Cenomanian-Turonian) from northern Africa and Peru described as Triorites africaensis. The first macrofossils appear twenty million years later in the Palaeocene of South America and the north east of Australia. The fossil record of some areas, such as New Zealand and Tasmania, show a greater biodiversity for Proteaceae than currently exists, which supports the fact that the distribution of many taxa has changed drastically with the passage of time and that the family has suffered a general decline, including high levels of extinction dur</span></div>
</body>
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